+91-852-7140-326 info@psaes.com Gurugram, Haryana, India

TOOLING & DIE MAKING

In-house die design and manufacturing capability with EDM and conventional machining. We build, maintain, and repair dies for aluminum pressure die casting — giving you complete control over quality and lead times.

EDM
Wire & Sink EDM
Lathe
Conventional Lathe
CAD
Die Design
100%
In-House
Our Expertise

WHY IN-HOUSE TOOLING MATTERS

The die is the heart of every die casting project. Its design and quality directly impact part accuracy, surface finish, and production efficiency. By keeping tooling in-house, we control every aspect of die development.

Our tool room is equipped with EDM machines and conventional lathes to manufacture new dies, perform maintenance, and make modifications — all without depending on external vendors. This means faster turnaround, better quality control, and lower costs for your projects.

Faster Lead Times

No waiting for external toolmakers

Cost Control

Direct control over tooling costs

Quick Modifications

Rapid design changes when needed

Quality Assurance

Full control over die quality

DIE CASTING DIE
Tool Room

OUR EQUIPMENT

Specialized machines for die manufacturing and maintenance

EDM

WIRE EDM

Precision wire-cut EDM for complex cavity profiles, intricate shapes, and tight tolerance features in hardened die steel.

Complex cavity profiles
Tight tolerance cuts
Hardened steel cutting
EDM

SINK EDM

Die-sinking EDM for creating complex 3D cavities, textured surfaces, and features that cannot be machined conventionally.

3D cavity creation
Surface texturing
Deep ribs and slots
Lathe

CONVENTIONAL LATHE

Heavy-duty lathe for turning die components, sprue bushes, ejector pins, and other cylindrical tooling elements.

Die component turning
Sprue bush machining
Ejector pin production
How We Work

DIE DEVELOPMENT PROCESS

From concept to production-ready die

REQUIREMENT ANALYSIS

We review your part drawings, specifications, and production requirements to understand the project scope.

  • Part drawing review
  • Material and finish requirements
  • Volume and cycle time targets

DIE DESIGN

Our team designs the die with optimal gating, cooling, and ejection systems using CAD software.

  • Parting line determination
  • Runner and gate design
  • Cooling channel layout

DIE MANUFACTURING

The die is manufactured using our in-house EDM and conventional machining capabilities.

  • Die block preparation
  • EDM cavity machining
  • Component fitting and assembly

HEAT TREATMENT

Die components undergo heat treatment for optimal hardness and wear resistance.

  • Hardening and tempering
  • Surface treatment if needed
  • Hardness verification

TRIAL & APPROVAL

Die is trialed on our PDC machines. Sample parts are produced and inspected for approval.

  • First-off trial run
  • Dimensional inspection
  • Sample approval
Die Categories

TYPES OF DIES WE MAKE

Different die configurations for various part requirements

SINGLE CAVITY

One part per shot — ideal for larger components or initial production runs.

Lower tooling cost
Easier maintenance
Faster development

MULTI CAVITY

Multiple identical parts per shot — for high-volume production efficiency.

Higher output per cycle
Lower per-part cost
Efficient machine use

SLIDE CORE DIES

Dies with moving cores for parts with undercuts, side holes, or complex geometry.

Complex geometries
Undercut features
Side holes and slots
Die Materials

TOOL STEEL GRADES

Quality die steels for durability and performance

H13

Premium hot work tool steel with excellent heat resistance and toughness. Standard for die casting dies.

H11

Good combination of toughness and wear resistance. Used for dies requiring high impact strength.

P20

Pre-hardened steel for die bases and lower-stress components. Cost-effective option.

SKD61

Japanese equivalent of H13 with excellent thermal fatigue resistance for high-volume production.

What We Offer

TOOLING SERVICES

Complete tooling solutions under one roof

NEW DIE DEVELOPMENT

Complete die design and manufacturing for new projects. From concept to production-ready tooling.

Design Manufacturing Trial

DIE MAINTENANCE

Regular maintenance to keep dies in optimal condition. Cleaning, polishing, and preventive care.

Cleaning Polishing Inspection

DIE REPAIR

Repair of worn or damaged dies. Welding, re-machining, and component replacement.

Welding Re-machining Rebuild

DIE MODIFICATION

Design changes and modifications to existing dies. Adding features, changing dimensions.

ECN Changes Feature Addition Optimization
Why Choose Us

IN-HOUSE TOOLING ADVANTAGES

Benefits of our integrated tooling capability

FASTER DELIVERY

No delays from external vendors. Die development and modifications happen on our timeline.

COST SAVINGS

Direct cost control without vendor markups. Maintenance and repairs at internal rates.

QUALITY CONTROL

Full visibility and control over die quality. No compromise on materials or workmanship.

QUICK RESPONSE

Immediate action on die issues during production. Minimize downtime and scrap.

DESIGN SECURITY

Your die designs stay in-house. No risk of IP exposure to third-party toolmakers.

DIRECT COMMUNICATION

Work directly with our tool room team. Clear communication, no middlemen.

NEED A DIE FOR YOUR PROJECT?

Share your part drawings and requirements. We'll review and provide a quote for tooling along with casting.