INDECRONPRECISION ENGINEERING & MANUFACTURING

INDECRON / SERVICES

PRECISION MACHINING.
ENGINEERED FOR PERFORMANCE.

CNC machining solutions for precision components, tooling, fixtures and product-development requirements. From engineering drawings to finished parts, INDECRON combines practical manufacturing knowledge with precision machining.

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01 / PRIMARY SERVICES

CNC MACHINING
CAPABILITIES.

Precision machining for components, tooling and fixtures, planned around the drawing, material and application.

01 / VMC SERVICE

VMC / CNC MILLING

Precision CNC Milling for Complex Components & Tooling

Precision VMC machining for components, tooling, fixtures and custom mechanical parts, engineered from 2D drawings, 3D CAD models or customer requirements.

Key Benefits
01Precision Machined Components
Produce accurate prismatic components, pockets, slots, holes, profiles and complex machined features.
02Tooling & Fixture Manufacturing
Suitable for jigs, fixtures, SMT tooling, wave pallets, inspection fixtures and special-purpose tooling.
03CAD-to-Part Manufacturing
Convert customer 3D CAD models and 2D engineering drawings into manufacturable machined components.
04Application-Specific Machining
Machining approach can be planned according to material, geometry, component function and production requirement.
05Repeatable Production
CNC-controlled machining supports consistent manufacturing across repeat components and production batches.

Typical Applications

Precision mechanical components · Jigs & fixtures · SMT tooling · Wave solder pallets · Inspection fixtures · Assembly tooling · Machine components · Prototype components · Custom engineering parts · Product-development components

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02 / CNC LATHE SERVICE

CNC TURNING

Precision CNC Turning for Cylindrical & Rotational Components

CNC turning solutions for precision cylindrical components, shafts, bushes, pins, spacers, threaded parts and custom rotational components.

Key Benefits
01Accurate Cylindrical Machining
Suitable for shafts, bushes, pins, spacers and other rotational components.
02Consistent Diameter Control
CNC-controlled turning provides repeatable machining of critical cylindrical features.
03Complex Turning Features
Suitable for profiles, steps, grooves, chamfers, bores, threads and other rotational features as required.
04Drawing-to-Part Manufacturing
Components can be manufactured from 2D drawings, 3D models or customer specifications.
05Prototype to Production Support
Suitable for development components as well as repeat production requirements, depending on quantity and process requirements.

Typical Applications

Shafts · Bushes · Pins · Spacers · Sleeves · Rollers · Threaded components · Cylindrical machine components · Tooling components · Custom turned parts

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02 / MATERIAL OPTIONS

MATERIALS FOR
THE APPLICATION.

Material options available based on application, drawing and customer specification.

VMC / CNC MILLING

Material options

Aluminium · Stainless steel · Mild steel · Tool steels · Titanium · Engineering plastics · POM / Delrin · PEEK · Nylon · FR4 · Bakelite · Other customer-specified materials

CNC TURNING

Material options

Aluminium · Stainless steel · Mild steel · Alloy steel · Brass · Copper · Engineering plastics · Customer-specified materials

MATERIAL SELECTION

Confirm for your part

Material options are reviewed against the application, drawing and customer specification.

03 / ENGINEERING SUPPORT

FROM ENGINEERING REQUIREMENT
TO MANUFACTURABLE PART.

Engineering support focused on drawing review, DFM, manufacturability and practical production planning for machining and tooling requirements.

ENGINEERING SUPPORT

Practical Manufacturing Planning

Key Benefits
01Drawing Review
Review customer drawings and technical requirements before manufacturing.
02DFM Support
Identify manufacturing considerations related to geometry, accessibility, material and machining.
03Manufacturing Planning
Develop a practical manufacturing approach based on the component and process requirement.
04Tooling Consideration
Consider workholding, machining access and process requirements during manufacturing planning.
05Practical Engineering Support
Bridge the gap between design intent and actual manufacturing requirements.

Typical Applications

CNC components · Tooling · Fixtures · Product development · Prototype development · Manufacturing support

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04 / COMMON PROCESS

FROM DRAWING TO
FINISHED COMPONENT.

Engineering-led machining for real manufacturing requirements.

01Requirement Review
Understand the component, application, drawing and manufacturing requirement.
02Design & DFM Review
Review geometry, material, machining accessibility and manufacturability.
03Process Planning
Select suitable machining strategy, workholding and manufacturing sequence.
04CNC Machining
Manufacture the component using VMC/CNC milling or CNC turning processes.
05Dimensional Inspection
Verify critical dimensions and required features against the applicable drawing/specification.
06Delivery
Complete required finishing, assembly or outsourced processes where applicable and deliver the finished component.

CNC MILLING / CNC TURNING / ENGINEERING SUPPORT

START WITH YOUR REQUIREMENT.

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