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5 Axis Machining Center

High-Precision 5-Axis Machining Centers for Complex Industrial Production

Why Manufacturers Choose Our 5-Axis Machining Centers

Designed for both simultaneous 5-axis and 3+2 positional machining
Stable thermal performance during long production cycles
High-rigidity structures suitable for difficult-to-machine materials
Flexible CNC platform options from leading global suppliers
Optimized for aerospace, medical, mold, and precision manufacturing applications
Global component sourcing supports efficient maintenance and spare-parts replacement
Dedicated technical support for installation, commissioning, and ongoing operation

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Product Categories & Selection Guide

Model	Machine Structure	X/Y/Z Travel (mm)	Worktable Size / Max Load	Key Highlights & Applications	Native CNC Options
GT-500	Cradle Type (Tilting/Rotating Table)	600 / 500 / 450	Ø 500 mm 300 kg	• High dynamics for complex parts. • Best for: Impellers, blisks, medical bone plates, automotive housings.	Fanuc 31i-B5 Siemens SINUMERIK ONE
GT-800	Cradle Type (Tilting/Rotating Table)	850 / 750 / 550	Ø 800 mm 800 kg	• High torque, balanced rigidity & speed. • Best for: Medium-sized precision molds, aerospace structural parts.	Heidenhain TNC 640 Siemens SINUMERIK ONE
GM-1200	Gantry Type (Overhead Moving Column)	1400 / 1300 / 750	1200 x 1200 mm 2,500 kg	• Heavy-duty casting, zero-table-tilt deflection. • Best for: Large aerospace ribs, heavy automotive injection molds.	Heidenhain TNC 640 Fanuc 31i-B5

Key Features

Finite Element Analysis (FEA) Optimized Rigidity

Built with premium Meehanite cast iron and double-annealed for stress relief, the machine frame minimizes vibration during heavy cutting and extends tool life by up to 30%.

Active Thermal Compensation

Oil-cooled spindle and ball screws reduce thermal deformation, maintaining machining accuracy within ±0.005 mm during continuous 24-hour operation.

Micron-Level Closed-Loop Accuracy

Equipped with Heidenhain linear scales and rotary encoders, the closed-loop control system eliminates backlash and achieves positioning accuracy of ±0.003 mm.

Industry Applications & Proven Workpieces

Our 5-axis solutions are currently operating in high-tolerance production facilities across North America and Europe:

Industry	Typical Workpieces	Machining Challenges	Our 5-Axis Solution	Achieved Performance
Aerospace	Structural ribs, blisks, impellers	Thin-wall deformation, difficult-to-cut alloys, complex free-form surfaces	High-dynamic simultaneous 5-axis machining with thermal compensation and closed-loop control	±0.005 mm dimensional accuracy, stable long-cycle production
Medical	Orthopedic implants, bone screws, joint components	Strict surface finish requirements, biocompatible material stability	High-speed spindle with micron-level control and vibration suppression structure	Surface roughness up to Ra 0.4 μm, high repeatability for batch production
Die & Mold	Automotive injection molds, precision cavities	Deep cavity machining, hardened tool steel cutting, contour accuracy retention	High-rigidity structure with 3+2 heavy cutting mode and laser-calibrated accuracy	High-fidelity mold contour accuracy with minimal tool wear
Precision Engineering	Hydraulic manifolds, fluid control blocks, multi-port components	Multi-angle machining, angular tolerance control, multi-face alignment accuracy	Closed-loop linear scales with rotary axis compensation for full 5-axis interpolation	Angular tolerance within 0.002°, stable multi-face alignment

Quality Assurance

Dynamic Kinematic Calibration

Using the Renishaw AxiSet™ system, rotary axes are calibrated and compensated for optimal 5-axis accuracy.

Laser Interferometer Compensation

Every linear axis is laser-tested across its full travel, with pitch error compensation uploaded directly to the CNC controller.

Ballbar Accuracy Testing

A 360° ballbar test verifies circular interpolation, eliminating backlash and servo mismatch before delivery.

72-Hour Continuous Run Test

Each machine completes a 72-hour run-in test to validate axis motion, ATC performance, and thermal stability.

International Compliance

CE certified and equipped with UL-compliant electrical systems and safety interlocks for global industrial applications.

Global Components for Reliable Long-Term Service

To simplify maintenance and improve spare-parts availability worldwide, key components are sourced from internationally recognized suppliers.

Linear guideways and ball screws

THK / PMK (Japan)

Spindle bearings

NSK / FAG

Electrical components

Schneider Electric / Siemens

CNC systems

Fanuc, Siemens, or Heidenhain based on customer requirements

Engineering Support & Customer Assurance

We support manufacturers through the entire production lifecycle:

01/

Process evaluation based on customer drawings

02/

Machine configuration recommendation before purchase

03/

Installation & commissioning support (onsite / remote)

04/

Operator training and CNC programming guidance

05/

Spare parts supply and lifecycle maintenance support

06/

Remote diagnostics for production troubleshooting

Technical FAQ

Q: What is the structural difference between a Cradle-type and a Gantry-type 5-axis machine, and how do I choose?

A: Cradle-type machines utilize a tilting/rotating table (A/C or B/C axes) mounted on a static bed. They offer exceptional dynamics and are ideal for smaller, highly complex parts like impellers or medical implants under 500 kg. Gantry-type machines move the tool head dynamically across massive X/Y/Z overhead structures, keeping the heavy workpiece stationary. Choose Gantry configurations for oversized, heavy components (e.g., large aerospace panels or heavy mold cavities) where worktable tilting would compromise structural balance and accuracy.

Q: Can your 5-axis CNC machines support 3+2 positional machining as well as simultaneous 5-axis paths?

A: Yes. All our 5-axis machining centers support both modes. For flat surfaces and deep pockets where maximum rigidity is required, the control system locks the rotary axes into position (3+2 indexing mode) to allow heavy roughing cuts. For organic, free-form surfaces like turbine blades, the machine automatically transitions to simultaneous 5-axis interpolation for fluid contouring.

Q: How do you protect the machine spindle and glass scales from contamination during high-pressure coolant milling?

A: All linear glass scales are pressurized with a continuous, regulated clean air supply to prevent fine mist, oil, or micro-chips from entering the optical readheads. Additionally, the spindle features an air-purge curtain that creates a high-velocity barrier, completely blocking coolant penetration during 20-bar through-spindle coolant (TSC) operations.

Q: Can the machines process difficult materials such as titanium and Inconel?

A: Yes. The machines are engineered for demanding materials including titanium alloys, Inconel, hardened tool steels, stainless steels, and high-strength aluminum alloys, making them suitable for aerospace, energy, medical, and precision engineering applications.

Q: What support is available after delivery?

A: We provide technical assistance for installation, commissioning, machine operation, troubleshooting, and spare-parts support. Configuration options and CNC systems can also be customized to meet specific production requirements.

As one of the most professional 5 axis machining center manufacturers and suppliers in China, we're featured by quality products and good price. Please rest assured to buy advanced 5 axis machining center for sale here from our factory. We also accept customized orders.