NUMOBAMS CNC7045 1.5KW CNC Drilling&Milling Machine with After System

Tailored Precision for Diverse Users

This cnc lathe machine is skillfully engineered to meet the needs of both hobbyists and small professional workshops. Whether you are embarking on your first industrial metal lathe project or refining advanced prototypes, its accessible controls and robust design empower users of all skill levels. The machine supports seamless transitions between manual and CNC operations, enhancing flexibility across various turning tasks. By providing a combination of user-friendly features and precise control, this product from pioneer CNC lathe manufacturers broadens accessibility without compromising quality or complexity.

Advanced Engineering and Measurable Accuracy

Equipped with a high-precision spindle powered by a 1.5KW motor, this cnc lathe delivers consistent torque for demanding metalwork applications. The integration of servo motors on all principal axes ensures superior positioning accuracy, vital for components requiring tight tolerances. Utilizing premium bearings such as SKF, coupled with an optimized cast iron frame to dampen vibrations, this industrial metal lathe minimizes runout and thermal distortion. Additional technical enhancements include a two-range gearbox for variable speed torque and a state-of-the-art lubrication system that preserves long-term performance reliability.

Real-World Applications and Industrial Relevance

This industrial metal lathe is perfectly suited for environments demanding precise metal shaping such as prototype fabrication, custom parts manufacturing, and equipment maintenance workshops. Its dual operation mode enables either manual finesse or automated CNC capability, facilitating adaptation to diverse production volumes. The machine integrates easily into existing shop workflows, supporting complex machining sequences and repetitive task automation. This quality and flexibility underscore its outstanding value to professionals who require dependable tools from reputable metal lathe manufacturers.

Features

• Robust Structure: The castings are optimized via Finite Element Analysis (FEA), resulting in a weight increase of approximately 30% compared to similar 7045 models on the market. This significantly enhances the machine's dynamic stability and damping characteristics.

• Dual Operation Mode: Offers flexible manual control for simple tasks and can also function as a full-featured CNC milling machine.

• Efficient Transmission System: Features a 2-range gearbox that boosts torque at low speeds, enabling powerful heavy-duty cutting operations.

• High-Performance Drives: Equipped with servo motors on all three axes, ensuring high positioning accuracy and superior overload capacity.

• Wide-Range Speed Control: Options include an original SIEMENS variable-frequency motor for stepless speed adjustment. A high-performance inverter from Inovance Technology (the same supplier as for the Xiaomi SU7 motor) is also available.

• Large Travel & Compact Footprint: Boasts an exceptionally large work envelope while maintaining a compact footprint. The actual machining range is comparable to a VMC600 vertical machining center.

• Premium Components:

  • Wireless Electronic Handwheel for unconstrained operation.

  • Taiwan Yuhsiang relief-type automatic oil pump (15 kg working pressure) for reliable lubrication.

  • Spindle equipped with high-precision SKF (Sweden) bearings for extended service life.

  • Control system utilizes IDEC (Japan) relay modules for enhanced safety and reliability.
    
    

Standard Configuration

• Wireless Electronic Handwheel

• Cooling System (Standard Foot: 40W / Wide Foot: 90W)

• Spindle Depth Scale

• Lubrication System (Taiwan Yuhsiang)

• Backup USB Drive (for system and programs)

• Spindle with SKF Bearings

• IDEC (Japan) Relay Modules

Product Advantages

Innovative Design and Structural Integrity

The cnc lathe machine’s architecture prioritizes durability and user adaptability, featuring a cast iron base optimized to withstand machining forces and reduce vibration-induced errors. Its modular design supports straightforward maintenance and component replacement, benefiting from standardized parts common among leading cnc lathe manufacturers. The inclusion of servo drives on all axes ensures synchronized motion for intricate patterns while a sophisticated gearbox allows torque adjustments suited for varying material hardness. Collectively, these design elements reflect thoughtful engineering aimed at maximizing performance and minimizing downtime.

Enhanced Performance and User-Centric Usability

Beyond robust construction, this cnc lathe machine provides operators with intuitive controls including a wireless electronic handwheel for precise manual maneuvering. The system’s electronics employ reliable components calibrated to maintain stable operation under sustained workloads. Users benefit from enhanced ergonomics and safety features that reduce fatigue during extended machining sessions. By delivering both consistent accuracy and ease of use, this industrial metal lathe enhances workflow efficiency, making it an indispensable asset for users demanding quality and repeatability from trusted cnc lathe manufacturers.

Use Scenarios

Precision Metal Fabrication Workshops

In metal fabrication environments requiring detailed drilling and turning, this cnc lathe machine plays a crucial role in producing highly accurate components. Its compatibility with manual and CNC control modes allows fabricators to switch between quick setups and intricate automated cuts seamlessly. Equipped with torque-optimized gearing and advanced bearing systems, it complies with industry standards for precision machining. Workflow integration is enhanced by features supporting rapid tool changes and real-time adjustment, ensuring minimal downtime in fast-paced production scenarios.

Educational and Training Facilities

This cnc lathe machine is also highly suitable for teaching CNC operations and metalwork techniques in educational settings. It affords students hands-on exposure to both manual and computerized machining processes using equipment akin to what is found in professional shops. The ergonomic design and reliable servo control alleviate novice operational challenges while maintaining industrial-grade accuracy. Its adaptability aligns with training curricula focused on preparing future operators for real-world applications, supporting knowledge transfer and technical skill development within a controlled learning environment.