surgical implants P.D.U. Hospital, Rajkot (Part- 3 of 6)

## Neuro Implants 15

Sr. No. Item Name Item Specification

701 Tit plate with gape1.5MMX 2H,3H,4H,5H,6H NA

702 Tit plate without gape1.5MMX 2H,3H,4H,5H,6H NA

703 plate with gape1.5MMX 2H,3H,4H,5H,6H NA

704 plate without gape1.5MMX 2H,3H,4H,5H,6H NA

705 plate with gape2.0MMX 2H,3H,4H,5H,6H NA

706 plate without gape2.0 MMX 2H,3H,4H,5H,6H NA

707 IMF screw 2x8mm,10mm NA

708 Tit IMF screw 2x8mm,10mm NA

709 Self Holding screw driver 1.5mm NA

710 Self Holding screw driver 2.0mm NA

711 Hybrid Archbar NA

712 Tit Monoaxial screw 5.5mmx30mm to 50mm NA

713 Tit Monoaxial screw 6.5mmx30mm to 50mm NA

714 Tit Polyaxial screw 5.5mmx30mm to 50mm NA

715 Tit Polyaxial screw 6.5mmx30mm to 50mm NA

716 Tit Reduction screw 5.5mmx30mm to 50mm NA

717 Tit Reduction screw 6.5mmx30mm to 50mm NA

718 Tit Dual thread Poly screw 5.5mmx30mm to 50mm NA

719 Tit Dual thread Poly screw 6.5mmx30mm to 50mm NA

721 TIT TRIPLLE THRED POLY AXIAL SCREW 6 mm NA

722 TIT TRIPPLE THRED REDUCTION SCREW 6mm NA

723 TIT ROD FOR COMPETIBLE TO TRIPPLE THREAD SCREW NA

724 Tit transversal connecter assembly NA

725 Tit Banana Cage NA

726 Tit Straight Cage NA

727 Tit Cervicle cage NA

728 Posterior cervicle screw 3.5mmx14mm to 26mm NA

729 Posterior cervicle screw 4.0mmx14mm to 26mm NA

730 Posterior cervicleTit Rod 3.5mmx 40mm to 130mm NA

731 Occipital cervicle middle fixation plate Medium NA

732 Occipital cervicle middle fixation plate Large NA

733 Occipital plate screw 4.0mmx10 to 20mm NA

734 Occipital plate screw 4.5mmx10 to 20mm NA

735 Cervicle lateral mass screw 3.5mmx12mm NA

736 Cervicle lateral mass screw 3.5mmx14mm NA

737 Cervicle lateral mass screw 3.5mmx16mm NA

738 Cervicle lateral mass screw 3.5mmx18mm NA

739 Cervicle lateral mass connection rod NA

740 inner connector for lateral mass construction NA

741 CTL -Expandable Cage NA

742 CTL- Expandable Cage, Locking Screw NA

743 Straight Plate, 2 Hole, L 16 mm, 0.6 thk NA

744 Straight Plate, 4 Hole, L 21 mm, 0.6 thk NA

745 Adaption Plate, 12 Hole, L 53 mm, 0.6 thk NA

746 Arc Shaped Plate, 06 Hole, L 29 mm, 0.6 thk NA

747 Arc Shaped Plate, 08 Hole, L 36 mm, 0.6 thk NA

748 Y Plate, 5 Hole, L 20 mm, 0.6 thk NA

749 Double Y Plate, 6 Hole, L 20 mm, 0.6 thk NA

750 X Plate, 4 Hole, L 10 mm, 0.6 thk NA

## Neuro Implants 16

Sr. No. Item Name Item Specification

751 T Plate, 7 Hole, L 25 mm, 0.6 thk -

752 Oblique L Plate 4 Hole, L 17 mm, 0.6 thk, Right -

753 Oblique L Plate 4 Hole, L 17 mm, 0.6 thk, Left -

754 Oblique L Plate 5 Hole, L 21 mm, 0.6 thk, Right -

755 Oblique L Plate 5 Hole, L 21 mm, 0.6 thk, Left -

756 Oblique L Plate 7 Hole, L 27 mm, 0.6 thk, Right -

757 Oblique L Plate 7 Hole, L 27 mm, 0.6 thk, Left -

758 Cortex Screw, ø 1.5mm self-Drilling, L 3.5 mm -

759 Cortex Screw, ø 1.5mm self-Drilling, L 4 mm -

760 Cortex Screw, ø 1.5mm self-Drilling, L 5 mm -

761 Cortex Screw, ø 1.5mm self-tapping, L 3.5 mm -

762 Cortex Screw, ø 1.5mm self-tapping, L 4 mm -

763 Cortex Screw, ø 1.5mm self-tapping, L 5 mm -

764 Cortex Screw, ø 1.8mm self-tapping, L 3.5 mm -

765 Cortex Screw, ø 1.8mm self-tapping, L 5 mm -

766 Stand Alone Cage , 6 mm WITH 4 LOCKING HOLES -

767 Stand Alone Cage , 7 mm WITH 4 LOCKING HOLES -

768 Stand Alone Cage , 8 mm WITH 4 LOCKING HOLES -

769 Stand Alone Cage , 9 mm WITH 4 LOCKING HOLES -

770 Stand Alone Cage , 10 mm WITH 4 LOCKING HOLES -

771 Ø3.0mm Stand Alone locking Screw L-12 mm -

772 Ø3.0mm Stand Alone locking Screw L-14 mm -

773 Ø3.0mm Stand Alone locking Screw L-16 mm -

774 Ø3.0mm Stand Alone locking Screw L-18 mm -

775 ø6.2mm Poly Axial Screw TITANIUM -

776 ø6.2mm Reduction Poly Axial Screw TITANIUM -

777 ø5.7mm Rod for poly and reduction screw 6.2 mm -

778 Cross Link (34 - 42) connector -

779 Driving Unit with 200 W Motor, Stand Base, Foot Control, on off WITH CDSCO, ISO, USFDA, EN 60601-1 APPROVED COMPANY

780 switch with fuse, WITH CDSCO, ISO, USFDA, EN 60601-1 APPROVED COMPANY

781 Flexible shaft of 1.5 mts WITH CDSCO, ISO, USFDA, EN 60601-1 APPROVED COMPANY

