45° Slant Bed Turning and Milling Center CHY6150

The CHY6150 is a three-axis three-linkage CNC turning center developed for semi-precision turning and precision machining of shaft and disc parts. It supports a range of machining processes including outer circle milling, end face milling, keyway milling, drilling, and tapping. Equipped with a numerical control system, the machine performs turning operations for straight lines, oblique lines, and arcs such as cylindrical, rotary, spherical, and conical surfaces. It also cuts straight and conical metric and inch threads, as well as drills radial and axial holes and processes threads. This equipment fits machining of various disc, sleeve, and shaft parts with complex shapes and precision requirements, and adapts to diverse industrial application scenarios.

Key Design Features of CHY6150 Slant Bed Lathe

One-piece High-strength Iron Bed with Resin Sand Casting

The machine adopts an integral lathe bed cast with the resin-sand process, and the one-piece bed is made of high-strength iron. This material and casting process supports the rigidity and precision of the bed structure. The high-strength iron forms a stable structure, allowing the bed to maintain its shape and performance under different working conditions. The machine carries CE, ISO, and SGS certifications, and complies with corresponding industry standards.

45° Slant Bed Structure with Linear Guideways

This turning and milling center features a 45-degree slant bed paired with linear guideways. The 45-degree slant bed structure optimizes the machine’s stability during operation. This angle reduces vibration during running and supports smooth movement of components, providing a stable foundation for machining processes and supporting consistent processing speed and accuracy.

Turcite B Lining on Carriage Guideway Contact Surface

The contact surface between the carriage and the guideway is lined with Turcite B. This material has a low friction coefficient and anti-wear properties, which supports smooth movement of the carriage along the guideway. During machining, Turcite B reduces the impact of friction and wear on the contact surface, extending the service life of the carriage and guideway, and helping maintain consistent movement accuracy of the machine.

Customizable Engineering for Industrial Requirements

To meet specific requirements from commercial procurement clients, the company has an in-house team of engineers and designers familiar with current manufacturing technologies and industry trends. The team can design products in strict accordance with detailed customer requirements, and provides ODM and OEM services for tailored machine tool solutions.

CHY6150 CNC Lathe Technical Specifications

Industrial Applications of CHY6150 Turning and Milling Center

Machining of Rotary Parts

This is the core application of the turning process. The machine processes outer surfaces of various cylindrical, conical, spherical and other rotary bodies, such as automobile transmission shafts, engine crankshafts, and various shaft parts in general machinery. The turning process meets requirements for diameter accuracy, cylindricity, and surface roughness of workpieces.

Thread Machining

Turning is a common method for thread processing. The machine can process various types of threads, including ordinary triangular threads, trapezoidal threads, and rectangular threads. It applies to threading of bolts, nuts and other parts in mechanical manufacturing, and ensures thread accuracy and quality for stable threaded connections.

Machining of Complex Parts

The turning and milling center integrates turning and milling functions, and completes multiple machining operations in a single clamping. It processes parts with complex shapes, such as aeroengine impellers and blades, as well as precision parts with irregular shapes and multiple holes and slots in different directions. Its multi-axis linkage function achieves precise machining of these complex parts, reduces clamping and positioning errors between different equipment, and improves machining accuracy and production efficiency.

High-efficiency Machining

The turning and milling center is equipped with a control system and tool management system, supporting automatic tool change and machining path planning. For parts requiring multi-step processing, it realizes automatic continuous processing through programming, which reduces overall processing time. Its high-speed cutting capacity also helps improve processing efficiency and lower processing costs for business operations.

FAQ

What is the lead time for the CHY6150 turning and milling center?

Normally, the production cycle is 15 days, and 7 days for stock products. The exact time depends on the order quantity and production scheduling.

How do you control production quality for machine tools?

The factory operates a full-process quality management system, with inspection procedures covering raw material incoming, production processing, and finished product testing to ensure product consistency.

Can I arrange a factory visit for production inspection?

Yes, on-site factory visits are available. If your trip is not convenient, we also provide video factory inspection services.

Do you provide customized machine tool solutions?

Yes. We have an in-house engineering team and provide ODM and OEM services to meet specific requirements from industrial clients.

Are you a trading company or a manufacturing factory?

We are an enterprise integrating manufacturing and trade, with independent production capacity and supporting commercial service teams.

What is the after-sales warranty period for this machine?

We provide after-sales service within 12 months after the commissioning of the machine tool.