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Home / Machine tools and equipment / Bending and forming machinery / Wire forming machinery / Spring forming machines / 3-axis CNC spring former ODM-2000
ODMAY

3-axis CNC spring former ODM-2000

Series ODM
Quantity of controlled axis 3pcs + 5pcs
Spring-forming machine variation Cam machine
Wire diameter 0.2mm — 2mm
Spring diameter 45mm
Wire feeding speed 90m/min

Price & Terms

Price on Request

Specifications

Basic feauturies

Quantity of controlled axis 3pcs + 5pcs
Type of spring Compression / Tension / Torsion / Double torsion / Wire bending
Spring-forming machine variation Cam machine

CNC

CNC language Chinese / English

Processing parameters

Wire diameter 0.2mm — 2mm
Spring diameter 45mm
Wire feeding speed 90m/min
Wire feed value 0.01mm — 99999.99mm
Cam setting value 0.1° — 360°

Wire feeder

Loading weight 150kg

Controlled axes

Wire feed axis 1pcs x 2.7kW
Core axis 1pcs x 1kW
Cam axis 1pcs x 2.7kW

Engines and power supply

Voltage 380V / 50Hz / Three phase

Overall dimensions and weight

Weight 800kg
Overall length 1650mm
Overall width 900mm
Overall height 1950mm

Equipment

Free arm station
✅
Probe (Default)
Servo cutter
Spinner
✅
Tooling for coiling (Default)
Quantity: 1 set
15°: 0.2mm / 0.3mm / 0.5mm / 0.7mm / 0.9mm / 1.1mm / 1.3mm / 1.5mm / 1.7mm / 2.0mm
✅
Tools box (Default)
Quantity: 1 pcs
✅
Work area lighting lamp (Default)
Quantity: 1 pcs

Description

ODM-2000 3-Axis Former Machine:

Production Versatility: The machine is not limited to standard springs. It is capable of producing double torsion springs and performing complex wire bending, significantly expanding its application across various industries.

High Efficiency and Precision: With a wire feeding speed of 90 m/min and a positioning accuracy of up to 0.01 mm, the equipment can be configured for both high-speed mass production and small batches of complex, precision components.

Upgrade Potential: The standard 3-axis configuration can be expanded with additional axes. This allows for flexible scaling of production capacity, enabling a gradual increase in product complexity without replacing the core equipment.