782 Craniotome Handpiece with anchor WITH CDSCO, ISO, USFDA, EN 60601-1 APPROVED COMPANY

783 Perforator Handpiece, WITH CDSCO, ISO, USFDA, EN 60601-1 APPROVED COMPANY

784 Cranitome Cutters WITH CDSCO, ISO, USFDA, EN 60601-1 APPROVED COMPANY

785 Perforator Cutter (12 mm WITH CDSCO, ISO, USFDA, EN 60601-1 APPROVED COMPANY

786 Perforator Cutter (10 mm WITH CDSCO, ISO, USFDA, EN 60601-1 APPROVED COMPANY

787 Perforator Cutter (8 mm WITH CDSCO, ISO, USFDA, EN 60601-1 APPROVED COMPANY

788 MIS-II Poly axial pedicle screw, ø6.0 -

789 MIS-II Contoured rod, ø5.5, -

790 MIS-II Straight rod, ø5.5 -

791 Ø12 Expandable Cervical Cage With Plate -

792 Ø14 Expandable Cervical Cage With Plate -

793 Colorado Microdissection Needle 3MM/4MM USFDA certificate

794 1.7 mm Screwdriver Handle USFDA certificate

795 2.2 mm Screwdriver Handle USFDA certificate

796 Tap Handle USFDA certificate

797 Straight Plate, 14 Holes, 1.4 mm Thick USFDA certificate

798 Straight Plate, 21 Holes, 1.4 mm Thick USFDA certificate

799 Straight Plate, 2 x 21 Holes, 1.4 mm Thick USFDA certificate

800 Straight Plate, 2 x 21 Holes, 0.5 mm Thick USFDA certificate

## Neuro Implants 17

Sr. No. Item Name Item Specification

801 Straight Plate, 3 x 21 Holes, 0.5 mm Thick USFDA certificate

802 Delta System, Ladder Plate, 2x 5 Holes USFDA certificate

803 Ds,Resorb Straight Plt 14 Hole USFDA certificate

804 Mesh, 55 x 55 x 1.0 mm USFDA certificate

805 Mesh, 55 x 55 x 1.4 mm USFDA certificate

806 Delta System, Mesh, 55 X 55mm USFDA certificate

807 Delta Implant USFDA certificate

808 Delta System, 1.7 X 4mm Screw, Pkg. 10 USFDA certificate

809 Delta System, 1.7 X 5mm Screw, Pkg. 10 USFDA certificate

810 Delta System1.7 X 3 Mm, Pkg. 4 USFDA certificate

811 Delta System1.7 X 4 Mm, Pkg. 4 USFDA certificate

812 Delta System1.7 X 5 Mm, Pkg. 4 USFDA certificate

813 TITAN Cranial - Temporal - Left - 130mm x 130mm x3mm USFDA certificate

814 TITAN Cranial - Temporal - Right - 130mm x 130mm x 3mm USFDA certificate

815 TITAN Cranial Curve 39mm x 48mm USFDA certificate

816 TITAN Cranial Curve - BARRIER 39mm x 48mm USFDA certificate

817 Cranial Hemisphere - Right - 100mm x 160mm x 4mm USFDA certificate

818 Cranial Hemisphere - Left - 100mm x 160mm x 4mm USFDA certificate

819 Cranial Hemisphere - Right - 133mm x 160mm x 6mm USFDA certificate

820 Cranial Hemisphere - Left - 133mm x 160mm x 6mm USFDA certificate

821 Cranial Dome - 150mm x 180mm x 4mm USFDA certificate

822 Cranial Dome - 150mm x 180mm x 6mm USFDA certificate

823 Transsphenoidal Sellar Implant - 20mm x 20mm x 2.5mm x 0.45mm USFDA certificate

824 Transsphenoidal Sellar Implant - BARRIER - Large - 40mm x 40mm x 2.5mm x 0.73mm USFDA certificate

825 Mastoid Implant - Small - 35mm x 45mm x 1.0mm USFDA certificate

826 Mastoid Implant Left - 57mm x 56mm x 1.5mm USFDA certificate

827 Mastoid Implant Right - 57mm x 56mm x 1.5mm USFDA certificate

828 Self Drilling AXS SCREWS 1.5X3MM USFDA certificate

829 Self Drilling AXS SCREWS 1.5X4MM USFDA certificate

830 Self Drilling AXS SCREWS 1.5X5MM USFDA certificate

831 PLATE, RIGID, 2 HOLE, BAR 12MM USFDA certificate

832 LOW PROFILE PLATE, 2 HOLE, BAR 16MM USFDA certificate

833 LOW PROFILE X-PLATE, 4 HOLE USFDA certificate

834 LOW PROFILE 3-D BOX PLATE, 2X2 HOLE USFDA certificate

835 LOW PROFILE BURR HOLE COVER PLATE 7MM USFDA certificate

836 LOW PROFILE BURR HOLE COVER PLATE 10 MM USFDA certificate

837 LOW PROFILE BURR HOLE COVER PLATE 14MM USFDA certificate

838 LOW PROFILE BURR HOLE COVER PLATE 20MM USFDA certificate

839 MICRO TITANIUM MESH, 120X120X0.1MM USFDA certificate

840 MICRO TITANIUM MESH, 120X60X0.1MM USFDA certificate

841 MICRO TITANIUM MESH, 60X60X0.1MM USFDA certificate

842 MICRO TITANIUM MESH, 120X120X0.2MM USFDA certificate

843 TITANIUM MICRO, 120X60X0.2MM USFDA certificate

844 MICRO TITANIUM MESH, 60X60X0.2MM USFDA certificate

845 DYNAMIC MESH MALLABLE FOR 1.5/1.7 40*40/.3MM USFDA certificate

846 DYNAMIC MESH MALLABLE FOR 1.5/1.7 120*120/.3MM USFDA certificate

847 DYNAMIC MESH MALLABLE FOR 1.5/1.7/90*90 /.3MM USFDA certificate

848 DYNAMIC MESH STD FOR 1.5/1.7MM 120*120/.6MM USFDA certificate

