CONTACT
Phone: 86 15859737772
E-mail:chuanhao@chuan-hao.cn
Address: 110 Xincun, Fulin Village, Longhu Town, Jinjiang City, Fujian China.
Fully-automatic Cutting Machines
CH-878 Fully Automatic Computer Numerical Control Four-Column Push-Plate Feeding and Cutting Machine
Applications and Features
1. This machine is suitable for die-cutting various non-metallic materials using forming dies, such as sheet materials, roll materials, blister packs, pearl cotton packaging, rubber, printing and other industries.
2. Computer typesetting system: automatic die-setting and punching; allows setting the angle and position of each cut, as well as the cutting speed and depth; checks the status of hardware connections; and enables manual simulation of machine operation.
3. The main unit features a dual-cylinder, four-column guiding structure with dual crank balancing and hydraulic drive, ensuring high die-cutting speed and precision. All sliding joints are equipped with a centralized automatic lubrication system, which enhances the machine’s service life and accuracy.
4. Material feeding and discharging are both conveyed on the pusher plate, and die-cutting and punching are also automatically performed on the pusher plate.
5. Safety light curtains are installed at the material feed and discharge ports in the cutting area to ensure operator safety.
CH-898 Fully Automatic Computer Numerical Control Four-Column Belt-Feed Cutting Machine
Applications and Features
1. This machine is suitable for large-scale factories that use forming dies to perform continuous, high-volume punching operations on non-metallic materials such as carpets, leather, rubber, fabrics, and rolled materials.
2. Computer-aided layout system: automatically arranges die layouts and performs punching; allows setting the angle and position of each punch, as well as the cutting speed and depth; checks the status of hardware connections; and enables manual simulation of machine operation.
3. The main frame features four-column guiding, dual-crank balancing, and hydraulic control, ensuring high die-cutting speed and precision. All sliding joints are equipped with a centralized automatic lubrication system, minimizing wear.
4. Material input and output are both conveyed via conveyor belts, and die-cutting is also performed automatically on the conveyor belt.
5. A rotary indexing deviation correction device is employed to ensure precise positioning of the conveyor belt during operation.
6. Safety light curtains are installed at the material feed and discharge ports in the cutting area to guarantee operator safety.
7. Die clamping is achieved using either a pneumatic clamping mechanism or a rotating platen, allowing for quick and easy die changes.
CH-800 Vision-Based Automatic Cutting Machine (Belt-Type)
Applications and Features
1. This cutting machine is an industrial-grade, vision-guided intelligent cutting device that relies on high-definition cameras and image recognition for automatic positioning and precise cutting. It is suitable for cutting and blanking a wide range of non-metallic printed materials, including printed fabrics, synthetic leather, and automotive interior trim.
2. The main frame adopts a gantry structure made from high-quality structural steel, ensuring high strength and resistance to deformation. Both the horizontal and vertical movements of the cutting head are equipped with linear guide rails from leading domestic brands, driven by servo motors, delivering high positioning accuracy, responsive motion, and strong load-bearing capacity.
3. The operating system incorporates a state-of-the-art image acquisition and recognition system. High-definition industrial cameras, paired with specialized lenses and lighting, capture clear images of the target object. The acquired images undergo contrast enhancement, edge detection, and other processing steps, followed by algorithmic extraction of key features to automatically correct the target’s position and achieve precise positioning and cutting.
4. Ultra-high precision and intelligent efficiency are the core strengths of this machine: positioning accuracy ranges from ±0.1 to 0.5 mm, with the best performance reaching ±0.1 mm; it automatically identifies pattern contours, eliminating the need for manual alignment; and its cutting speed is 5 to 10 times faster than that of conventional cutting machines. The human-machine interface is user-friendly and easy to operate, allowing even beginners to get up to speed quickly.
5. Custom specifications are available upon request.
CH-808/ Fully Automatic CNC Dual-Knife Rotary Push-Plate Feed Cutting Machine
Applications and Features:
1. This machine is suitable for blanking and cutting various non-metallic materials using forming dies, including sponge foam, EPE foam packaging materials, sheets, rolls, rubber, and other materials for material preparation and processing.
