On request
imported
SW-42 Series
SW-42 is a Swiss-type CNC turning center for precision components up to Ø42 mm. Its hybrid guide bush system supports operation with or without a guide bush, while configurable tooling and sub-spindle versions enable front, cross and rear machining within one machine.
- Ø42 mm machining capacity with guide bush or bushless operation
- 6,000 rpm main spindle and 4–10 cross live tools
- A, C and D configurations for different sub-spindle and backworking requirements
Brand:
- GOODWAY
Overview
SW-42 Swiss-Type CNC Turning Center
SW-42 is designed for series production of small and medium-diameter components. Its tooling system combines turning, milling, drilling and tapping, supporting applications in automotive production, industrial machinery and medical equipment.
The hybrid guide bush system allows the operating mode to be selected for the workpiece. Maximum turning length per chucking is 180 mm with the guide bush and 110 mm in bushless mode. A rotary hydraulic cylinder provides the clamping force for demanding cutting operations.
The main spindle reaches 6,000 rpm and delivers 5.5 kW continuously or 7.5 kW for 30 minutes. The C and D versions add a 6,000 rpm sub-spindle rated at 3.7 kW continuously and 5.5 kW for 30 minutes. The D version also includes a dedicated backworking tooling system.
The tool layout accommodates five or six external turning tools, five internal tools and 4–10 cross live tools. C-axis control with 0.001° resolution supports coordinated machining with live tools. Special holders extend the range of operations, while the standard Air Bag function helps limit the consequences of accidental collisions and optional OCR Oscillation Cutting improves chip control.
Key Features – SW-42 Series
Hybrid Guide Bush Operation
Choose guide bush or bushless operation, with turning lengths per chucking of 180 mm and 110 mm respectively.
Flexible Front and Cross Tooling
Five or six external tools, five internal tools and 4–10 cross live tools support a range of turning and milling operations.
Configurable Backworking Capability
C and D versions include a sub-spindle; the D version adds dedicated tooling for machining the rear of the component.
6,000 rpm Main Spindle
The main spindle combines 6,000 rpm speed with 5.5/7.5 kW continuous/30-minute output and hydraulic clamping.
Promo Video – GOODWAY SW-42
Technical Specifications
Model Configurations
|
Configuration |
Sub-spindle |
Dedicated backworking tooling system |
|---|---|---|
|
SW-42A |
Not included |
Not included |
|
SW-42C |
Included |
Not included |
|
SW-42D |
Included |
Included |
Capacity, Spindles and Tooling
|
Category |
Specification |
Unit |
Value / Options |
Availability |
|---|---|---|---|---|
|
CAPACITY |
Max. machining diameter |
mm |
Ø42 |
Series specification |
|
CAPACITY |
Max. turning length per chucking |
mm |
180 / 110 |
Guide bush / bushless mode |
|
WORKHOLDING |
Clamping mechanism |
– |
Rotary hydraulic cylinder |
Series specification |
|
MAIN SPINDLE |
Max. spindle speed |
rpm |
6,000 |
Series specification |
|
MAIN SPINDLE |
Motor output, continuous |
kW |
5.5 |
Series specification |
|
MAIN SPINDLE |
Motor output, 30 min. |
kW |
7.5 |
Series specification |
|
EXTERNAL TOOLS |
Number of tools |
T |
5 / 6 |
According to tooling configuration |
|
EXTERNAL TOOLS |
Shank sizes, 5-tool configuration |
mm |
5 × □20 |
According to tooling configuration |
|
EXTERNAL TOOLS |
Shank sizes, 6-tool configuration |
mm |
1 × □20 + 5 × □16 |
According to tooling configuration |
|
INTERNAL TOOLS |
Number of tools |
T |
5 |
Series specification |
|
INTERNAL TOOLS |
Sleeve size |
– |
ER20 |
Series specification |
|
CROSS LIVE TOOLS |
Number of tools |
T |
4–10 |
According to tooling configuration |
|
CROSS LIVE TOOLS |
Max. tool spindle speed |
rpm |
6,000 |
According to tooling configuration |
|
C-AXIS |
Control resolution |
° |
0.001 |
Series specification |
|
SUB-SPINDLE |
Max. chucking diameter |
mm |
Ø42 |
C / D configurations |
|
SUB-SPINDLE |
Max. spindle speed |
rpm |
6,000 |
C / D configurations |
|
SUB-SPINDLE |
Motor output, continuous |
kW |
3.7 |
C / D configurations |
|
SUB-SPINDLE |
Motor output, 30 min. |
kW |
5.5 |
C / D configurations |
|
SUB-SPINDLE |
ZB-axis rapid traverse |
m/min |
30 |
C / D configurations |
|
BACKWORKING |
Max. length for front ejection |
mm |
110 |
With backworking system |
|
REAR-END TOOLS |
Number of tools |
T |
4 |
D configuration |
|
REAR-END TOOLS |
Max. tool spindle speed |
rpm |
5,000 |
D configuration |
|
CONTROL FUNCTIONS |
Air Bag function |
– |
Included |
Standard |
|
CONTROL FUNCTIONS |
OCR Oscillation Cutting |
– |
Available |
Optional |
|
SPECIAL TOOLING |
Hobbing, slotting and thread-whirling holders |
– |
Available |
According to application and tooling selection |
Notes
- The 180 mm and 110 mm turning lengths apply to a single chucking in guide bush and bushless modes respectively.
- Sub-spindle specifications apply to the C and D configurations. The dedicated backworking tooling system is included in the D configuration.
- The five-tool external turning configuration uses □20 mm shanks. The six-tool configuration combines one □20 mm tool with five □16 mm tools.
- Continuous and 30-minute motor ratings describe different operating conditions. Main-spindle and sub-spindle power ratings are specified separately.
- Cross live tool capacity depends on the selected holders. Special machining operations and OCR Oscillation Cutting require the corresponding equipment or option.
Applications
General machining
Mixed prototype and production work across sizes; flexible envelopes and quick changeovers speed setups, reduce handling, and keep output consistent day to day.
Automotive
Tooling and production parts across the supply chain, from fixtures and dies to turned and milled components; repeatable referencing supports surface quality and tight tolerances.
Energy
Pump and valve components, compressor parts, and auxiliary housings; controlled cutting and chip/coolant management help protect tolerances, surface finish, and tool life.
Oil & Gas
Valve bodies, manifolds, housings, and high-integrity flanges; robust machining strategies and chip/coolant control help maintain tolerances in demanding alloys.
Defense
Housings, carriers, and structural parts in high-strength alloys; stable machining conditions and verified datums deliver repeatable accuracy under heavy cuts.