849 DYNAMIC MESH STD FOR 1.5/1.7MM/90*90/.6MM USFDA certificate

850 DYNAMIC MESH STD FOR 1.5/1.7MM /200*200/.6MM USFDA certificate

## Neuro Implants 18

Sr. No. Item Name Item Specification

851 MESH PRE-FORMED, f. 1.7/1.9MM SCREWS, 120x120x0.6MM USFDA certificate

852 MESH PRE-FORMED, F. 1.7/1.9MM SCREWS, 90x90x0.6MM USFDA certificate

853 MESH PRE-FORMED, F. 1.7/1.9MM SCREWS, 190x140x0.6MM USFDA certificate

854 Dynamic mesh - malleable - small 40x40x0.3mm USFDA certificate

855 Dynamic mesh - malleable - medium 90x90x0.3mm USFDA certificate

856 Dynamic mesh - malleable - large 120x120x0.3mm USFDA certificate

857 Dynamic mesh - standard - small 40x40x0.6mm USFDA certificate

858 Dynamic mesh - standard - medium 90x90x0.6mm USFDA certificate

859 Dynamic mesh - standard - large 120x120x0.6mm USFDA certificate

860 Dynamic mesh - standard - X-large 200x200x0.6mm USFDA certificate

861 Dynamic mesh - stiff - medium 90x90x0.8mm USFDA certificate

862 Dynamic mesh - stiff - large 120x120x0.8mm USFDA certificate

863 Dynamic mesh - stiff - X-large 200x200x0.8mm USFDA certificate

864 Hybrid mesh - malleable - small 60x60x0.3mm USFDA certificate

865 Hybrid mesh - malleable - medium 90x90x0.3mm USFDA certificate

866 Hybrid mesh - malleable - large 120x120x0.3mm USFDA certificate

867 Pre-form mesh, standard - medium 90x90x0.6mm USFDA certificate

868 Pre-form mesh, standard - large 120x120x0.6mm USFDA certificate

869 Pre-form mesh, standard - XL 190x140x0.6mm USFDA certificate

870 Dog-bone plate, 2-hole rigid USFDA certificate

871 Dog-bone plate, 2-hole, 16mm bar USFDA certificate

872 Pre-form mesh, right,17.5x12,8cm; T:1mm USFDA certificate

873 Pre-form mesh, left,17.5x12,8cm; T:1mm USFDA certificate

874 Round malleable (0.3mm), small USFDA certificate

875 Round malleable (0.3mm) Medium USFDA certificate

876 Round rigid (0.4mm), large USFDA certificate

877 Translabyrinthine malleable (0.3mm), small USFDA certificate

878 Translabyrinthine malleable (0.3mm), large USFDA certificate

879 Temporal malleable (0.3mm) USFDA certificate

880 Suboccipital malleable(0.3mm), small USFDA certificate

881 Suboccipital rigid (0.4mm), large USFDA certificate

882 Burr hole cover, 7mm, with USFDA certificate

883 Burr hole cover, 10mm, with USFDA certificate

884 Burr hole cover, 14mm, with USFDA certificate

885 Burr hole cover, 20mm, with USFDA certificate

886 Burr hole cover, 24mm, with USFDA certificate

887 Shunt burr hole cover, 14mm, USFDA certificate

888 Shunt burr hole cover, 20mm, USFDA certificate

889 Plates;-1.2 Upper-Face Micro Fixation Module Plates and screws should have USFDA certificate

890 Plates;-2.0 Mini-Plating Module Plates and screws should have USFDA certificate

891 Plates;-1.7 Mid-Face Mini Fixation Module Plates and screws should have USFDA certificate

892 Plates;-2.0/2.3 Mandible Fracture Fixation Module Plates and screws should have USFDA certificate

893 Bacterial Resistance Hydrocyphalus Shunt System Ventriculo Peritoneal High Pressure with Bacterial. -

894 Bacterial Resistance Hydrocyphalus Shunt System Ventriculo Peritoneal Medium Pressure with Bacterial. -

895 Bacterial Resistance Hydrocyphalus Shunt System Ventriculo Peritoneal Low Pressure with Bacterial. -

896 Hydrocephalus shunt system: Dome Valve reservoir with 90cm. Radio-opaque distal part one 15cm. ventricular part and two straignt connector. High Pressure. -

897 Hydrocephalus shunt system:Dome Valve reservoir with 90cm. Radio-opaque distal part one 15cm. ventricular part and two straignt connector. Medium Pressure. -

898 Hydrocephalus shunt system:Dome Valve reservoir with 90cm. Radio-opaque distal part one 15cm. ventricular part and two straignt connector. Law Pressure. -

899 Hydrocephalus shunt system:Antibaterial Dome Valve reservoir with 90cm. Radio-opaque distal part one 15cm. ventricular part and two straignt connector. Law Pressure. -

900 Hydrocephalus shunt system:Anibacterial Dome Valve reservoir with 90cm. Radio-opaque distal part one 15cm. ventricular part and two straignt connector. High Pressure. -

