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Technology Transfer to an Indian Medical Device CDMO: Documents, Drawings and Validation

Oct 13
1 min read

Technology transfer is the bridge between an OEM's design history and a CDMO's manufacturing reality. If the transfer is weak, the first trials become a search exercise. If the transfer is structured, the CDMO can focus on manufacturability, process control, validation and scale-up. For medical devices, this discipline protects time, cost and patient safety.


Start with a clean document pack

The transfer package should include drawings, 3D files, material specifications, critical dimensions, assembly instructions, test methods, packaging requirements, sterilisation assumptions, labelling constraints and known design risks. Any difference between prototype intent and production intent should be identified before tooling or process development starts.


Translate design intent into process controls

A CDMO must understand which features are cosmetic, which are functional and which are safety-critical. For injection moulded parts, this includes sealing areas, snap-fits, tube joints, threads, luer features, gasket seats, ultrasonic welding energy directors and surfaces that affect user handling. These features should drive inspection and process validation planning.


Technology transfer checklist

The checklist should be simple enough to use and strong enough to prevent missed information. It should also define open items that will be closed during DFM, tool trial, pilot build or validation.

  • Approved drawings, CAD files and revision history

  • Material grade, alternate grade policy and supplier expectations

  • Critical-to-quality features and inspection methods

  • Assembly sequence, fixtures, welding or bonding process assumptions

  • Validation expectations, sampling rationale and acceptance criteria


How Medevis Healthtech supports OEMs

Medevis Healthtech can receive early-stage or mature technology transfer packages and convert them into a practical manufacturing plan covering DFM, tooling, moulding, assembly, inspection, pilot builds and validation support. This helps OEMs move from engineering handover to controlled Indian production.


 
 
 

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