Supply Of Hysteroscopic Instruments

Diagnostic Hysteroscope- - Feature Specification - Outer Diameter 2.7 Mm - Working Length 250 Mm – 300 Mm - Angle Of View: 30° - Field Of View Wide-Angle (≥80°) - Image Transmission Rod Lens System (Preferred), Or Fiberoptic - Sheath Size 3.5 Mm (Outer Sheath) - Distension Media Normal Saline Or Co₂ (Based On System Compatibility) - Light Source Connection Standard Fiber Optic Light Post (Compatible With Xenon Or Led Sources) - Port Type Luer Lock Inflow Port (Optional Outflow Depending On Model) - Sterilization Autoclavable Or Low-Temperature Plasma Sterilization - Material Surgical-Grade Stainless Steel And Medical-Grade Polymers

Operative Hysteroscope (4 Mm) - Telescope Diameter 4.0 Mm - Working Length 270–300 Mm - Outer Sheath Diameter 5.5 Mm (Depending On Continuous Flow Or Single-Flow Sheath) - Working Channels 1 Or 2 Channels, Standard 5 Fr (1.7 Mm) Instruments - Angle Of View 30° (Standard) - Field Of View Wide-Angle, Distortion-Free - Image System Rod Lens Optical System, Hd-Compatible - Sheath Type Continuous Flow (Inflow And Outflow Channels) - Material Surgical-Grade Stainless Steel - Light Transmission Fiber Optic Light Post, Universal Connector - Distension Media Compatibility Normal Saline (For Bipolar Energy) Or Non-Electrolyte Fluid (For Monopolar) - Electrosurgical Compatibility Bipolar Or Monopolar Electrodes (Rollerball, Loop, Hook, Etc.) - Electrode Type Supported 5 Fr Electrodes – Resectoscope Type - Instrument Compatibility Operative Scissors, Graspers, Biopsy Forceps (5 Fr) - Sterilization Autoclavable (134°C) Or Low-Temperature Plasma Sterilization

Hysteroscopic Resectoscope Sheath & Telescope Outer Diameter: 4.0 Mm Working Channel: 1.5–2.0 Mm (For Scissors, Biopsy Forceps, Graspers, Bipolar Electrodes) Angle Of View: 30° Length: ~25–30 Cm Fibre Optic Light Transmission With High-Resolution Rod Lens System Resectoscope System (If Using With Loop / Rollerball) Available As Mini-Resectoscope (4.0 Mm) Compatible With Bipolar Energy Source Working Element: Spring-Loaded Resectoscope With 4 Mm Telescope Electrodes: Loop, Rollerball, Knife, Needle (Bipolar Compatible) Fluid Management Compatible With Saline (0.9%) As Distension Medium (For Bipolar) Continuous Flow Sheath For Clear Vision Inflow/Outflow Channels For Pressure-Controlled Irrigation Other Features Autoclavable Stainless Steel Ergonomic Design For Operative Stability Compatible With Standard Hd Camera And Light Source Systems

Hysteroscopic Scissors Size: 5 Fr (~1.7 Mm), 30–36 Cm Passes Through Working Channel Of 4 Mm Hysteroscope. Types: Straight / Curved / Angled Material: Stainless Steel, Autoclavable

Hysteroscopic Biopsy Forceps Size: 5 Fr (~1.7 Mm), 30–36 Cm Long. Fits Into Working Channel Of 4 Mm Operative Hysteroscope. Types: Biopsy (Punch), Grasping, Scissors. Jaws: Serrated, Single/Double Action, Rotatable. Reusable (Autoclavable).

Hysteroscopic Morcellator System Components Handpiece With Cutting Blade (Rotating/Reciprocating) Inner Cutting Tube (Sharp-Edged) Inside Outer Sheath Continuous Suction Attached → Simultaneous Cutting + Tissue Removal Compatible Hysteroscope Sheath Dimensions Sheath Outer Diameter: 6–7 Mm (Mini Systems Available With 5 Mm) Working Channel: 3–3.5 Mm (For Morcellator Blade) Blade Sizes: 2.5–3 Mm (Straight Or Side-Facing Cutting Window) Length: 26–30 Cm Optics 0° Or 12° Telescope, 2.9–4 Mm Rod Lens High-Definition Fibre-Optic Illumination Energy / Working Principle Mechanical Cutting Continuous Suction For Clear Vision And Specimen Collection Works With Normal Saline As Distension Medium

Hysteromat – Fluid Management System Specifications Medium Used: Co₂ (Rarely Now) Or, Preferably, Fluids (Normal Saline, Glycine, Mannitol, Sorbitol). Pressure Range: Adjustable, Usually 30–150 Mmhg. Flow Rate: 50–500 Ml/Min (Depending On Model). Display: Digital Display For Set Pressure, Actual Pressure, Inflow, Outflow, And Fluid Deficit. Safety: Audible Alarms For Excessive Pressure Or Fluid Deficit (To Prevent Overload/Turp Syndrome). Tubing Set: Disposable Dual Line Tubing (Inflow + Outflow).