## Neuro Implants 19

Sr. No. Item Name Item Specification

901 Hydrocephalus shunt system:Antibacterial Dome Valve reservoir with 90cm. Radio-opaque distal part one 15cm. ventricular part and two straignt connector. Medium Pressure. -

902 Permanent Standard Aneurysm clip Straight Blade length 7mm and Closing force 150g The aneurysm clip should be made of Cobalt alloy, The clip should ne MRI safe up to 3 Tesla, The clip should have box lock joint to avoid Scissoring affect, The blade profile should have pyramid like impression. It should be atraumatic, The clip should ensure even pressure on the complete blade surface, Also Need the blades of the T-Bar Clip are oriented in a 90° (respectively 45°) angle to the axis of the spring plane resulting in a T-like clip form, Each clip should have individual serial no. to ensure complete tracking of manufacturing process, material, closing force, sterilization process. The clip should be supplied in sterile pack, The Package of clip should mention article no, expiry date, closing force, The clip should be colour coded, It should be supplied with sterilization tray with detachable marking showing the clip article no and clip design.

903 Permanent Standard Aneurysm clip Straight Blade length 9mm and Closing force 180g The aneurysm clip should be made of Cobalt alloy, The clip should ne MRI safe up to 3 Tesla, The clip should have box lock joint to avoid Scissoring affect, The blade profile should have pyramid like impression. It should be atraumatic, The clip should ensure even pressure on the complete blade surface, Also Need the blades of the T-Bar Clip are oriented in a 90° (respectively 45°) angle to the axis of the spring plane resulting in a T-like clip form, Each clip should have individual serial no. to ensure complete tracking of manufacturing process, material, closing force, sterilization process. The clip should be supplied in sterile pack, The Package of clip should mention article no, expiry date, closing force, The clip should be colour coded, It should be supplied with sterilization tray with detachable marking showing the clip article no and clip design.

904 Permanent Standard Aneurysm clip Straight Blade length 11mm and Closing force 180g The aneurysm clip should be made of Cobalt alloy, The clip should ne MRI safe up to 3 Tesla, The clip should have box lock joint to avoid Scissoring affect, The blade profile should have pyramid like impression. It should be atraumatic, The clip should ensure even pressure on the complete blade surface, Also Need the blades of the T-Bar Clip are oriented in a 90° (respectively 45°) angle to the axis of the spring plane resulting in a T-like clip form, Each clip should have individual serial no. to ensure complete tracking of manufacturing process, material, closing force, sterilization process. The clip should be supplied in sterile pack, The Package of clip should mention article no, expiry date, closing force, The clip should be colour coded, It should be supplied with sterilization tray with detachable marking showing the clip article no and clip design.

905 Permanent Standard Aneurysm clip Straight Blade length 15mm and Closing force 200g The aneurysm clip should be made of Cobalt alloy, The clip should ne MRI safe up to 3 Tesla, The clip should have box lock joint to avoid Scissoring affect, The blade profile should have pyramid like impression. It should be atraumatic, The clip should ensure even pressure on the complete blade surface, Also Need the blades of the T-Bar Clip are oriented in a 90° (respectively 45°) angle to the axis of the spring plane resulting in a T-like clip form, Each clip should have individual serial no. to ensure complete tracking of manufacturing process, material, closing force, sterilization process. The clip should be supplied in sterile pack, The Package of clip should mention article no, expiry date, closing force, The clip should be colour coded, It should be supplied with sterilization tray with detachable marking showing the clip article no and clip design.

906 Permanent Standard Aneurysm clip Straight Blade length 17mm and Closing force 200g The aneurysm clip should be made of Cobalt alloy, The clip should ne MRI safe up to 3 Tesla, The clip should have box lock joint to avoid Scissoring affect, The blade profile should have pyramid like impression. It should be atraumatic, The clip should ensure even pressure on the complete blade surface, Also Need the blades of the T-Bar Clip are oriented in a 90° (respectively 45°) angle to the axis of the spring plane resulting in a T-like clip form, Each clip should have individual serial no. to ensure complete tracking of manufacturing process, material, closing force, sterilization process. The clip should be supplied in sterile pack, The Package of clip should mention article no, expiry date, closing force, The clip should be colour coded, It should be supplied with sterilization tray with detachable marking showing the clip article no and clip design.

907 Permanent Standard Aneurysm Clip Curved Blade Length 6.5mm and closing force 150g The aneurysm clip should be made of Cobalt alloy, The clip should ne MRI safe up to 3 Tesla, The clip should have box lock joint to avoid Scissoring affect, The blade profile should have pyramid like impression. It should be atraumatic, The clip should ensure even pressure on the complete blade surface, Also Need the blades of the T-Bar Clip are oriented in a 90° (respectively 45°) angle to the axis of the spring plane resulting in a T-like clip form, Each clip should have individual serial no. to ensure complete tracking of manufacturing process, material, closing force, sterilization process. The clip should be supplied in sterile pack, The Package of clip should mention article no, expiry date, closing force, The clip should be colour coded, It should be supplied with sterilization tray with detachable marking showing the clip article no and clip design.

908 Permanent Standard Aneurysm Clip Curved Blade Length 8.3mm and closing force 180g The aneurysm clip should be made of Cobalt alloy, The clip should ne MRI safe up to 3 Tesla, The clip should have box lock joint to avoid Scissoring affect, The blade profile should have pyramid like impression. It should be atraumatic, The clip should ensure even pressure on the complete blade surface, Also Need the blades of the T-Bar Clip are oriented in a 90° (respectively 45°) angle to the axis of the spring plane resulting in a T-like clip form, Each clip should have individual serial no. to ensure complete tracking of manufacturing process, material, closing force, sterilization process. The clip should be supplied in sterile pack, The Package of clip should mention article no, expiry date, closing force, The clip should be colour coded, It should be supplied with sterilization tray with detachable marking showing the clip article no and clip design.

