5 Axis Gantry Type Machining Center

5 Axis Gantry Type Machining Center

This 5 Axis Gantry Type Machining Center is built for high-precision, simultaneous 5-axis profiling of heavy, oversized, and complex components. By completing multi-sided and complex contoured surfaces in a single setup, it prevents stack-up positioning errors and cuts floor-to-floor time.
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Product Overview

 

This 5 Axis Gantry Type Machining Center is built for high-precision, simultaneous 5-axis profiling of heavy, oversized, and complex components. By completing multi-sided and complex contoured surfaces in a single setup, it prevents stack-up positioning errors and cuts floor-to-floor time.

Target Applications: High-end mold & die manufacturing, aerospace structural parts, automotive stamping dies, and heavy energy equipment casings.

 

Workshop

 

Technical Parameters

 

Product Model

G2019Z

Processing range

Distance Between Columns

mm

1900

X axis

mm

2500

Y axis

mm

1900

Z axis

mm

800

Distance from spindle nose to work surface

mm

200-1000

Workbench

Workbench size (length × width)

mm

2700×1600

Maximum load

T

5.5

T-slots (number - size × spacing)

mm

9-22×180

Spindle

Slide type

 

T-type

Spindle taper (model/installation size)

 

BT50-φ190

Drive mode

 

Belt type (Optional: Built-in Spindle)

Spindle speed

r/min

6000

Spindle power

kW

15 / 18.5 (Continuous / S6-40% Peak)

Spindle torque

N.m

143~236

Feed

Rapid Traverse Rate (X/Y/Z)

m/min

15/15/15

Max. Cutting Feed Rate

mm/min

1-20000

Accuracy GB 20±0.5℃

X-axis positioning accuracy

mm

0.015 mm

Y-axis positioning accuracy

mm

0.016

Z-axis positioning accuracy

mm

0.016

X-axis repeat positioning accuracy

mm

0.011

Y-axis repeat positioning accuracy

mm

0.01

Z-axis repeat positioning accuracy

mm

0.01

Tool magazine (optional)

Tool magazine form

 

Disc/chain

Tool magazine capacity

 

24/32/40/60

Other

Power supply requirements

KVA

30

Air source pressure

Mpa

0.65

Total Machine Weight (Approx.)

T

21

 

Engineered Rigidity & Verification

 

Meehanite Cast Iron (HT300): Integrated bed, columns, and crossbeam with 72-hour double annealing stress relief.
The Proof: Ensures exceptional structural stability for 10+ years, maintaining geometric alignment tolerance within 0.01 mm.

Symmetrical Gantry Design: Thermally symmetrical structure balances heat distribution across X/Y axes.
The Proof: Eliminates center-of-gravity displacement during high-speed reversals, cutting structural vibration by 35%.

Verified Kinematic Accuracy: Strict alignment calibration tailored to match factory verification charts.
The Proof: 100% full-travel inspection via Renishaw Laser Interferometer and Ballbar testing. Original factory calibration charts are provided directly with shipping documents.

 

Tier-1 Global Supply Chain

 

To ensure operational reliability and seamless local maintenance for international buyers. Critical components are exclusively sourced from industry-leading global brands.
CNC System & Drives: Siemens (Germany) / Heidenhain (Germany)

Linear Guides & Ball Screws: THK (Japan) / HIWIN (Taiwan) - Class P3/C3 or higher

Spindle Bearings: NSK (Japan) / FAG (Germany) - High-precision P4 Class

Electrical Components: Schneider (France) / Omron (Japan)

 

Optional Configurations

 

Linear Scales: HEIDENHAIN (For closed-loop ultra-high precision)

Coolant Through Spindle: 20 Bar / 70 Bar CTS System

Workpiece & Tool Measurement: Renishaw Touch Probe & TS27R Tool Setter

 

ISO Certificate

 

Factory Production Strength & Quality Control

 

Controlled Assembly Environment: Critical spindle integration and linear guide alignments are completed in a 20°C ±1°C climate-controlled workshop to neutralize ambient thermal variables.

Rigorous Testing Protocol: Prior to dispatch, every machine must pass a 72-hour uninterrupted dry-run cycle, followed by real-world heavy cutting tests on C45 / AISI 1045 carbon steel blocks to verify spindle torque and axis synchronization.

Compliance: Fully compliant with the European CE Machinery Directive 2006/42/EC and manufactured under an ISO 9001:2015 certified quality system.

 

Technical Support & Global Procurement

 

Lead Time: 45–60 days (Standard configurations) / 90 days (Custom dimensions).

Warranty: 12-month comprehensive warranty with global remote diagnostic support directly linked to Siemens/Heidenhain networks.

 

Packing-And-Delivery

 

Exhibition

 

FAQ

 

Q: Which CNC systems do you offer, and how is local service handled?

A: We use Siemens 840D SL and Heidenhain TNC 640. Since components are genuine and globally certified, you get direct warranty and technical support from your local Siemens/Heidenhain branch, backed by our 24/7 remote diagnostics.

Q: How do you verify accuracy before shipping?

A: Every machine is 100% verified using a Renishaw Laser Interferometer to calibrate geometric tolerances and pitch errors to meet strict factory standards. Factory calibration charts are included in your shipping documents.

Q: What is the standard lead time?

A: Standard configurations take 45–60 days; custom dimensions require 90 days. We send weekly video updates throughout the production process.

Q: How is the machine protected for sea freight?

A: The machine is coated with anti-rust oil, vacuum-sealed in heavy moisture-proof packaging, and anchored on reinforced steel skids.

Q: Are your machines CE certified for Western markets?

A: Yes. All units fully comply with the CE Machinery Directive 2006/42/EC and carry ISO 9001:2015 manufacturing certification.

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