Two Year Rate Contract for the procurement Joint Replacement Implants

(UncementedTHR) Metal On Poly [MOP] All should be of Same Make A) The femoral Stem should have morphometric wedge geometry and HA coating, HA coating of 50-micron or above. Proximal body on porous coating over a grit blasted surface, Incremental Neck length options, two offset options minimum and made up of Ti Material/COCR, Should have neck that provides Greater range of motion,should have 12/14 or 11/13 Taper Design as per international standard norms. B) The Acetabular Cup should have a liner stability locking mechanism for such as XLPE liner locking mechanism, Ceramic Liner Locking mechanism. The locking mechanism should be present lower in the shell so as to reduce opportunity for soft tissue impingement and spread stresses over a greater surface area.The Shells upper surface is composed of porous coating of above 200 microns.. The acetabular shell should have 3 Hole option/ multihole option as per standard norms. The Acetabular Shell sizes should come in sizes from 42 to 62 mmand made of titanium /COCR. C) The Polyethylene has neutral/ 0-10/0-20 degree posterior superior lip-[LPW] preferably all options. The Polyethylene is compatible to accommodate 28mm, 32mm, and 36mm heads. Should be madeup of Highly Cross linked Polyethelene D) Femoral heads should be Metal Head COCR/TI material with all sizes 28mm/32mm/36mm with atleast 4 variable neck length. E) Acetabular Shell Screws 5-7 mm Should be made up Of Titanium/COCR size range from 15-50mm in length

(UncementedTHR) Ceramic On Poly [COP] All should be of Same Make A) The femoral Stem should have morphometric wedge geometry and HA coating, HA coating of 50-micron or above. Proximal body on porous coating over a grit blasted surface, Incremental Neck length options, two offset options minimum and made up of Ti/COCR Material, Should have neck that provides Greater range of motion,should have 12/14 or 11/13 Taper Design as per international standard norms. B) The Acetabular Cup should have a liner stability locking mechanism for such as XLPE liner locking mechanism, Ceramic Liner Locking mechanism. The locking mechanism should be present lower in the shell so as to reduce opportunity for soft tissue impingement and spread stresses over a greater surface area.The Shells upper surface is composed of porous coating of above 200 microns.. The acetabular shell should have 3 Hole option/ multihole option as per standard norms. The Acetabular Shell sizes should come in sizes from 42 to 62 mm and made of titanium /cocr. C) The Polyethylene has neutral/ 0-10/0-20 degree posterior superior lip-[LPW] preferably all options. The Polyethylene is compatible to accommodate 28mm, 32mm, and 36mm heads. Should be madeup of Highly Cross linked Polyethelene D) Femoral heads should be Delta Ceramic with all sizes 28mm/32mm/36mmwith atleast 4 variable neck length. E) Acetabular Shell Screws 5-7 mm Should be made up Of Titanium/cocr size range from 15-50mm in length

(UncementedTHR) Ceramic on Ceramic THR [COC] All should be of Same Make A) The femoral Stem should have morphometric wedge geometry and HA coating, HA coating of 50-micron or above. Proximal body on porous coating over a grit blasted surface, Incremental Neck length options, two offset options minimum and made up of Ti /cocr Material, Should have neck that provides Greater range of motion,should have 12/14 or 11/13 Taper Design as per international standard norms. B) The Acetabular Cup should have a liner stability locking mechanism for such as XLPE liner locking mechanism, Ceramic Liner Locking mechanism. The locking mechanism should be present lower in the shell so as to reduce opportunity for soft tissue impingement and spread stresses over a greater surface area.The Shells upper surface is composed of porous coating of above 200 microns. The acetabular shell should feature two independent locking mechanisms for polyethylene liners and ceramic liners. The acetabular shell should have 3 Hole option/ multihole option as per standard norms. The Acetabular Shell sizes should come in sizes from 42 to 62 mm and made of titanium /cocr C) Delta ceramic insert accommodate 28mm, 32mm, and 36mm heads with atleast 4 variable neck length. D) Femoral heads should be of Biolox delta/ ceramic with all sizes 28mm/32mm/36mm with atleast 4 variable neck length. E) Acetabular Shell Screws 5-7mm Should be made up Of Titanium size range from 15-50mm in length

(CEMENTED THR) - All should be of Same Make A) Cemented femoral stem should Highly polished, Double tapered with collarless design and made of titanium /cocr. B) The Cemented cup should have Ultra-High Molecular Weight Polyethylene with PMMA cement spacer easily identifiable the cup position on an X-ray. Cup Should be available in the I.D 28 /32 / 36 mm with OD 46 – 60 mm. C) Femoral heads should be Metal Head(Cocr) with all sizes 28mm/32mm/36mm.

