Tool & Die Making

Factory Assist Advantage

Our engineering centers for high-precision components that demand rigorous accuracy and intricate detailing. By merging high-speed throughput with technical finesse, we deliver parts ready for immediate assembly.

Advanced 3D CAD Design & Engineering

At Factory Assist, our engineering team utilizes high-performance CAD/CAM platforms to transform concepts into production-ready digital twins. We don't just model parts; we engineer manufacturing solutions.

• Precision Geometry Development: Creating intricate 3D models with exact tolerances for complex industrial applications.

• Design for Manufacturability (DFM)

• Reverse Engineering Excellence: Advanced scanning and measurement data to recreate legacy components.

• Tooling & Fixture Design: Custom engineering of internal work-holding and fabrication tools.

• Synergetic Quality Control: Drive inspection protocols and continuous design refinement.

Precision Tool & Die Engineering

At Factory Assist, our engineering team specializes in the development of high-complexity tool prints. Once your product geometry is finalized, we transition into the critical phase of designing the custom tooling required to bring that design to life with absolute repeatability.

• High-Precision Clearance Modelling: We engineer punches and dies with clearance tolerances to ensure every stamped or formed part meets your exact quality standards without burrs or structural defects.

• Complex Assembly Mapping: We utilize advanced CAD management to ensure every sub-part integrates perfectly within the master assembly.

• Optimized Die Longevity: Beyond initial geometry, our engineers select specialized materials and coatings to extend tool life, reducing your long-term maintenance costs and downtime.

• Integrated Fabrication Strategy: Our prints are designed specifically for our internal manufacturing workflows, ensuring a seamless transition from the engineering office to the toolroom.

Begin Production

• You can trust our Specialists to select the material, production processes and sequence of operations.

• Optimizations that provide higher quality tools, faster lead times and less maintenance or cost.

• Metal stamping, CNC machining, and assembly processes help to maximize production speeds and help your bottom line

Stamping Dies

Types of Tool & Die across our Engineering Partners

Carbide or Powder Alloy dies

Jigs & Fixtures

Various Cutting Dies

Cutting Tools

Hot or Cold Forge Dies

How we work ?

Project Briefing & Part Design Analysis

We start by understanding your product design, function, and application to ensure mold feasibility and manufacturability.

Mold Flow & DFM Analysis

Simulations and design-for-manufacturing checks to identify issues early and optimize part flow, ejection, and cooling.

Tool Design (2D/3D CAD)

Detailed CAD drawings and 3D modeling of the mold base, cores, cavities, gates, and runners — tailored to your production specs.

CNC & EDM Tooling from our expert vendors

Precision mold tooling using high-end CNC and EDM machines. We work with hardened tool steels to ensure long-term durability.

Trial Runs & Adjustments

Initial mold testing with sample shots. We fine-tune parameters like fill rate, ejection, and flash to achieve zero-defect output.

Final Dispatch with QA Reports

After successful validation, the mold is cleaned, packed, and shipped along with complete QA documentation and performance report.

Powder Metals and Alloys

Tungsten Carbide, Molybdenum & Tantalum, Nickel-Based Superalloys, various Ferrous & Non Ferrous Alloys