SOLUTIONS · ALUMINUM WHEEL

ALUMINUM WHEEL COMPLETE SOLUTIONS

Wheel spinning, machining, dedicated workholding and automation integration for new lines and existing production.

You can start a conversation before choosing a machine or completing your drawings.

DIN-KO aluminum wheel complete manufacturing solution

COMPLETE SOLUTIONS FOR ALUMINUM WHEEL PRODUCTION

How we can help
  • Plan a new wheel line
  • Expand or improve existing equipment
  • Connect machining, workholding and automation

FROM PREFORM TO PRODUCTION

Follow the component and define station interfaces

Review incoming parts, locating datums, waiting times and handover conditions before balancing transfer and station cycle times.

DIN-KO aluminum wheel flow forming production line01

Wheel Flow Forming

Machines, tooling, forming rollers, process development and automation for cast and forged aluminum wheels.

DIN-KO OP10 self-centering aluminum wheel chuck02

OP10 Turning

Self-centering workholding for wheel-blank turning, with automated loading and clamping detection options. Size and machine interfaces are project-specific.

DIN-KO OP20 three-jaw pull-back wheel chuck03

OP20 Turning

Locate on the machined bore and seat axially with three-jaw pull-back clamping. Modular bodies accommodate different wheel sizes.

DIN-KO fixture for wheel PCD and valve-hole machining04

OP30 Hole Machining

Fixed-angle fixtures or fourth- and fifth-axis rotary-table integration for PCD, valve-hole and multi-angle machining.

HOM TECH WHEEL WORKHOLDING

Purpose-built for locating, clamping, changeover and automation

The strategy is selected around machining datum, deformation risk, wheel-size mix, tool clearance and automated detection.

Full-circle jaw aluminum wheel workholding system01

Full-Circle Jaw System

Broad outer-diameter contact helps reduce deformation for designated size groups and stable production.

DIN-KO mixed-model wheel automation and inspection02

Automation, Inspection & Mixed Models

HT-LM6 and MLP-4 support three designated wheel sizes on one platform. FSDS detects part presence, empty clamping and abnormal clamping positions for process error-proofing, not precision dimensional measurement.

Engineering, implementation & deliveryReview engineering scope, validation and delivery

PROJECT IMPLEMENTATION

Aluminum wheel project path

  1. 01Wheel and capacity requirements
  2. 02Process and line architecture
  3. 03Equipment, workholding and automation
  4. 04Trials and cycle validation
  5. 05System integration and FAT
  6. 06Installation and line connection
  7. 07Ramp-up and lifecycle support

DELIVERY SCOPE

Multiple engineering disciplines in one project framework

  • Spinning equipment and process
  • Wheel turning and machining
  • Dedicated wheel workholding
  • Preheating and cooling
  • PCD and valve-hole machining
  • Robotics and transfer
  • Line controls and safety
  • Installation and ramp-up

Aluminum wheel line catalog

START AN ALUMINUM WHEEL PROJECT

Let's discuss your needs

You can start a conversation before choosing a machine or completing your drawings.

  • Wheel drawing, size and material
  • Planned process stations
  • Volume and model-change requirements
  • Existing equipment and plant conditions