About AMD Techlab

Built by an engineer
who's done the real work.

Not a design agency. Not a CAD shop. A product-development studio that knows what happens after the file leaves the screen — because we've seen what happens when it goes wrong.

500+
Products in mass production
10
Categories shipped
₹6.4L
Tooling rework prevented
+31%
Airflow recovered
Real figures from documented projects — the ₹6.4L and +31% are full case studies. See the work →
The Story

Why AMD Techlab exists.

Most product designers hand over a CAD file and call the job done. The toolmaker quotes it, the mould gets cut, the part locks on the first shot — and everyone scrambles. That gap is what AMD Techlab was built to close.

It started with an Arduino and a soldering iron in childhood, and grew — over years of applied work — into professional CAD and full industrial manufacturing engineering. Along the way the same failures kept repeating: zero draft angles, unverified pressure loads, airflow geometry that looked perfect on screen and performed terribly in the real world.

So every service here exists to prevent a specific, documented failure. The DFM audit catches the draft problem. FEA catches the pressure problem. CFD catches the airflow problem. The prototype sprint catches everything else — before tooling money is spent.

This isn't a portfolio business. It's an engineering practice. We don't stop when the model looks good. We stop when we can prove it works.

// Inside the studio
High-Speed FDM
Multi-material functional prototypes, dispatched in 48 hours.
12K MSLA Resin
Display-grade parts with a surface finish close to injection moulded.
Professional CAD Platform
Industry-standard parametric design, simulation and mould engineering.
In-House, Rohini · Delhi
Design, simulation and prototyping under one roof — nothing outsourced.
What we bring

Six things most CAD designers can't offer.

◰
Injection Mould Design
Core/cavity, gates, ejection and slider strategy — tooling-ready, not just a pretty model.
▲
FEA Stress Simulation
Structural, pressure and thermal validation before a gram of steel is cut.
▸
CFD Flow Analysis
Airflow and thermal performance — dead zones found, the path redesigned and proven.
◆
DFM Engineering
Every surface checked against how a mould actually fills, packs and ejects.
◈
In-House Prototyping
FDM and 12K resin under one roof — no outsourcing, 48–72 hour dispatch.
◎
Electronics Integration
Arduino-rooted — enclosures that actually fit the PCB, connectors and thermal needs.
How we work

The principles behind every project.

▲
Simulate before manufacturing
No part goes to tooling without running the numbers. FEA for loads, CFD for flow. If it hasn't been simulated, it isn't finished.
☷
Named deliverables, not vague outputs
Every engagement produces a specific document. A DFM Redline Report. A simulation PDF. A STEP package. You know exactly what you're getting.
◆
NDA before anything else
Your IP is protected before we open a single file. No exceptions. It's the first thing we do on every project.
●
Honest about problems early
If your design has issues, you hear it in the brief — not after 40 hours of CAD. The DFM audit exists to surface them while they're cheap.

Let's build something that ships.

Tell us about your product — a concept, a CAD file, or a problem you can't crack. We'll tell you honestly what it needs.

Start a Project →