Wechat
Hot Products
3-Axis CNC Router from China Suppliers - Ideal for 3-Meter Travel Length and Efficient Factory Production
Product Parameters
| Spindle motor power | 6kw×2 | Spindle speed | 18000r/min |
| Servo motor power | 1.5kw×4 | Saw blade motor speed | 6000r/min |
| Saw blade motor | 6kw×2 | Air pressure | 0.6-0.8Mpa |
| Vacuum pump | 7.5kw | Operating voltage | 380V |
| Working length | 3000mm | Saw blade diameter | Φ255mm |
| Working width | 1250mm | Weight | 1600kg |
| Machining thickness | 5-30mm | Dimensions | 4100 × 2420 × 2390mm |
| System brand | Taiwan Jingke System CNC Programming | ||
Product Features
01
Cutting Aluminum Frames for Cabinets
- Primarily used for cutting aluminum frames, aluminum alloy borders, glass door frames, and cabinet door edging to specific dimensions for cabinets/wardrobes.
- Maintains consistency even when cutting mixed lengths of materials, resulting in smoother assembly and a better fit.
- Particularly suitable for cabinet orders with multiple specifications and quantities.
02
Simple to Operate
- Clear operating logic, easy for beginners to learn.
- Stable structure, suitable for long-term, high-frequency material cutting in cabinet factories.
03
Faster Batch Cutting Cycle
- More suitable for production modes involving "multiple pieces of the same size or continuous cutting of multiple sizes".
- Shorter preparation time, clearer cutting rhythm, and easier production scheduling.
- Reduces assembly delays caused by slow batch cutting.
🏭
- We firmly believe that reliable equipment stems from a solid manufacturing foundation and continuous refinement of details. Addressing the core pain points in aluminum profile processing—positioning efficiency, angle consistency, burr removal, surface protection, assembly accuracy, and cycle time stability—we continuously iterate and optimize the structure and control systems. Through more rational clamping and positioning methods, more stable motion control, and more comprehensive safety protection designs, we make the equipment safer and easier to maintain while improving efficiency. At the same time, we prioritize component lifespan and maintenance convenience, minimizing the difficulty of replacing vulnerable parts and maintenance costs, helping customers achieve lower overall operating costs. In the future, we will continue to drive product upgrades through customer feedback and on-site verification, providing customers with equipment that better meets their production needs and more reliable long-term support.
Frequently Asked Questions
-
Q What materials can this three-meter CNC router cut?This machine is primarily designed for cutting aluminum frames, aluminum alloy borders, glass door frames, and cabinet door edging. It is especially well-suited for aluminum profile processing in cabinet and wardrobe manufacturing environments.
-
Q What is the maximum working size this machine supports?The machine supports a working length of 3000mm, a working width of 1250mm, and a machining thickness range of 5–30mm, making it suitable for a wide variety of standard cabinet and frame dimensions.
-
Q How fast is the spindle speed, and what saw blade diameter is used?The spindle reaches up to 18,000 r/min, while the saw blade motor operates at 6,000 r/min. The machine uses a saw blade with a diameter of Φ255mm, ensuring clean and precise cuts on aluminum profiles.
-
Q Is this machine suitable for beginners or operators without CNC experience?Yes. The machine features clear operating logic powered by the Taiwan Jingke CNC system, making it easy for beginners to learn. Its stable structure also supports long-term, high-frequency operation in production environments.
-
Q What are the power and voltage requirements for installation?The machine requires an operating voltage of 380V. It is equipped with dual 6kw spindle motors, four 1.5kw servo motors, dual 6kw saw blade motors, and a 7.5kw vacuum pump. Air pressure should be maintained between 0.6–0.8 MPa.
-
Q How does this machine help reduce production costs in a cabinet factory?By enabling faster batch cutting cycles, shorter preparation times, and consistent cutting accuracy across multiple specifications, the machine reduces assembly delays and labor costs. Its design also prioritizes component lifespan and easy maintenance, minimizing long-term operating expenses.