Composite tooling, engineered end-to-end.

From Class A surface to a production-ready mould, Indvaltech owns every stage of plug and mould development for aerospace, automotive and advanced manufacturing.

Capabilities

Our Composite Tooling Capabilities

  • Concept Design & Feasibility Studies

    Optimized tooling concepts with manufacturability and cost effectiveness.

  • Composite Product Design & Laminate Architecture

    Tailored laminate design for strength, weight and performance.

  • Tooling & Mould Design (Plugs, Moulds, Jigs & Fixtures)

    High precision 3D design for all types of composite tools.

  • Detailed Engineering (3D/2D, Assemblies, Fabrication Drawings)

    Complete documentation for fabrication and quality assurance.

  • Design for Manufacturing & Assembly (DFMA)

    Streamlined designs for efficient manufacturing and assembly.

  • Prototype Development Support

    Concept validation through prototyping and iterations.

  • In-house Machining of Tooling, Jigs & Components

    High precision CNC machining for plugs, moulds and fixtures.

  • Simulation & Validation (CAE)

    • Structural Analysis (Static, Dynamic, Buckling)
    • Fatigue & Durability Analysis
    • Thermal Analysis, Load Case & Performance Validation
Precision-machined composite tooling plug

Plug Design

Composite mould tooled from the finished plug

Mould Design

Jigs and fixtures used in composite assembly

Jigs & Fixtures

FRP tooling solution ready for production

FRP Tooling Solutions

Every Process, Covered

Precision Tooling for Every Composite Manufacturing Process

Hand Lay-Up Tooling

Hand Lay-Up Tooling

Custom molds and lay-up tools designed for manual composite fabrication, ensuring accurate part geometry and repeatable production.

Vacuum Bagging Tooling

Vacuum Bagging Tooling

Precision tooling engineered to support vacuum consolidation processes, delivering improved laminate quality and reduced void content.

Vacuum Infusion Tooling

Vacuum Infusion Tooling

Specialized molds and infusion tooling designed for controlled resin flow and production of high-quality composite structures.

RTM (Resin Transfer Molding) Tooling

RTM (Resin Transfer Molding) Tooling

Closed-mold tooling systems manufactured for precise resin injection, dimensional stability, and consistent production performance.

Prepreg Lay-Up Tooling

Prepreg Lay-Up Tooling

High-precision molds capable of withstanding elevated curing temperatures while maintaining excellent dimensional accuracy.

Master Patterns and Production Molds

Master Patterns and Production Molds

Accurate master patterns and durable production molds developed for prototype, low-volume, and serial manufacturing requirements.

Assembly and Bonding Fixtures

Assembly and Bonding Fixtures

Custom fixtures designed for precise alignment, positioning, and bonding of composite components during assembly operations.

Trimming and Inspection Fixtures

Trimming and Inspection Fixtures

Dedicated fixtures for trimming, machining, and dimensional inspection to ensure accuracy and repeatability of finished components.

Prototype and Production Tooling

Prototype and Production Tooling

End-to-end tooling solutions developed to support rapid prototyping, process validation, and full-scale composite manufacturing.

Process

The eight-stage workflow

A documented path from input data to inspected tool, every tolerance, datum and parting line traceable.

01

Requirements & Data Input

  • Part function & performance
  • Material & process selection
  • Regulations & standards
  • CAD data & styling surface
  • Tolerances & draft
  • Tooling concept
02

Class A Surface

  • Create / import Class A
  • Surface quality check
  • Continuity (G2)
  • Diagnostics & repair
03

Plug Design

  • Apply draft (typically 1 to 2 deg)
  • Add machining allowance
  • Consider shrinkage
  • Check symmetry & fairness
  • Add lifting / handling points
04

Plug Engineering

  • Add reference axis, planes
  • Construction & datums
  • Drilling points
  • Boss / rib design
  • CNC machining strategy
05

Plug Manufacturing

  • CNC machining (foam / wood)
  • Manual sanding & finishing
  • Apply sealing coat
  • Surface inspection
06

Mould Design

  • Create mould (female) from plug
  • Define parting line
  • Core & cavity design
  • Add flanges, stiffeners
  • Add locators, clamps
  • Vacuum channels / breathers
  • Resin inlet / trap / drain
07

Mould Engineering

  • Detail mould components
  • Cooling / heating lines (if req.)
  • Fasteners & inserts
  • BOM & drawings
  • Manufacturing plan
08

Mould Manufacturing & Assembly

  • CNC machining
  • Surface treatment / polish
  • Fit & assembly
  • Trial & inspection
Reference detail

Plug & mould engineering, in detail

Typical Plug Details

Typical Plug Details

Section View (Plug & Mould)

Section View (Plug & Mould)

Parting Line & Split

Parting Line & Split

Mould Details (Typical)

Mould Details (Typical)

Mould Base / Support Structure

Mould Base / Support Structure

Have a part or a Class A surface?

Send your data and we'll scope the tooling. Quote back in 24 hours.