Slant Bed CNC Lathe Machine High Power for Automotive Industry

Product Overview

Designed for precision and durability in heavy-duty machining operations, this CNC Turret Lathe stands out with its advanced configuration and robust performance. Equipped with the FANUC Oi-TF CNC Control System—a industry-leading platform renowned for reliability and precision—it caters to a wide range of manufacturing needs, from small-scale precision parts to medium-sized heavy workpieces. Whether handling metal components, industrial parts, or custom machined elements, this lathe delivers consistent results, making it ideal for automotive, aerospace, and general engineering sectors. Its balanced blend of high spindle speed, generous work envelope, and powerful motor ensures it meets the demands of both high-volume production and intricate custom machining tasks.

Product Specifications

CNC Control System

At the core of this lathe is the FANUC Oi-TF system, celebrated for its intuitive interface and seamless operation. It enables precise programming and real-time monitoring, ensuring accurate execution of complex machining sequences.

Machining Capability

· Max. Swing Diameter: ø 500 mm, allowing for large workpieces to be rotated and machined with stability.

· Max. Machining Diameter × Length: ø 330×350 mm, supporting a variety of part sizes from compact components to longer shafts.

· Spindle Bore Diameter: ø 62 mm, facilitating easy feeding of bar stock and enhancing versatility in material handling.

· Max. Bar Machining Diameter: ø 52 mm, optimizing efficiency for bar-fed production runs.

· Max. Supported Weight: 200 KGF, ensuring stability even with heavy workpieces.

Spindle Performance

· Max. Spindle Speed: 4500 RPM, balancing speed and torque for diverse machining requirements.

· Spindle Nose Type: A2-6, a standard design that ensures compatibility with a range of chucks and tooling.

· Chuck Size: 8″ Hollow Chuck, providing secure clamping for workpieces during high-speed operations.

Feed Axes Performance

· X-axis Max. Travel:190 mm, offering ample range for radial machining operations.

· X-axis Rapid Traverse Speed: 30 M/MIN, reducing non-cutting time and boosting productivity.

· Z-axis Max. Travel: 370 mm, accommodating axial machining of longer workpieces.

· Z-axis Rapid Traverse Speed: 36 M/MIN, enhancing efficiency in positioning and tool changes.

Turret Specifications

· Number of Tool Positions: 8/12 T, allowing for quick tool changes and minimizing downtime between operations.

· External Tool Holder Height: 25×25 mm/20×20 mm, ensuring compatibility with standard external tooling.

· Max. Internal Tool Holder Diameter: ø 40/32 mm, supporting a variety of internal machining tools.

Motor & Power

· Spindle Motor Power: 11 /15KW, delivering sufficient power for heavy-duty cutting and high-speed operations.

· Total Machine Power: 20 KW, ensuring stable performance even under full load.

Other Key Metrics

· Coolant Tank Capacity: 200 L, maintaining adequate coolant supply for extended machining sessions.

· Machine Height: 1770 mm, designed for ergonomic operation and integration into workshop layouts.

· Floor Space (L × W): 2120×1600 mm, optimizing space usage in manufacturing facilities.

· Total Machine Weight: 3500 KG, reflecting its robust construction for long-term durability.

1. Processing of special semiconductor materials

Ceramics and composite materials: Processing of insulating substrates or RF device housings made of materials such as aluminium oxide and aluminium nitride, addressing challenges posed by material brittleness.

Hard alloys: Manufacturing of wear-resistant semiconductor equipment components (e.g., valves, nozzles), requiring high-hardness tools and slow-wire cutting technology.

2. Equipment maintenance and customised repairs

Component Repair: Re-machining worn or damaged semiconductor equipment components (such as shafts and seals) to extend their service life.

Rapid Prototyping: Rapidly prototyping non-standard parts using CNC machine tools during the development of new equipment to accelerate iteration.

Technical Challenges and Special Requirements

Cleanliness Control: Metal debris contamination must be avoided during processing, often achieved through vacuum dust collection or dry cutting technology.

Nanometre-level Precision: Some critical components require sub-micron-level machining, relying on ultra-high-precision CNC systems (such as linear motor drives) and temperature compensation technology.

Corrosion-Resistant Material Treatment: In semiconductor processes involving corrosive gas environments, machining must consider material corrosion resistance (such as electroplating or coating processes).

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.

What payment methods do you accept?

We accept T/T, wire transfer, and L/C, among others.

Do you provide on-site installation or training?

We offer comprehensive manuals and remote guidance. On-site support is available in selected regions.

What material is used for the machine tool bed?

Machine tool casting using HT300.