Industrial Design • Mechanical Engineering • MedTech

Engineering design that means something — not just shapes.

We turn complex hardware into manufacturable, market-ready products through industrial design, mechanical engineering and risk-driven development.

15+ years Concept to production Chandigarh, India

Exploded view of a precision-engineered product enclosure
00Positioning

Not a styling exercise

Beautiful hardware is useless if it cannot be manufactured, assembled or trusted.

InDesignLabs connects industrial design with mechanical engineering from the first sketch. Every decision is tested against function, risk, cost and production reality.

See how we work →

Capabilities

From ambiguity to production clarity.

One integrated partner for the decisions that determine whether complex hardware succeeds or fails.

01

Industrial Design

Product architecture, form development, ergonomics and CMF grounded in how the product will actually be made.

Product strategy / Form development / CMF
02

Mechanical Engineering

Mechanisms, enclosure engineering, tolerance control and detailed CAD built to survive tooling, assembly and use.

Mechanisms / DFM–DFA / Tolerance stacks
03

MedTech Development

Risk-driven development for diagnostic, therapeutic and hospital-use hardware where reliability matters.

Risk reduction / Human factors / Verification ready
04

Production Support

Supplier coordination and engineering support from prototype through market-ready production.

Prototyping / Vendor support / Cost optimisation

Selected work

Engineering made visible.

Every project should prove a specific engineering capability—not merely show another attractive object.

Bio Chemistry Analyzer DATUM A
01

Product Development

Bio Chemistry Analyzer

Biochemistry Analyzer Enclosure Design Transforming complex laboratory hardware into a compact, production-ready product InDesignLabs designed a plastic injection-moulded enclosure for a biochemistry analyzer used in diagnostic laboratories. The objective was to integrate multiple functional subsystems into a compact instrument while maintaining usability, serviceability, manufacturability and a professional medical-device identity. The Challenge A biochemistry analyzer combines […]
Hemoglobin Testing Dongle DATUM B
02

Product Development

Hemoglobin Testing Dongle

Industrial Design and Mechanical Engineering for Injection Moulding InDesignLabs developed the industrial design and mechanical enclosure of a compact hemoglobin-testing dongle intended for portable, point-of-care diagnostics. The challenge was to package the sensing components, electronics, device connector and sample interface inside a small enclosure that remained intuitive to use, visually credible and suitable for injection-moulded […]
Pet Washer and Vacuum Grooming Comb DATUM C
03

Product Development

Pet Washer and Vacuum Grooming Comb

Industrial Design and Mechanical Engineering Case Study Project Overview Bathing and grooming a dog usually requires several separate tools: a water sprayer, shampoo brush, grooming comb and vacuum attachment. Constantly switching between them makes the process slow, messy and uncomfortable for both the pet and its owner. InDesignLabs developed a handheld pet washer and vacuum […]
Corded Hair-Ironing Comb DATUM D
04

Product Development

Corded Hair-Ironing Comb

Industrial Design and Product Engineering Case Study Project Overview Conventional hair straighteners clamp the hair between two heated plates, while ordinary heated brushes can be bulky and difficult to control near the roots. The objective of this project was to develop a compact hair-ironing comb that could straighten and smooth individual sections of hair through […]

Development process

A disciplined path through complexity.

Every stage produces evidence for the next decision, reducing expensive surprises late in development.

  1. 01

    Frame

    Define the real user, business and engineering problem before generating shapes.

  2. 02

    Resolve

    Explore architectures and eliminate risk while change is still inexpensive.

  3. 03

    Engineer

    Develop mechanisms, surfaces, interfaces and tolerances as one system.

  4. 04

    Realise

    Support prototyping, tooling and production without sacrificing intent.

Design intelligence

Decisions should survive contact with manufacturing.

Have a complex hardware problem?

Bring us the problem before someone sells you a shape.

Tell us where the product stands, what must be solved and what constraints are already real. We will review the brief and respond with the right next step.

info@indesignlabs.in →

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Industrial DesignMechanical EngineeringMedTech Development
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