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SMC

CNC Spring-end grinding machine GA12

Series GA

Control CNC

Spring diameter 10mm — 120mm

Wire diameter 2mm — 12mm

Price & Terms

Price on Request

Specifications

Basic feauturies

Single Pass Mode Yes

Control CNC

Spring feeding method Downfeed

Adjustable stone speeds No

Capability

Spring diameter 10mm — 120mm

Wire diameter 2mm — 12mm

Spring lenght

10mm — 500mm

300mm — 800mm

Working area

Number of trays 1pcs / 740mm

Quantity of grinding wheels 2pcs

Tray rotary speed 50rpm

Grinding wheel size 660mm x 170mm x 100mm

Grinding wheel rotation speed 960rpm

Engines and power supply

Total motor power 31.69kW

Lower Compensation Motor 0.75kW

Upper compensating motor power 1kW

Grinding dresser up/down motor power 0.14kW

Feed motor power 0.4kW

Grinding motors power 11kW / 11kW

Motor power of tray rotating 3kW

Voltage 380V / 50Hz

Overall dimensions and weight

Weight 4500kg

Overall length 1900mm

Overall width 1800mm

Overall height 2850mm

Peripherals

Dust collectors

DF11

Pump motor power : 11kW , Air handling capacity : 10000m³/h , Filtration area : 138m²

Equipment

Balancer

Dresser

Quantity: 1 pcs

Grinding wheel

Quantity: 2 pcs

Loading plate

Quantity: 1 pcs

Tools box

Quantity: 1 pcs

Transformer

Description

CNC Spring End Grinding Machine GA12

Key Features:

Two vertical spindles with grinding wheels for simultaneous processing of the top and bottom ends of the spring.
Automatic feeding via a loading tray, ensuring uniform grinding.
CNC control with a touchscreen HMI interface for easy parameter programming (feed rate, clamping force, grinding depth).
Two operating modes:
- Through grinding (manual setup + manual cycle).
- Automatic cycle with digital control (feed with precise positioning).
Electronic system for monitoring spring height after processing.
Automatic reset and preparation for the next cycle for continuous production.

Applications:

Processing of compression springs in automotive, aerospace, machinery manufacturing, and other industries.
Achieving specified height and end parallelism.