Our ManufacturingInfrastructure in Chennai

Engineering, toolroom, and molding units run together under one roof in Ambattur, Chennai.

Two Units, One Workflow

The toolroom and production sit a short walk apart in SIDCO North Phase, Ambattur, so every tool moves from design to press without leaving the estate.

  1. Tool Room unit, Radiant Design Chennai
    Unit 1

    Toolroom

    Mold design, mold and mold base manufacturing, EDM and tool assembly

    No. 144, North Phase, SIDCO Industrial Estate, Ambattur, Chennai 600098
  2. Production unit, Radiant Design Chennai
    Unit 2

    Production

    Injection molding on 55T to 650T machines, with robots and auxiliaries

    No. 312, North Phase, SIDCO Industrial Estate, Ambattur, Chennai 600098

In-House Mold Design and Flow Simulation

Each mold begins in our design team: the part is reviewed for manufacturability, validated by flow simulation, and fully designed before machining starts.

  1. DFM and moldability analysis
  2. Mold flow analysis
  3. Gate, runner, and cooling layout
  4. Cavity layout and 3D mold design

Software

  • SolidWorksPart and mold design
  • CimatronMold design and CAM

Mold steels

  • P20Pre-hardened
  • 718HPre-hardened
  • NAK80Mirror polish
  • H13Hardened inserts
  • S136Stainless
Designer working on a mold in CAD, Radiant Design Chennai
CAD
Exploded injection mold model, Radiant Design Chennai
3D mold

Unit 1 · No. 144

Precision Toolroom Machinery

Our toolroom runs VMC machining, spark and wire EDM, CNC drilling, surface grinding, and manual milling for precision tooling.

Spec is X × Y × Z travel in mm.
MachineMakeSpec (mm)Qty
VMCYCM i51020 × 520 × 5402
VMCHaas VF2760 × 406 × 5081
VMCSTM VL13001300 × 700 × 7001
Spark EDMMakino EDGE 3i450 × 300 × 3201
Spark EDMMakino EDGE 2i300 × 250 × 2501
Wire EDMFanuc Robocut C400400 × 300 × 2551
CNC Super DrillKrisha400 × 300 × 2801

Mold base plates are machined on the vertical machining centers listed above, with pockets and guide bores cut to the dimensions of each injection mold design.

Support equipments

Conventional machines and a crane supporting the CNC and EDM work.

8 equipments

  • Surface grindersPrecision grinding of mold plates and inserts for flatness and surface quality.3
  • Manual millingMilling of mold components alongside the CNC machines.2
  • LatheTurning of round mold components such as pins and bushes.1
  • Radial drillingDrilling of pin holes and other holes in mold plates.1
  • EOT crane3-ton capacity lifting of molds and mold plates.1
VMC at work, Radiant Design Chennai
VMC at work
Tool Room unit, Radiant Design Chennai
Cavity milling
Core and cavity, Radiant Design Chennai
Core and cavity
Exploded injection mold model, Radiant Design Chennai
Mold assembly

Unit 2 · No. 312

Injection Molding Machines 55T to 650T

Seventeen injection molding machines, from 55T to 650T, cover a range of part sizes and production volumes.

TonnageMakeQty
55T verticalTKC double slider1
80THaitian, Electronica, STM4
110TElectronica1
120THaitian6
130TSTM1
160TSTM1
200THaitian1
250THaitian1
650TShibaura1

Auxiliary equipments

Supporting units for mold temperature, material loading, and part handling.

23 equipments

  • Mold Temperature Controllers (MTC)Holds the mold at its set temperature2
  • Auto Loaders & Dosing UnitsFeeds and doses material, one per machine14
  • ChillersSupplies chilled water for mold cooling2
  • Pick & Place RobotsRemoves molded parts from the mold4
  • EOT crane, 3-tonLifts molds and heavy mold components1

Mold Types and Job Work Capabilities

Our toolroom manufactures Class 101, high-cavity, insert, and unscrewing molds, and provides EDM and insert machining as job work.

  • Class 101 Molds

    Molds built for very high-volume production, constructed from hardened steel for long tool life.

    • Hardened steel
    • 1M+ cycles
  • High-Cavity Molds

    Molds with multiple cavities that produce several parts in every molding cycle.

    • Multi-cavity
    • Family molds
  • Insert Molds

    Inserts of metal, plastic, or filter material are positioned in the mold and molded into the part.

    • Metal
    • Plastic
    • Filters
  • Unscrewing & Multi-Function Tools

    Molds for threaded parts, using built-in unscrewing mechanisms to release the part from the mold.

    • Unscrewing
    • Multi-function
  • EDM & Insert Machining Job Work

    Spark EDM, wire-cut EDM, and insert machining provided as job work for customer projects.

    • Spark EDM
    • Wire cut
    • Insert machining

Quality Control and Inspection Process

An overview of the measuring equipment and quality credentials that support our inspection process.

cavity machining tolerance
±0.01 mm
first-off approval at the press
85%
100% as per print
T2

How a part is checked

  1. Incoming Material Inspection

    Materials and components are checked against the order and drawing when they are received.

  2. In-Process Inspection

    Dimensions are measured at set points during manufacture, so deviations are found and corrected early.

  3. Tool Trial Inspection

    Sample parts from the trial run are measured against the drawing before the tool is approved.

  4. Final Inspection

    Finished tools and parts are measured against the drawing and approved before dispatch.

Measuring equipment

EquipmentRangeResolution
Video Measuring System300 × 200 mm stage0.001 mm
Mitutoyo height gauge0–600 mm0.01 mm
Digital vernier calipers0–300 mm0.01 mm
Micrometers0–100 mm set0.001 mm
CMMOutsourced3D layoutsAccredited partner

Talk to our engineer

Let’s Talk

Send us a drawing or a short description of the part.

Featured Projects
Product design, view 1

Injection mold design / 2026

Product design

We work with a diverse range of industries, providing tailored solutions for design, prototyping and manufacturing needs.

Our process

Our Roadmap

  1. Consultation & RFQ

    Every project starts with a consultation call, so we understand your part, timeline, and budget clearly, upfront.

  2. DFM & Material Selection

    We review your design for manufacturability and recommend materials suited to application, cost, and finish.

  3. Mold Design & Flow Analysis

    Our engineering team optimizes mold design and material flow to ensure part quality and manufacturability.

  4. Tooling & T0 Sampling

    Once tooling is built, we pull first trial samples to check fit, function, and finish before mass production.

  5. Production & Delivery

    Once approved, we proceed with production and conduct quality inspections to ensure compliance with agreed specifications.