Revision /Complex THR (All should be of Same Make)

Revision uncemented stem should be of variable options of length should be preferably between 190 - 300 mm, Proximal part of Stem should be Monoblock with Coating- 8-16 Flutes, stem should HA on Skitite/HA on Grit Blast/plasma sprayed coating,Shouldhave11/13 or 12/14 Head Taper

Revision uncementedacetabular shell have multi hole with Porocity 70% and above, should provide standard cup which composed of CoCr liner and highly crossed linked polyethylene which support 22/ 28 /32 mm femoral metal head. AND Should have Option of Variable angle & Locking Screws

Revision uncementedacetabular shell should have multi hole with Porocity 70% and above, provide dual mobility cup which composed of COCR liner and highly crossed linked polyethylene which support 22/ 28/32mm femoral metal head.

Acetabular wedges (ALL SIZE AND TYPE )

Acetabulam augments(ALL SIZE AND TYPE )

Uncementedacetabular shell especially designed for protrusion which is peripherally locking.

Cancellous bone standard screws of 5-7 mm in diametre and 20 to 45 mm in length.(titanium)

Cancellous bone Locking Screws screws of 5-7 mm in diametre and 20 to 45 mm in length(titanium)

Femoral heads should be Metal Head (COCR) with all sizes 22mm/28mm/32mm/36mm.

Revision cemented stem should long and the length would more than 200 mm, with bone cements.

The Cemented cup should have Ultra-High Molecular Weight Polyethylene with PMMA cement spacer easily identifiable the cup position on an X-ray. Cup Should be available in the I.D 28 /32 / 36 mm with OD 46 – 60 mm.

The Polyethylene has 0-20 degree posterior superior lip. The Polyethylene is compatible to accommodate 28mm, 32mm, and 36mm heads Should be made up of Highly Cross linked Polyethylene

Femoral heads delta Ceramic with all sizes 28mm/32mm/36mm.

Dual Mobility Liner , compatible with revision cup

Acetabular cage 52 to 62 sizes.

Cemented TKR Note:-All should be of Same Make A) Femoral component should be availabe in PS, should have standard / narrow option to avoid bone loss, in Primary femurs,should be made up of COCR/titaneummeterial, B) Tibial component Should be COCR/titaneum, tibia should accept PS inserts, Should have highly polished surface C) Polyethelene inserts of all incremental sizes D) Patella Should be Round Made up of UHMPWE should have all standard sizes E) Bone Cement

Complex Primary TKR All should be of Same Make (PS Implants should be of same make) A) Femoral component should be availabe in PS Option(ONLY) should have standard / narrow option to avoid bone loss, Should have ability to accept Augments in femur component, should be made up of COCR/titanium. femur component should accept constrained insert also B) Tibial component Should be made up of titanium/cocralloy,Same tibia should accept all type of inserts PS/ Constraint Should have highly polished surface Should have ability to accept Fluted Stems C) Polyethelene Should have Constraint Insert option in PS ONLY D) Bone Cement E) Fluted Stem

( Revision TKR (All should be of Same Make )

Femoral component compatible with stem extension.

Tibial Baseplate compatible to stem extension.

Semi constrained highly cross-linked polyethylene.

Distal Augments.

