Horizontal CNC Machining Center for High-Precision Parts Manufacturing

Product Overview

The TH630 Horizontal Machining Center redefines high-efficiency production of complex parts with its horizontal spindle configuration—a design that enhances chip evacuation and improves tool access to multi-sided workpieces. Equipped with an automated pallet changer, it enables unattended machining (lights-out production) for aerospace, automotive, and general engineering industries. Its heavy-duty cast iron frame and symmetrical design ensure stability under continuous high-load cutting, while advanced automation features reduce operator intervention by up to 70%.

Features

Heavy-Duty Construction

Built with high-grade cast iron components (HT300) and FEM-optimized structures, the machine withstands cutting forces up to 50kN while maintaining ±0.005mm positioning accuracy across all axes. Its integrated vibration dampening system reduces resonance by 25% during deep-hole drilling.

Horizontal Spindle Advantage

The BT50 spindle (6000rpm, 15-18.5kW power) features ceramic bearings for reduced friction and air purge system to prevent chip ingress. Its horizontal orientation ensures gravity-assisted chip evacuation, minimizing re-cutting and extending tool life by 30%.

Automated Workflow

The 630x630mm pallet system supports a 2-pallet changer (swap time: 12 seconds) and integrates with FMS (Flexible Manufacturing System) for continuous production. Pallets are interchangeable with standard fixtures, reducing setup time by 40%.

Advanced Control

The FANUC 0i-MF control includes AI-driven adaptive machining that adjusts feed rates based on real-time cutting load, preventing tool breakage. Its 3D simulation功能 visualizes tool paths to eliminate collisions before machining.

1. Shortening the mould development cycle

Rapid prototyping: By integrating CAD/CAM software, CNC machine tools can directly convert design data into physical moulds, bypassing the cumbersome steps of traditional manual mould making.

Multi-process integration: Multiple processes such as milling, drilling, and tapping can be completed in a single setup, reducing mould changeover and debugging time.

2. Realisation of complex mould structures

Non-standard flow channels and cooling systems: CNC milling can process conformal cooling channels (such as spiral channels in 3D-printed moulds), improving the cooling efficiency of injection moulds.

Microstructure processing: High-speed CNC machine tools (such as engraving and milling machines) can process micro-electrodes or precision textures (such as leather grain or embossing) in electronic connector moulds.

Multi-material composite machining: Supports direct machining of high-hardness materials such as tungsten carbide and quenched steel, reducing the risk of deformation due to heat treatment.

3. Mould repair and modification

Old mould repair: CNC machines can weld worn mould surfaces and then perform precision machining to restore accuracy and extend mould life.

Rapid mould modification: Adapt to product iteration requirements by quickly adjusting mould dimensions or structures through program modifications, reducing modification costs.

Where is the company located?

In Tongling, Anhui Province, which is close to Shanghai and Hangzhou, it only takes about three and a half hours by bullet train to reach there.

Is customization available?

Yes. We have rich experience in custom processing and can provide flexible customization services from bed to processing parameters to appearance.

How does Primacon provide after-sales service for CNC machine ?

We offer worldwide after-sales support, including machine installation, commissioning, operator training, and regular maintenance. Our technical team is always ready to address any technical issues, ensuring the long-term operation of the equipment.

What is your typical delivery time?

Standard machines are usually delivered within 25–30 days. Customized models may vary depending on complexity.