Engineering & Prototyping

Prototyping is how concepts become real products. We offer rapid prototyping services that
balance speed, accuracy, and practicality. This helps you lower risks and make better product
choices early on.

Our Engineering and Prototyping Capabilities

Design Expertise That Transforms Ideas Into Market-Ready Products

Rapid Prototyping

Quick-turn prototypes aimed at evaluating basic design attributes:

Used to test form, fit, and usability
Often focus on aesthetic appearance or initial ergonomics
Ideal for early-stage validation before investing in complex builds
Techniques may include 3D printing, CNC machining, or model fabrication

Engineering Prototypes

More advanced prototypes for testing technical performance:

Include embedded components such as electronics or sensors
Enable load testing, thermal analysis, or mechanical validation
Useful for checking electrical behaviour, circuit functionality, or mechanism reliability
Provide insights into how the product will function under real-world stress

Pre-Production Samples

Final-stage prototypes produced in limited quantities to simulate production-ready units:

Created for internal reviews, external stakeholder presentations, or user trials
Often used to support compliance testing for certifications and regulations
Help identify last-minute refinements before full-scale manufacturing
Mimic the final product in materials, finish, and assembly

Tools & Techniques We Use

Advanced Tools and Proven Methods for High-Precision Product Development

3D Printing (FDM, SLA, SLS)
CNC Machining (aluminium, plastics, etc.)
Vacuum Casting
Laser Cutting & Engraving
Manual and semi-automated assembly lines
PCB prototyping and firmware flashing (if applicable)

Our Engineering & Prototyping Process Flow

Our structured design process ensures quality, efficiency, and manufacturability.

Design Input or Transfer from Tml Design Team

We either use in-house designs or work with files provided by your team.
Prototype Planning & Method Selection

The right prototyping method is selected based on material, function, and speed.
Fabrication (3D print, CNC, cast, etc.)

Components are created using the appropriate technique.
Assembly (manual or assisted)

Prototypes are assembled and finished to reflect the real product as closely as needed.
Testing & Refinement

Fit, function, and usability are tested so that quick adjustments can be made.

Engineering & Prototyping

Our Engineering and Prototyping Capabilities

Rapid Prototyping

Engineering Prototypes

Pre-Production Samples

Tools & Techniques We Use

3D Printing (FDM, SLA, SLS)

CNC Machining (aluminium, plastics, etc.)

Vacuum Casting

Laser Cutting & Engraving

Manual and semi-automated assembly lines

PCB prototyping and firmware flashing (if applicable)

Our Engineering & Prototyping Process Flow

Design Input or Transfer from Tml Design Team

Prototype Planning & Method Selection

Fabrication (3D print, CNC, cast, etc.)

Assembly (manual or assisted)

Testing & Refinement

Ready to Build Your Next Product?

Ready to Build Your Next Product?