Posterior Augments

Offset

Fluted Stem

Bone Cement

Femur sleeve

Sleeve Tibia

Tibia cone

femur cone

Fixed Bearing Unicondylar Knee All should be of Same Make A) Uni-condylar Knee Femoral Component Should be made up of titanium/cocrMaterial,Should have Size 2-7 LM/RL, Should have same Lug preparation from Size 3-7, B) Uni-condylar Knee tibial Component Should be made up of titanium/cocr Alloy C) Inserrt Should be madeup of Highly crosslinkedPolyethelyne material Size should be all sizes D) Bone Cement

Mobile Bearing Unicondylar Knee All should be of Same Make A) Uni-condylar Knee Femoral Component Should be made up of CocrMaterial,Should have Size 2-7 LM/RL, Should have same Lug preparation from Size 3-7, B) Uni-condylar Knee tibial Component Should be made up of Cocr/Titanium alloy C) Insert Should be Made up of Highly crosslinkedPolyethelyne material Size should be all sizes D) Bone Cement

Endo Prosthesis HIP Endo Prosthesis HIPCOCRAll

Endo Prosthesis HIP Endo Prosthesis HIPCOCRAll should be of compatible Make A) Proximal femur Component COCR B) Spacer COCR C) Femoral Stem COCR

Endo Prosthesis HIP Endo Prosthesis HIPCOCRAll should be of compatible Make D) The Acetabular Cup should have a liner stability locking mechanism for such as XLPE liner locking mechanism, Ceramic Liner Locking mechanism. The locking mechanism should be present lower in the shell so as to reduce opportunity for soft tissue impingement and spread stresses over a greater surface area.The Shells upper surface is composed of porous coating of above 200 microns.. The acetabular shell should have 3 Hole option/ multihole option as per standard norms. The Acetabular Shell sizes should come in sizes from 42 to 62 mm and made of titanium /cocr. E) The Polyethylene has neutral/ 0-10/0-20 degree posterior superior lip-[LPW] preferably all options. The Polyethylene is compatible to accommodate 28mm, 32mm, and 36mm heads. Should be madeup of Highly Cross linked Polyethelene F) Femoral heads should be Metal Head(Cocr)/TI with all sizes 28mm/32mm/36mm with atleast 4 variable neck length. G) Acetabular Shell Screws 5-7 mm Should be made up Of Titanium/COCR size range from 15-50mm in length

Endo Prosthesis HIP Endo Prosthesis HIPCOCRAll should be of compatible Make H) Modular bipolar System Modular bipolar Head With Internal Head sterilized All Type Any Size( 12/14 and 11/13 Taper)

Endo Prosthesis HIP SS

Endo Prosthesis HIP SS All should be of compatible Make A) Proximal femur Component SS B) Spacer SS C) Femoral Stem SS

Endo Prosthesis HIP SS All should be of compatible Make D) The Acetabular Cup should have a liner stability locking mechanism for such as XLPE liner locking mechanism, Ceramic Liner Locking mechanism. The locking mechanism should be present lower in the shell so as to reduce opportunity for soft tissue impingement and spread stresses over a greater surface area.The Shells upper surface is composed of porous coating of above 200 microns.. The acetabular shell should have 3 Hole option/ multihole option as per standard norms. The Acetabular Shell sizes should come in sizes from 42 to 62 mm and made of titanium /cocr. E) The Polyethylene has neutral/ 0-10/0-20 degree posterior superior lip-[LPW] preferably all options. The Polyethylene is compatible to accommodate 28mm, 32mm, and 36mm heads. Should be madeup of Highly Cross linked Polyethelene F) Femoral heads should be Metal Head(Cocr)/TI with all sizes 28mm/32mm/36mm with atleast 4 variable neck length. G) Acetabular Shell Screws 5-7 mm Should be made up Of Titanium/COCR size range from 15-50mm in length

Endo Prosthesis HIP SS All should be of compatible Make H) Modular bipolar System Modular bipolar Head With Internal Head sterilized All Type Any Size( 12/14 and 11/13 Taper)

Endo Prosthesis HIP Titanium

Endo Prosthesis HIP Titanium All should be of compatible Make A) Proximal femur Component Titanium B) Spacer titanium C) Femoral Stem titanium

