Doctor-Led Prototyping
Every instrument pattern originates from practical surgical experience, engineered to reduce hand strain, optimize tactile feedback, and ensure effortless anatomical access.
Founded by Dr. Inam ul Haq Mirza, DR MIRZA Medical Instruments integrates direct clinical insight with Sialkot's heritage of surgical metalcraft. Our Research & Development framework focuses on solving operating room challenges through anatomical ergonomics, fatigue-resistant alloys, and high-precision box lock engineering.
Every instrument pattern originates from practical surgical experience, engineered to reduce hand strain, optimize tactile feedback, and ensure effortless anatomical access.
We collaborate directly with surgeons, periodontists, and hospital procurement boards across 120+ countries to refine tool geometry, jaw serrations, and cutting shear.
Utilizing high-grade German and Japanese stainless steel alloys (AISI 410, 420, 316L), subjected to computerized vacuum heat treatment for long-lasting edge retention.
Batch Traceability
Full raw material certification and heat-lot logging under ISO 13485 standards.
Key Regulatory Accreditations
ISO 9001, ISO 13485, and CE mark compliance verified for global export.
Countries Supplied
Supplying healthcare networks, tenders, and private label distributors worldwide.
Validation Protocol
End-to-end testing from initial CAD rendering to autoclave corrosion resistance.
Our structured engineering methodology ensures every new surgical, dental, or single-use instrument meets rigorous mechanical, functional, and safety benchmarks prior to commercial distribution.
Direct engagement with practicing surgeons to translate procedure requirements into high-precision 2D/3D CAD blueprints with tight tolerance thresholds.
High-density drop-forging utilizing certified martensitic and austenitic medical steel alloys tailored for hardness, elasticity, and anti-corrosion.
Computerized milling of joints, ratchets, and serrations complemented by master craftsmen setting tension, jaw alignment, and smooth action.
Multi-stage thermal hardening and tempering to achieve exact Rockwell Hardness (HRC) values, preventing blade dulling and spring fatigue.
Automated passivation treatments in accordance with ASTM F1089 standards to build a uniform chromium-oxide layer for superior corrosion resistance.
Rigorous functional testing, multi-cycle autoclave testing, fiber-laser marking for UDI tracking, and final clinical approval before mass delivery.
As a trusted OEM partner for medical brands, healthcare groups, and importers, our R&D team provides full-spectrum technical support to bring custom designs to market.
Custom manufacturing based on client technical drawings, prototype physical samples, or procedure-specific pattern modifications.
Permanent, high-resolution laser etching for brand logos, item reference numbers, batch codes, and Unique Device Identification (UDI).
Verification of chemical composition and microstructural integrity with raw material mill test certificates provided for every production lot.
Boil testing, copper sulfate testing, and tensile strength evaluations ensuring compliance with ISO 7151 and international surgical standards.
Modular instrument tray design and custom sterilization cassette layout for specialized orthopedic, dental, cardiac, or general surgery sets.
Complete technical files, Material Safety Data Sheets (MSDS), and compliance declarations to streamline regional regulatory filings.
DR MIRZA continuously invests in modernized manufacturing technologies, eco-friendly passivation systems, micro-finish coating techniques (including Titanium Nitride and Tungsten Carbide inserts), and ergonomic handle geometries to empower medical professionals globally.
Whether you require custom OEM prototyping, specialized tender instrument sets, or private-label manufacturing, our R&D engineering team is ready to review your clinical specifications.