Precision Engineering and Product Design for Healthcare Innovation

At Lamis Technology, we deliver high-precision medical device design and engineering services that meet global standards of quality, safety, and reliability. Our team supports medical OEMs and healthcare startups throughout the entire product lifecycle — from concept development to regulatory compliance, validation, and production readiness.

We combine deep engineering expertise with a strong understanding of biocompatibility, usability, and manufacturability to ensure that every device is efficient, reliable, and compliant with global healthcare norms.

What we do

Design and development of medical and diagnostic devices
Engineering support for Class I, II, and III medical products
Prototype, validation, and documentation for regulatory compliance
Manufacturing process design and tooling development

Our Capabilities

  • Medical Product Design: concept creation, ergonomics, and human-centered design for improved patient and practitioner experience

  • Plastic & Metal Tooling Design: injection, blow, and compression molds for medical housings and precision components

  • Simulation & Analysis: FEA, vibration, fatigue, and thermal analysis for reliability and performance

  • Rapid Prototyping & Validation: 3D printing, sample fabrication, and functional testing to validate form and fit

  • Regulatory Documentation: support for FDA, ISO 13485, and CE-compliant design documentation and traceability

  • Manufacturing Engineering: process planning, fixture design, and production setup for cleanroom and precision assembly

Toolchain

CATIA V5
NX
Creo
SolidWorks
Inventor
RobCAD
HyperMesh
LS-DYNA
Reports
DVPR

Deliverables

3D and 2D design packages with complete BoM
Verification and validation documentation (DVPR, DFMEA)
Prototype and testing reports
Regulatory compliance documentation for submission

Measurable benefits

Faster regulatory approval through compliant design documentation
Cost-efficient development through digital validation
Improved device reliability and usability
Reduced time-to-market for new product introductions

Use cases we support

Diagnostic and imaging equipment
Medical instruments and wearable devices
Disposable medical consumables
Home healthcare and rehabilitation products
Reverse engineering and re-engineering of legacy devices