Endo Prosthesis HIP Titanium All should be of compatible Make D) The Acetabular Cup should have a liner stability locking mechanism for such as XLPE liner locking mechanism, Ceramic Liner Locking mechanism. The locking mechanism should be present lower in the shell so as to reduce opportunity for soft tissue impingement and spread stresses over a greater surface area.The Shells upper surface is composed of porous coating of above 200 microns.. The acetabular shell should have 3 Hole option/ multihole option as per standard norms. The Acetabular Shell sizes should come in sizes from 42 to 62 mm and made of titanium /cocr. E) The Polyethylene has neutral/ 0-10/0-20 degree posterior superior lip-[LPW] preferably all options. The Polyethylene is compatible to accommodate 28mm, 32mm, and 36mm heads. Should be madeup of Highly Cross linked Polyethelene F) Femoral heads should be Metal Head(Cocr)/TI with all sizes 28mm/32mm/36mm with atleast 4 variable neck length. G) Acetabular Shell Screws 5-7 mm Should be made up Of Titanium/COCR size range from 15-50mm in length

Endo Prosthesis HIP Titanium All should be of compatible Make Modular bipolar System Modular bipolar Head With Internal Head sterilized All Type Any Size( 12/14 and 11/13 Taper)

Endo Prosthesis Distal Femur COCR All should be of compatible Make A) Distal Femur Component COCR B) Tibia TR small/Stdtitaneum. C) Intramedullary stem titanium/COCR D) Resection Piece titanium. E) Cement Restrictor F) Bone cement 40gm plain G) Saw blades

Endo Prosthesis Proximal Tibia All should be of compatible Make A) Proximal Tibia Component Femur TRtita. B) Intramedullary stem C) Resection Piece tita. D) Cement Restrictor E) Bone cement 40gm plain F) Saw blades G) Tibia TRCOCR

O Drape

Disposable surgical gown ANSI/AAMIPB70 STANDARD LEVEL 4

Cautery Pencil

Skin Stapler

Plain Sheet

Sofilam (Skin insegan Drape)

Cling Drape

B/L knee o Drape

U-Drape

Pulse lavage

Reverse Shoulder All should be of Same Make

Reverse Shoulder All should be of Same Make Humeral Stem (Primary/ Revision Stem) - Mini(83mm)/ Micro (55mm) Titanium with proximal PPS Porous Plasma Spray Convertible from Anatomic (Total) to Reverse 45/135 degree neck shaft angle 4-20 mm diameters with 1mm increment used with or without cement

Fracture Stem (122mm Length) available with 4-14mm diameter with 2mm increment

Mini Humeral Tray Cobalt Chrome or titanium Diameter 40mm Three Heights Options (+0mm, +5mm, +10mm) Three offset post Options (+0mm, +3mm, +6mm)

Mini Base Plate Modular design of baseplate and central screw allows for proper orientation of peripheral screw holes prior to impaction and the Central Boss provides for enhanced fixation and resistance to shear forces Hydroxyapatite (HA) over PPS® porous plasma spray, over Titanium substrate Mini Baseplate: Low-profile 25 mm diameter and Standard Baseplate 28mm diameter Four identical peripheral locking screw holes

Augmented Base Plate Designed with posterior half-wedge to maximize bone preservation. Augment Baseplate may preserve subchondral bone and restore a natural, lateralized center of rotation benefitting soft tissue tensioning and stability Available in small, medium and large.

Mini Humeral Bearing with Options Highly Cross-Linked Polyethylene Three Height Options (+0, +3, +3mm Retentive) Sim-Lock Technology Final Humeral Tray/Bearing inclination angle at 57/147 degree

Glenosphere Constructed from Cobalt-Chrome or Titanium. Available in 36 mm or 40 mm diameter of curvature medialized or lateralized center of rotation (Standard, +3 mm, +6 mm) Versa-Dial technology to provide infinite offset options between 0.5 and 4.5 mm and can be positioned in any direction 36 Glenosphere offset is between 1.5 and 3.5 mm

Screw Modular 6.5 mm Central “compression” Screw, in lengths of 20–50 mm, in 5 mm increments, made from Titanium 4.75 mm Fixed-Angle Locking and Variable-Angle Non-Locking Screws, in lengths of 15–45 mm, in 5 mm increments, made from Titanium Ability to target good bone with 12° of screw angulation with non-locking screws

