Brief: Discover the SMTCL Horizontal Turning Center HTC30Hm, a high-precision CNC lathe designed for efficient processing of small-sized parts. Featuring a 12-station power turret, this slant bed CNC lathe offers rapid traverse speeds, servo-driven tailstock, and advanced error compensation technology, making it ideal for automotive, bearings, and medical industries.
Related Product Features:
High efficiency with rapid traverse speeds of 30m/min and optional sub-spindle for multi-sequence processing.
High precision achieved through pre-stretched screws, error compensation, and strict inspection standards.
High rigidity from a cast iron bed, large span spindle unit, and arc-shaped anti-bending design.
Split servo tailstock for precise control and flexible adjustment of clamping force and speed.
Optional Y-axis configuration for complex surface processing with BMT powered turret.
High-quality imported C3-grade ball screws and H-grade guide rails for excellent accuracy.
Efficient servo powered turret with BMT interface and high-precision C-axis for turning, milling, and drilling.
Internal cooling tool holder for efficient chip removal and improved inner hole machining quality.
Faqs:
What industries is the HTC30H CNC lathe suitable for?
The HTC30H is ideal for high-precision processing in industries like automotive, bearings, hardware, and medical.
What are the key features of the HTC30H CNC lathe?
Key features include high efficiency with rapid traverse speeds, high precision with error compensation, and high rigidity with a cast iron bed and arc-shaped anti-bending design.
Does the HTC30H support complex surface processing?
Yes, with optional Y-axis configuration and BMT powered turret, the HTC30H can handle complex surface processing in a single setup.
What is the warranty period for the HTC30H CNC lathe?
The warranty covers defective parts for 12 months starting from the machine's bill of lading date.
Can the HTC30H be customized for specific needs?
Yes, we offer customized solutions and special purpose machines (SPM) to meet specific processing requirements.