909 Permanent Standard Aneurysm Clip Curved Blade Length 10.2mm and closing force 180g The aneurysm clip should be made of Cobalt alloy, The clip should ne MRI safe up to 3 Tesla, The clip should have box lock joint to avoid Scissoring affect, The blade profile should have pyramid like impression. It should be atraumatic, The clip should ensure even pressure on the complete blade surface, Also Need the blades of the T-Bar Clip are oriented in a 90° (respectively 45°) angle to the axis of the spring plane resulting in a T-like clip form, Each clip should have individual serial no. to ensure complete tracking of manufacturing process, material, closing force, sterilization process. The clip should be supplied in sterile pack, The Package of clip should mention article no, expiry date, closing force, The clip should be colour coded, It should be supplied with sterilization tray with detachable marking showing the clip article no and clip design.

910 Permanent Standard T-BAR CLIP STD.PERM.JAWS 5MM 90DEG Closing force 150g The aneurysm clip should be made of Cobalt alloy, The clip should ne MRI safe up to 3 Tesla, The clip should have box lock joint to avoid Scissoring affect, The blade profile should have pyramid like impression. It should be atraumatic, The clip should ensure even pressure on the complete blade surface, Also Need the blades of the T-Bar Clip are oriented in a 90° (respectively 45°) angle to the axis of the spring plane resulting in a T-like clip form, Each clip should have individual serial no. to ensure complete tracking of manufacturing process, material, closing force, sterilization process. The clip should be supplied in sterile pack, The Package of clip should mention article no, expiry date, closing force, The clip should be colour coded, It should be supplied with sterilization tray with detachable marking showing the clip article no and clip design.

911 Permanent Standard Aneurysm Clip Straight with 3.5mm Fenestration blade length 4/9.1mm and closing force 150g The aneurysm clip should be made of Cobalt alloy, The clip should ne MRI safe up to 3 Tesla, The clip should have box lock joint to avoid Scissoring affect, The blade profile should have pyramid like impression. It should be atraumatic, The clip should ensure even pressure on the complete blade surface, Also Need the blades of the T-Bar Clip are oriented in a 90° (respectively 45°) angle to the axis of the spring plane resulting in a T-like clip form, Each clip should have individual serial no. to ensure complete tracking of manufacturing process, material, closing force, sterilization process. The clip should be supplied in sterile pack, The Package of clip should mention article no, expiry date, closing force, The clip should be colour coded, It should be supplied with sterilization tray with detachable marking showing the clip article no and clip design.

912 Permanent Standard Aneurysm Clip Straight with 3.5mm Fenestration blade length 5/10.1mm and closing force 150g The aneurysm clip should be made of Cobalt alloy, The clip should ne MRI safe up to 3 Tesla, The clip should have box lock joint to avoid Scissoring affect, The blade profile should have pyramid like impression. It should be atraumatic, The clip should ensure even pressure on the complete blade surface, Also Need the blades of the T-Bar Clip are oriented in a 90° (respectively 45°) angle to the axis of the spring plane resulting in a T-like clip form, Each clip should have individual serial no. to ensure complete tracking of manufacturing process, material, closing force, sterilization process. The clip should be supplied in sterile pack, The Package of clip should mention article no, expiry date, closing force, The clip should be colour coded, It should be supplied with sterilization tray with detachable marking showing the clip article no and clip design.

913 Permanent Standard Aneurysm Clip Straight with 5.0mm Fenestration Blade length 3/9.8mm and closing force 150g The aneurysm clip should be made of Cobalt alloy, The clip should ne MRI safe up to 3 Tesla, The clip should have box lock joint to avoid Scissoring affect, The blade profile should have pyramid like impression. It should be atraumatic, The clip should ensure even pressure on the complete blade surface, Also Need the blades of the T-Bar Clip are oriented in a 90° (respectively 45°) angle to the axis of the spring plane resulting in a T-like clip form, Each clip should have individual serial no. to ensure complete tracking of manufacturing process, material, closing force, sterilization process. The clip should be supplied in sterile pack, The Package of clip should mention article no, expiry date, closing force, The clip should be colour coded, It should be supplied with sterilization tray with detachable marking showing the clip article no and clip design.

914 Permanent Standard Aneurysm Clip Straight with 5.0mm Fenestration Blade length 4/10.8mm and closing force 150g The aneurysm clip should be made of Cobalt alloy, The clip should ne MRI safe up to 3 Tesla, The clip should have box lock joint to avoid Scissoring affect, The blade profile should have pyramid like impression. It should be atraumatic, The clip should ensure even pressure on the complete blade surface, Also Need the blades of the T-Bar Clip are oriented in a 90° (respectively 45°) angle to the axis of the spring plane resulting in a T-like clip form, Each clip should have individual serial no. to ensure complete tracking of manufacturing process, material, closing force, sterilization process. The clip should be supplied in sterile pack, The Package of clip should mention article no, expiry date, closing force, The clip should be colour coded, It should be supplied with sterilization tray with detachable marking showing the clip article no and clip design.

915 Permanent Standard Aneurysm Clip Straight with 5.0mm Fenestration Blade length 5/11.8mm and closing force 150g The aneurysm clip should be made of Cobalt alloy, The clip should ne MRI safe up to 3 Tesla, The clip should have box lock joint to avoid Scissoring affect, The blade profile should have pyramid like impression. It should be atraumatic, The clip should ensure even pressure on the complete blade surface, Also Need the blades of the T-Bar Clip are oriented in a 90° (respectively 45°) angle to the axis of the spring plane resulting in a T-like clip form, Each clip should have individual serial no. to ensure complete tracking of manufacturing process, material, closing force, sterilization process. The clip should be supplied in sterile pack, The Package of clip should mention article no, expiry date, closing force, The clip should be colour coded, It should be supplied with sterilization tray with detachable marking showing the clip article no and clip design.

