Cincom M32
Cincom M32 Sliding Headstock Type Automatic CNC Lathe
The Cincom M32 Sliding Headstock Type Automatic CNC Lathe represents a breakthrough in precision machining with its Ultimate Gang + Turret design. Carefully engineered for high rigidity, the M32 balances strength and weight to ensure superior machining performance. With a comprehensive redesign of key components, including the turret tooling and gang tool post, the M32 is optimized for improved productivity, reliability, and versatility.
- Enhanced Rigid Design: Structural analysis ensures optimal balance for improved rigidity during machining, even under heavy loads.
- Newly Designed Cover and HMI Panel: Features a modern cover and a new HMI operating panel with a touch screen for better user experience and ease of use.
- Single-Drive Turret Tooling: The turret tooling is now equipped with a single drive for rotary tools, providing enhanced strength and precision in high-speed operations.
- Advanced Gang Tool Post with Programmable B-Axis: Equipped with a programmable B-axis (45° backside and 105° front side) for more complex machining processes.
- Rotary Tools and Adjustable Angle Spindles: The back tool post offers adjustable angle spindles to accommodate various tooling configurations and machining tasks.
- LFV Mode Compatibility: The M32 supports LFV Modes 1, 2, and 3 (optional), which mitigate chip-related issues in various machining operations, including linear surfaces, tapered surfaces, circular machining, and internal threading.
- Precision Automotive Parts Manufacturing:
- Ideal for producing complex automotive components such as gear shafts, camshafts, and valve guides with superior accuracy.
- Medical Device Production:
- Used for machining intricate parts like surgical tools, orthopedic implants, and dental devices, where tight tolerances are critical.
- Electronics Components:
- Perfect for manufacturing small and precise electronic components, including connectors, switches, and housings.
- Aerospace Engineering:
- Precision machining of lightweight and durable components for aerospace applications, including turbine blades and aircraft parts.
- General Precision Machining:
- Excellent for fabricating high-precision parts across a variety of industries, ensuring consistent and accurate results in complex machining tasks.
- Complex Component Manufacturing: Handles multi-axis machining tasks with ease, ideal for intricate and detailed work.
- High-Volume Production: Designed for efficient and consistent mass production of high-precision parts.
- Flexible Machining Capabilities: Supports a wide range of operations, including turning, milling, and drilling, for diverse industries.
- Enhanced Chip Management: The LFV modes reduce chip-related issues, ensuring smoother processing even in complex operations.
- Improved Productivity: The M32's robust design and advanced features minimize downtime, boost cycle times, and improve overall throughput.
