On request
imported

GLS-1500 Series

Compact 30° slant-bed CNC turning center built for high-throughput, repeatable results. GLS-1500 covers Ø390 mm maximum turning diameter, Ø51 mm bar capacity and 330/630 mm turning lengths. Add live tooling and C-axis, with optional Y-axis and sub-spindle for true multitasking.

  • Ø390 mm turning capacity with a compact, rigid 30° slant-bed base
  • 6,000 rpm spindle with 11/15 kW motor output
  • Options: live tooling and C-axis, plus Y-axis and sub-spindle

Brand:

  • GOODWAY

Overview

High-Speed CNC Turning Centers

The GLS-1500 Series is a compact, high-speed CNC turning platform designed for stable, repeatable production. Its low-center-of-gravity 30° slant-bed layout and high-precision linear guideways on the X and Z axes combine rigidity with efficient movement in a footprint of about 4.5 m².

The series provides a maximum swing diameter of Ø560 mm, a maximum turning diameter of Ø390 mm and turning lengths of 330/630 mm. A 6″ big-bore chuck supports Ø51 mm bar capacity.

The two-speed motor-driven main spindle delivers 11/15 kW and reaches 6,000 rpm, supporting both heavy cutting and precision machining. Standard turret configurations are listed with 10 or 12 stations.

Optional live tooling, C-axis, Y-axis and sub-spindle configurations extend the platform to milling, drilling, tapping and back-end machining. The Y-axis provides 105 mm travel (±52.5 mm), while the optional sub-spindle reaches 6,000 rpm on GLS-1500L configurations.

Key Features – GLS-1500 Series

Compact High-Rigidity Platform

The 30° slant bed, linear guideways and approximately 4.5 m² footprint support stable production in a compact layout.

Two-Speed Spindle Performance

The 11/15 kW motor output and maximum speed of 6,000 rpm cover both heavy cutting and precision machining.

Fast Servo Turret

10/12-station configurations are available. The optional live tooling turret indexes adjacent stations in 0.2 seconds.

Integrated Machining Options

Optional live tooling, C-axis, Y-axis and sub-spindle support turning, milling, drilling, tapping and back-end machining.

Promo Video – GOODWAY GLS-1500

Technical Specifications

Category

Specification

Unit

GLS-1500 / GLS-1500L

Availability

STRUCTURE

Bed design

—

30° slant bed

Standard

STRUCTURE

Approx. floor space

m²

4.5

Standard

STRUCTURE

Guideways

—

High-precision linear guideways

Standard

CAPACITY

Max. swing diameter

mm

Ø560

Standard

CAPACITY

Max. turning diameter

mm

Ø390

Standard

CAPACITY

Max. turning length

mm

330 / 630

Standard

CAPACITY

Chuck size

in

6

Standard

CAPACITY

Bar capacity

mm

Ø51

Standard

MAIN SPINDLE

Motor output (continuous)

kW

11

Standard

MAIN SPINDLE

Motor output (30 min.)

kW

15

Standard

MAIN SPINDLE

Max. spindle speed

rpm

6,000

Standard

X / Z AXES

Max. X-axis travel

mm

230

Standard

X / Z AXES

Max. Z-axis travel

mm

330 / 630

Standard

TURRET

Stations

count

12 / 10

Configuration-dependent

LIVE TOOLING TURRET

Stations

count

12 / 24

Optional

LIVE TOOLING TURRET

Tool interface

—

ER25

Optional

LIVE TOOLING TURRET

Max. live tooling speed

rpm

4,000

Optional

LIVE TOOLING TURRET

Indexing time (adjacent / opposite)

s

0.2 / 0.5

Optional

C-AXIS

C-axis control

—

Available

Optional

Y-AXIS

Max. turning diameter with Y-axis

mm

Ø310

Optional

Y-AXIS

Max. Y-axis travel

mm

105 (±52.5)

Optional

TAILSTOCK

Quill center taper

—

MT#4 (live center)

Optional

TAILSTOCK

Quill diameter

mm

Ø70

Optional

TAILSTOCK

Quill travel

mm

80 / 150

Optional

TAILSTOCK

Tailstock base travel

mm

300 / 500

Optional

SUB-SPINDLE

Chuck size

in

5

Optional – GLS-1500L

SUB-SPINDLE

Hole through spindle

mm

Ø42

Optional – GLS-1500L

SUB-SPINDLE

Max. spindle speed

rpm

6,000

Optional – GLS-1500L

SUB-SPINDLE

Motor output (continuous)

kW

3.7

Optional – GLS-1500L

SUB-SPINDLE

Motor output (5 min.)

kW

5.5

Optional – GLS-1500L

Notes

  • The 330/630 mm values correspond to GLS-1500 and GLS-1500L respectively.
  • Turret station counts depend on the selected configuration.
  • Optional equipment and final machine configuration should be confirmed in the quotation.

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.

Capital goods

Industrial equipment components from plates and frames to precision shafts and housings; scalable platforms and stable processes preserve accuracy over long runs.

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.

Railway

Frames, brackets, axlebox housings, and brake components; rigid machining and effective chip evacuation keep geometry and flatness consistent on large parts.

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