916 Temporary Standard Aneurysm clip Straight blade length 9mm and closing force 70g The aneurysm clip should be made of Cobalt alloy, The clip should ne MRI safe up to 3 Tesla, The clip should have box lock joint to avoid Scissoring affect, The blade profile should have pyramid like impression. It should be atraumatic, The clip should ensure even pressure on the complete blade surface, Also Need the blades of the T-Bar Clip are oriented in a 90° (respectively 45°) angle to the axis of the spring plane resulting in a T-like clip form, Each clip should have individual serial no. to ensure complete tracking of manufacturing process, material, closing force, sterilization process. The clip should be supplied in sterile pack, The Package of clip should mention article no, expiry date, closing force, The clip should be colour coded, It should be supplied with sterilization tray with detachable marking showing the clip article no and clip design.

917 Temporary Standard Aneurysm clip Curved blade length 8.4mm and closing force 70g The aneurysm clip should be made of Cobalt alloy, The clip should ne MRI safe up to 3 Tesla, The clip should have box lock joint to avoid Scissoring affect, The blade profile should have pyramid like impression. It should be atraumatic, The clip should ensure even pressure on the complete blade surface, Also Need the blades of the T-Bar Clip are oriented in a 90° (respectively 45°) angle to the axis of the spring plane resulting in a T-like clip form, Each clip should have individual serial no. to ensure complete tracking of manufacturing process, material, closing force, sterilization process. The clip should be supplied in sterile pack, The Package of clip should mention article no, expiry date, closing force, The clip should be colour coded, It should be supplied with sterilization tray with detachable marking showing the clip article no and clip design.

918 Temporary Standard Aneurysm clip Curved blade length 6.7mm and closing force 70g The aneurysm clip should be made of Cobalt alloy, The clip should ne MRI safe up to 3 Tesla, The clip should have box lock joint to avoid Scissoring affect, The blade profile should have pyramid like impression. It should be atraumatic, The clip should ensure even pressure on the complete blade surface, Also Need the blades of the T-Bar Clip are oriented in a 90° (respectively 45°) angle to the axis of the spring plane resulting in a T-like clip form, Each clip should have individual serial no. to ensure complete tracking of manufacturing process, material, closing force, sterilization process. The clip should be supplied in sterile pack, The Package of clip should mention article no, expiry date, closing force, The clip should be colour coded, It should be supplied with sterilization tray with detachable marking showing the clip article no and clip design.

919 Bayonet Aneurysm clip applicator for Standard Clip, Straight, Working Length-110mm. The clip applicator should be made of high grade stainless steel/Titanium. The quality of steel/titanium should comply with the DIN standards, It should be of high quality and precision. It should be light weight, strong and durable, It should be non-magnetic. All instruments should be autoclavable, The manufacturer should have a direct repair facility available in India, All clip applicator should be autoclavable at 134deg, It should be supplied with sterilization tray for clip applicator, Instruments should meet the International Certification as per DIN EN ISO 13845:2001, It should have TUV certificate for manufacturer with details of manufacturing facility, The manufacturer should have service facility in India.

920 Bayonet Aneurysm clip applicator for Standard Clip, 15deg angled, Working Length-110mm. The clip applicator should be made of high grade stainless steel/Titanium. The quality of steel/titanium should comply with the DIN standards, It should be of high quality and precision. It should be light weight, strong and durable, It should be non-magnetic. All instruments should be autoclavable, The manufacturer should have a direct repair facility available in India, All clip applicator should be autoclavable at 134deg, It should be supplied with sterilization tray for clip applicator, Instruments should meet the International Certification as per DIN EN ISO 13845:2001, It should have TUV certificate for manufacturer with details of manufacturing facility, The manufacturer should have service facility in India.

921 Bayonet Aneurysm clip applicator for Standard Clip, Straight, Working Length-90mm. The clip applicator should be made of high grade stainless steel/Titanium. The quality of steel/titanium should comply with the DIN standards, It should be of high quality and precision. It should be light weight, strong and durable, It should be non-magnetic. All instruments should be autoclavable, The manufacturer should have a direct repair facility available in India, All clip applicator should be autoclavable at 134deg, It should be supplied with sterilization tray for clip applicator, Instruments should meet the International Certification as per DIN EN ISO 13845:2001, It should have TUV certificate for manufacturer with details of manufacturing facility, The manufacturer should have service facility in India.

922 Bayonet Aneurysm clip applicator for Standard Clip, 15deg angled, Working Length-90mm. The clip applicator should be made of high grade stainless steel/Titanium. The quality of steel/titanium should comply with the DIN standards, It should be of high quality and precision. It should be light weight, strong and durable, It should be non-magnetic. All instruments should be autoclavable, The manufacturer should have a direct repair facility available in India, All clip applicator should be autoclavable at 134deg, It should be supplied with sterilization tray for clip applicator, Instruments should meet the International Certification as per DIN EN ISO 13845:2001, It should have TUV certificate for manufacturer with details of manufacturing facility, The manufacturer should have service facility in India.

923 Bayonet Aneurysm clip applicator for Standard Clip, Straight, Working Length-50mm. The clip applicator should be made of high grade stainless steel/Titanium. The quality of steel/titanium should comply with the DIN standards, It should be of high quality and precision. It should be light weight, strong and durable, It should be non-magnetic. All instruments should be autoclavable, The manufacturer should have a direct repair facility available in India, All clip applicator should be autoclavable at 134deg, It should be supplied with sterilization tray for clip applicator, Instruments should meet the International Certification as per DIN EN ISO 13845:2001, It should have TUV certificate for manufacturer with details of manufacturing facility, The manufacturer should have service facility in India.