Hemi Shoulder All should be of Same Make A) Fracture Stem Reverse Morse Taper provides the ability to move between a hemi, total, or reverse shoulder arthroplasty without removing a well-fixed Comprehensive Fracture Stem Anatomic 45 degree neck angle provides ample room under the collar for tuberosity reconstruction Contoured suture holes provide for significant reduction in suture wear. Six diameters available: 4, 6, 8, 10, 12, and 14mm Designed for cemented or uncemented applications B) Humeral Head - Different variable sizes available in 38mm, 42mm, and 46mm C) Taper Adaptor

Total Shoulder All should be of Same Make A) Humeral Stems 45°/135° anatomic neck-shaft angle PPS Porous Plasma Spray coating proximally to enhance biologic fixation Reverse Morse taper allows for increased access to the glenoid and conversion to the Comprehensive Reverse Shoulder Uncemented or cemented use Available in Micro, Mini and Revision lengths B) Hybrid Glenoid Non-conforming diameter of curvature provides the ability to use any size head with any size glenoid Three outer pegs for cemented fixation Two central peg options 1. Regenerex® Porous Titanium Construct for biologic fixation 2. Polyethylene compression fit for cemented use Small, Medium and Large glenoid base sizes C) Humeral Head Infinite offset options between 0.5 and 4.5 Allows for accurate reproduction of natural anatomy 17 ead Sizes, ranging from 38 to 58 mm in diameter and 18 – 27 mm in height D) Taper Adaptor

Elbow Replacement All should be of Same Make A) Humeral Stems Twelve Humeral Stems – 4”, 6”, and 8” lengths in extra-small, small, and regular sizes Triangular to match canal landscape maximizing stability by minimizing rotation Proximal humeral flange permits insertion of bone graft anteriorly to enhance thickening of bone stock where maximum stress occurs, reducing posterior displacement and torsional forces and helping protect bone/cement/implant interface Titanium Ti-6Al-4V Alloy for durable, lightweight construction B) Ulnar Stems Twelve Ulnar Stems – regular and long lengths in extra-small, small, and regular sizes Plasma spray coating provides enhanced cement fixation; implant intended to be used with bone cement for both immediate and long-term fixation Quadrangular to match canal landscape, to help minimize intramedullary rotation in the ulna

Absorbable calcium sulphate antibiotic beads 5cc

Absorbable calcium sulphate antibiotic beads 10cc

Knee moulds

Hip Moulds

Artificial bone graft

Cement Gun Disposable

Radial head Prosthesis All should be of Same Make A) RADIAL STEM HA COATED 6.5MM (TIT) B) RADIAL HEAD (TIT)

Proximal Humerusendo prosthesis All should be of Same Make a. Proximal Humeral head COCR b. Humeral Intramedullary stem titanium c. Resection Piece titanium d. Cement Restrictor e. Bone cement 40gm plain

Elbow endo Prosthesis All should be of Same Make {Distal Humerus} a. Distal Humeral Component COCR b. Ulna Component tita c. Humeral Intramedullary stem titanium d. Resection Piece titanium e. Cement Restrictor f. Bone cement 40gm plain

Endo Prosthesis Total Humerus All should be of Same Make a. Proximal Humeral head COCR b. Distal Humeral Component COCR c. Ulna Component titanium d. Resection Piece titanium e. Connecting piece titanium f. Cement Restrictor g. Bone cement 40gm plain

Austin moor prosthesis (Sterile) size 37 to 55mm

Bipolar prosthesis non fenestrated sterilized size 37 to 55mm

Bipolar prosthesis fenestrated sterilized size 37 to 55mm

Modular bipolar System CEMENTED All should be of Same Make A) Stem non- fenestrated highly polished sterilized All Size( 12/14 and 11/13 Taper) B) Modular bipolar Head With Internal Head sterilized All Size( 12/14 and 11/13 Taper) C) Bone plug (cement restrictor)

Modular bipolar System UN-CEMENTED All should be of Same Make A) Modular bipolar Head With Internal Head sterilized ALL Size ( 12/14 and 11/13 Taper B) HA Coated/ uncemented Stem sterilized All Size ( 12/14 and 11/13 Taper)

ANTIBIOTIC BONE CEMENT 40 GRAM

BONE CEMENT 40 GRAM