The 1145 Spring Forming Machine is a CNC multi-axis spring forming system designed for precise production of small to medium wire springs and standard wire forming components.

Built with a camless servo-driven structure, the machine eliminates traditional mechanical cam mechanisms and enables flexible programming of forming sequences. Independent servo axis control allows accurate synchronization of wire feeding, coiling, bending, and cutting operations.

Equipped with a Windows-based CNC control system and high-precision transmission components, the 1145 provides stable forming accuracy, smooth operation, and efficient setup adjustment, making it suitable for both standard spring production and customized forming applications.

The machine supports a wide range of spring types, including compression springs, torsion springs, extension springs, and simple wire forms, and is commonly used in electronics, hardware components, and precision mechanical assemblies requiring consistent quality and reliable production stability.

Features

  • Camless CNC multi-axis servo forming system
  • Windows-based industrial PC control platform
  • Stable forming accuracy for small to medium wire applications
  • Flexible programming for various spring geometries
  • Suitable for compression, torsion, extension springs and wire forming
  • Designed for continuous and reliable production environments

Specification

Model1145 Wire Forming Machine
Applicable Wire DiameterSoft wire: Ø1–6 mm / Hard wire: Ø1–4.5 mm
Maximum Feed Length per Command10,000 mm
Minimum Feed Length per Command0.01 mm
Maximum Wire Feed Speed100 m/min
Maximum Feed LengthUnlimited
Number of Control Axes11 axes
Total Servo Motor Power24 kW
Power Supply380 V / 3 Phase / 50–60 Hz
Control SystemIndustrial PC (Intel-based)
Program Storage CapacityOver 10,000 programs
Installed Power (Reference)15 kW
Air Pressure Requirement5–6 kg/cm²
Machine Dimensions (L)1000 mm
Machine Dimensions (W)1550 mm
Machine Dimensions (H)1850 mm
Machine WeightApprox. 2000 kg

※ The specications are subject to change without notice.