924 Non-bayonet Aneurysm clip applicator for Standard Clip, Straight, Total Length-175mm. The clip applicator should be made of high grade stainless steel/Titanium. The quality of steel/titanium should comply with the DIN standards, It should be of high quality and precision. It should be light weight, strong and durable, It should be non-magnetic. All instruments should be autoclavable, The manufacturer should have a direct repair facility available in India, All clip applicator should be autoclavable at 134deg, It should be supplied with sterilization tray for clip applicator, Instruments should meet the International Certification as per DIN EN ISO 13845:2001, It should have TUV certificate for manufacturer with details of manufacturing facility, The manufacturer should have service facility in India.

925 Bayonet Aneurysm Clip applicator with swivel tips and adjustable jaw, Working length 90mm. Should be supplied with adjusting Key. The clip applicator should be made of high grade stainless steel/Titanium. The quality of steel/titanium should comply with the DIN standards, It should be of high quality and precision. It should be light weight, strong and durable, It should be non-magnetic. All instruments should be autoclavable, The manufacturer should have a direct repair facility available in India, All clip applicator should be autoclavable at 134deg, It should be supplied with sterilization tray for clip applicator, Instruments should meet the International Certification as per DIN EN ISO 13845:2001, It should have TUV certificate for manufacturer with details of manufacturing facility, The manufacturer should have service facility in India.

926 Clamp size, 11mm, (Box of 12) Titanium Clamps should be used for bone flaps and bone fragments in cranial closure, skull fracture surgery. Clamps should be MRI compatible. Implant must have integrated grasping jaw mechanism for shorter application time. All the instruments should be supplied from single manufacturer.

927 Clamp size, 16mm, (Box of 12) Titanium Clamps should be used for bone flaps and bone fragments in cranial closure, skull fracture surgery. Clamps should be MRI compatible. Implant must have integrated grasping jaw mechanism for shorter application time. All the instruments should be supplied from single manufacturer.

928 Clamp size, 20mm, (Box of 12) Titanium Clamps should be used for bone flaps and bone fragments in cranial closure, skull fracture surgery. Clamps should be MRI compatible. Implant must have integrated grasping jaw mechanism for shorter application time. All the instruments should be supplied from single manufacturer.

929 Clamp applier, non-dismountable, with automatic strain relief Titanium Clamps should be used for bone flaps and bone fragments in cranial closure, skull fracture surgery. Clamps should be MRI compatible. Implant must have integrated grasping jaw mechanism for shorter application time. All the instruments should be supplied from single manufacturer.

930 Holding forcep Titanium Clamps should be used for bone flaps and bone fragments in cranial closure, skull fracture surgery. Clamps should be MRI compatible. Implant must have integrated grasping jaw mechanism for shorter application time. All the instruments should be supplied from single manufacturer.

931 Pin Cutting instruments Titanium Clamps should be used for bone flaps and bone fragments in cranial closure, skull fracture surgery. Clamps should be MRI compatible. Implant must have integrated grasping jaw mechanism for shorter application time. All the instruments should be supplied from single manufacturer.

932 Forcep to remove the clamps Titanium Clamps should be used for bone flaps and bone fragments in cranial closure, skull fracture surgery. Clamps should be MRI compatible. Implant must have integrated grasping jaw mechanism for shorter application time. All the instruments should be supplied from single manufacturer.

933 Storage tray for all instruments Titanium Clamps should be used for bone flaps and bone fragments in cranial closure, skull fracture surgery. Clamps should be MRI compatible. Implant must have integrated grasping jaw mechanism for shorter application time. All the instruments should be supplied from single manufacturer.

934 Bottom for ½ storage tray, height 90mm Titanium Clamps should be used for bone flaps and bone fragments in cranial closure, skull fracture surgery. Clamps should be MRI compatible. Implant must have integrated grasping jaw mechanism for shorter application time. All the instruments should be supplied from single manufacturer.

935 ½ lid for storage container Titanium Clamps should be used for bone flaps and bone fragments in cranial closure, skull fracture surgery. Clamps should be MRI compatible. Implant must have integrated grasping jaw mechanism for shorter application time. All the instruments should be supplied from single manufacturer.

936 Sterile instrument oil should be used to lubricate the instruments Titanium Clamps should be used for bone flaps and bone fragments in cranial closure, skull fracture surgery. Clamps should be MRI compatible. Implant must have integrated grasping jaw mechanism for shorter application time. All the instruments should be supplied from single manufacturer.

937 Applicator handle made up of aluminum with gun shaped to use disposable scalp fix/raney clips. Handle must be autoclavable and made up of aluminum Disposable cartridge should be used with reusable handle for • Easy handling & fast application • Atraumatic design • Good visibility and countability of the clips All the instruments should be supplied from single manufacturer.

938 Disposable and sterile Cartridge should have 10 clips in single magazine. Disposable cartridge should be used with reusable handle for • Easy handling & fast application • Atraumatic design • Good visibility and countability of the clips All the instruments should be supplied from single manufacturer.

939 Removing forcep Disposable cartridge should be used with reusable handle for • Easy handling & fast application • Atraumatic design • Good visibility and countability of the clips All the instruments should be supplied from single manufacturer.

