R&D & In-House Tooling

Capabilties R&D & In-House Tooling
R&D and Tooling Facility

Where Technology Meets Precision

Research, Development & In-House Tooling

Technico’s cutting-edge R&D center at Manesar drives innovation through concurrent engineering and Value Analysis / Value Engineering (VA/VE) practices. We specialize in concept-to-product development with in-house design validation, ensuring optimized and manufacturable solutions for global customers.

Our capabilities include advanced tool design and manufacturing for high-tensile and complex automotive components, supported by strong collaboration with customers using CAE tools and dynamic simulations.

Concept-to-Product Development

End-to-end development with in-house design validation ensuring robust and manufacturable engineering solutions.

CAE & Simulation Support

Collaborative engineering using CAE and dynamic simulations for optimized product performance and validation.

Tool Design & Manufacturing

Expertise in high-tensile component tooling with precision manufacturing capabilities for automotive applications.

In-House Tooling Capabilities

Our advanced in-house tooling infrastructure supports complex automotive stamping and hinge component manufacturing:

Male Side Dr Hinge Upper Tool
Female Side Dr Hinge Upper Tool
Bracket Hood Hinge Upper Tool
Bracket Hinge Upper Tool
Male Side Dr Hinge Lower Tool
Female Side Dr Hinge Lower Tool
Bracket Hood Hinge Lower Tool
Bracket Hinge Lower Tool
R&D + Tooling

Integrated tooling, built for automotive precision

From initial concept to final die-build, this section highlights our ability to deliver validated tooling solutions with speed and consistency.

  • End-to-end design, simulation, and validation
  • Dedicated in-house tooling and prototype support
  • Faster time to market for complex automotive components

Our engineering approach integrates concurrent development practices with VA/VE methodologies to optimize cost, weight, and manufacturability without compromising performance.

We work closely with customers using CAE tools and dynamic simulations to ensure product feasibility, performance validation, and optimized engineering outcomes.

Every concept undergoes internal validation to ensure manufacturability, durability, and compliance with OEM standards before production release.