27-2-ST-instruments-thompson-lamina-spreader_inspyrenet

Thompson Lamina Spreader – Precision Access in Spinal Surgery

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Key Features:
✅ Dual-Pronged Ends: Accurate and controlled lamina spreading
✅ Ergonomic Handle: Comfortable grip for precise manipulation
✅ Premium Stainless Steel: Durable, corrosion-resistant, and autoclavable
✅ Matte Finish: Reduces glare under surgical lighting
✅ Smooth Spreading Mechanism: Gradual separation without tissue damage
✅ Spinal Surgery Focused: Creates safe access for nerve decompression and other procedures

Compliance & Certifications:
CE Marked ✅
ISO 9001 & ISO 13485 Certified ✅
FDA Registered ✅
ASTM-F899 Surgical Grade Steel
Classification: Class I, Class A

Quality Highlights:
✔️ Rust-Resistant: Passivated for extended instrument life
✔️ Ultrasonic Cleaning: Ensures hygiene before packaging
✔️ QC Verified: Boil Test, Shape Test, and Performance Test passed
✔️ Precision Calibrated: Ensures controlled and safe spreading
✔️ Reusable: Built for long-term use in surgical settings

Ordering & Logistics:
???? Warranty: 1 Year
???? After-Sales Support: Returns & replacements for manufacturing defects
???? Packaging: Individually packed (non-sterile)
???? Origin: Pakistan
✈️ Shipping Options: DHL, FedEx, UPS, EMS, TNT, Air Cargo
???? Customs & Tracking: Assistance provided with every order

Categories: Hafiz Pharma Industry, Spine Surgical Instruments

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Description

The Thompson Lamina Spreader is a specialized spinal surgical instrument designed for controlled and precise lamina separation during orthopedic and neurosurgical procedures. Its slender, elongated body with dual-pronged ends allows surgeons to gently spread the lamina, creating a safe working space in the spinal canal for nerve decompression and other interventions.

Constructed from premium German or Japanese stainless steel, the instrument combines strength, corrosion resistance, and long-term durability. The ergonomic handle ensures stability and control during delicate maneuvers, while the smooth spreading mechanism minimizes tissue trauma.

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