940 DESMARRES Lid Retractor, 140 mm (5 1/2"), depth: 9 mm, width: 12 mm, non-sterile, reusable,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

941 DESMARRES Lid Retractor, 140 mm (5 1/2"), depth: 12 mm, width: 16 mm, non-sterile, reusable,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

942 KILLIAN SEPTUM SPECUL.ASEPTIC 56X7MM has-tage2,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

943 COTTLE Columella Clamp, serrated, 100 mm (4"),The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

944 JOSEPH Skin Hook, 160 mm (6 1/4"), 2 prongs, sharp, width: 6 mm, non-sterile, reusable,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

945 WALTER Retractor, double ended, 2 prongs, non-sterile, reusable,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

946 STEGMANN Areola/cookie cutter, toothed, 33 mm diam.,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

947 Areola/cookie cutter, toothed, 38 mm diam.,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

948 VOLKMANN Wound Retractor (With Prong), 220 mm (8 3/4"), 4 prongs, semi-sharp, depth: 8,500 mm, width: 19 mm, non-sterile, reusable,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

949 VOLKMANN Wound Retractor (With Prong), 220 mm (8 3/4"), 6 prongs, semi-sharp, depth: 8,500 mm, width: 29 mm, non-sterile, reusable,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

950 Vario Retractor, blade only, depth: 115 mm, width: 22 mm, non-sterile, reusable,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

## Neuro Implants 20

Sr. No. Item Name Item Specification

951 Vario Retractor, 280 mm (11"), handle w. cold light carrier, non-sterile, reusable,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

952 MASING Cartilage Slitting Knife, curved, 130 mm (5 1/8"),The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

953 HEYMANN-KNIGHT Nasal Scissors, angled, knee bent, blunt/blunt, 175 mm (6 7/8"),The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

954 GRAEFE Delicate Scissors (Iris Scissors), angled on flat, delicate pattern, blunt/blunt, 100 mm (4"),The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

955 COTTLE Tissue Forceps, bayonet-shaped, toothed, serrated, 140 mm (5 1/2"),The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

956 ADSON-BROWN Tissue Forceps, straight, toothed, 120 mm (4 3/4"),The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

957 JANSEN Dressing Forceps (Tweezers), straight, bayonet-shaped, serrated, 160 mm (6 1/4The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

958 COTTLE Wound Retractor, 140 mm (5 1/2"), depth: 10 mm, width: 12 mm, non-sterile, reusable,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

959 COTTLE Wound Retractor, 200 mm (7 7/8"), double ended, blunt, non-sterile, reusable,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

960 JOSEPH Skin Hook, 160 mm (6 1/4"), 2 prongs, sharp, width: 6 mm, non-sterile, reusable,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

961 COTTLE Skin Hook, 180 °, strongly curved, 160 mm (6 1/4"), 1 prong, sharp, non-sterile, reusable,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

962 WALTER Retractor, double ended, 2 prongs, non-sterile, reusable,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

963 HARTMANN-HALE NASAL SPECASEPSHRT155MM,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

964 NASAL SPECULUM COTTLE SI.2,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

965 NASAL SPECULUM COTTLE SI.4,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

966 COTTLE SEPTUM SPECULUM THIN-BLD 90X7MM,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

967 COTTLE Chisel, straight, 180 mm (7"), width: 4 mm,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

968 COTTLE Chisel, straight, 180 mm (7"), width: 7 mm,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

969 COTTLE Chisel, curved, 180 mm (7"), width: 6 mm,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

970 MASING Osteotome, curved to left, 175 mm (6 7/8"),The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

971 MASING Osteotome, curved to right, 175 mm (6 7/8"),The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

972 MASING Osteotome, straight, 175 mm (6 7/8"),The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

973 COTTLE Mallet, 185 mm (7 1/4"), diam. 30 mm, stainless steel, 320 g, 235 g,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

974 FREER Elevator, curved, 185 mm (7 1/4"), double ended, sharp/blunt, non-sterile, reusable,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

975 COTTLE Elevator, 205 mm (8"), double ended, graduated, blunt/blunt, non-sterile, reusable,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

976 COTTLE Elevator, curved, 200 mm (7 7/8"), double ended, sharp/sharp, non-sterile, reusable,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

977 Raspatory, non-sterile, reusable,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

978 FOMON Bone File, 215 mm (8 1/2"), double ended, serrated (cross), width: 6,50 mm, 7,50 mm,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

979 FOMON Bone Rasp, 215 mm (8 1/2"), double ended, toothed (fine coarse), width: 6,50 mm, 7,50 mm,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

980 BONE CRUSHER,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

981 WEIL-BLAKESELEY Rongeur, straight, 120 mm (4 3/4"), oval, fenestrated, width: 4,20 mm,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

982 WEIL-BLAKESELEY Rongeur, 140 °, upwards cutting, 115 mm (4 1/2"), oval, fenestrated, width: 4,20 mm,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

983 Osteotome, straight, 190 mm (7 1/2"), width: 2 mm,The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

984 WATSON Skin Graft Knife, 300 mm (12"),The gloss level of the surface finish is matt/brushed, RA: 0.20 – 0.30 um, or matt/glass bead matted, RA: 0.22 – 0.30 um. Laser engraving preferred, as well as individual, machine- readable encoding to allow individual instrument tracking. The matting process must be followed, verified, by effective, chemical passivation (see ASTM Designation: A 380-06, A 967). Corrosion resistance: acc. to DIN EN ISO 13402 -

985 Intracranial Pressure Monitoring System Ventricular sensor with Scull bolt The catheter should be inbuilt with micro sensor and ventricular catheter for the drainage of the CSF and monitor ICP at the same time., It should have 38cm clear ventricular catheter with preloaded stylet., The transducer should consists of a miniature strain gauge pressure sensor mounted in a titanium case at the tip of a 100cm flexible nylon tube., It should come with 7-guage tunneling trocar for placement., The information should be relayed electronically rather than hydrostatic or fiberoptics., It should be made of strain gauge mechanism, It should have high fidelity of greater than 10000Hz to facilitate excellent wave form analysis., The drift in ICP over 9 days period should be maximum of 1mmhg or less., The system should be capable of monitoring Ventricular ICP. It should be available with Scull bolt to reduce the movement of implanted sensor.

986 Vetriculo Peritoneal High Pressure shunt with antibiotic impregnated ventricular and petonial catheter Impregnated with Rifampicin and Clindamycin to avoid infection for 28 days