2. The machine is equipped with a state-of-the-art computer-based layout system that allows free rotation in both horizontal and vertical directions, enabling high-speed, seamless blanking and cutting at any angle, thereby significantly reducing material waste.
3. Thanks to a specially designed hydraulic system and flywheel energy storage device, the machine offers energy efficiency, high blanking and cutting pressure, fast speed, and high productivity, with an actual cutting frequency of approximately 50–60 cycles per minute.
4. The main frame adopts a gantry structure made from high-quality structural steel, offering high strength and zero deformation. The punch’s lateral movement is guided by domestically produced linear guide rails, which provide high positioning accuracy, responsive operation, low wear, and strong load-bearing capacity.
5. The machine features a push-plate feeding mechanism with automatic cyclic material spreading. Materials are fed in and out via the push plate. The push plate’s unique oscillating mechanism significantly improves product quality during blanking and cutting while reducing die wear, thereby extending the service life of the entire die set.
6. The entire machine is driven by servo motors and ball screws, ensuring precise feeding position and high positioning accuracy for the rotary punch. This not only achieves high precision in blanking and cutting positions but also effectively guarantees product quality.
7. Protective guards are installed around the moving workhead, and safety light curtains are placed at the discharge outlet, further enhancing equipment safety, protecting operators’ personal safety, and complying with European and American safety standards.
8. Customized models with special specifications are available upon request.
Applications and Features:
1. Equipped with an automatic tool-changing device, and the number of punching dies can be customized as needed.
2. A unique die-mounting structure facilitates quick die changes, thereby reducing changeover time and improving operational efficiency.
3. Adopts an advanced CNC cutting system with a user-friendly interface.
4. Computer-aided nesting system: enables automatic material feeding, die layout, and cutting; allows setting the angle and position of each cutting tool on the press head, configuring cutting speed and depth, and performing hardware connection tests and manual simulations of machine tool operating conditions.
5. High cutting speed—up to 40–50 cuts per minute—ensuring high production output.
6. Employs an imported servo control system, offering high precision and stable performance.
7. The main frame is constructed from structural steel in a gantry design, providing high strength and resistance to deformation. All sliding joints are equipped with a centralized automatic lubrication system, effectively extending equipment service life and maintaining machining accuracy.
8. The machine tool’s cutting area is fitted with safety light curtains to ensure operator safety.
9. Optional coil-feed mode available.
CH-878C / Fully Automatic Computer Numerical Control Gantry-Type Push-Plate Feed Cutting Machine
Applications and Features:
1. This machine is suitable for die-cutting various non-metallic materials using a die-cutting blade, such as sheet materials, blister packs, expandable polyethylene packaging, rubber, and the printing industry.
2. Computer-based typesetting system: It can automatically perform row-by-row die-cutting; allows setting the blade angle and position for each cut; enables adjustment of die-cutting speed and depth; can detect whether hardware connections are functioning properly and supports manual simulation of the entire machine’s operating status.
3. The main frame adopts a four-column guide, dual-crank balancing, and hydraulic drive structure to ensure high die-cutting speed and precision. All sliding joints are equipped with a centralized automatic lubrication system, minimizing wear.
4. Material feeding and discharge are both handled by conveyor belts, and die-cutting operations are also performed automatically on the conveyor belt.
5. Safety light curtains are installed at both the material feed and discharge areas of the die-cutting zone to ensure operator safety.
Applications and Features:
1. This machine is suitable for die-cutting various non-metallic materials using die-cutting tools, such as sheet materials, blister packs, expandable polyethylene packaging, rubber, and the printing industry.
2. Equipped with an advanced computer numerical control (CNC) cutting system featuring a user-friendly interface that is easy to operate.
3. Computer-based typesetting system: enables automatic material feeding, die layout, and cutting; allows setting the angle and position of each tool on the pressure head, as well as the cutting speed and depth; includes hardware connection testing and manual simulation of the entire machine’s operating status.
4. A dedicated oil circuit system and high-pressure mechanism designed specifically for this machine, combined with flywheel energy storage technology to achieve energy savings, with a maximum cutting frequency of up to 50 cuts per minute.
5. The cutter is equipped with a die library (standard configuration includes 10 tools, expandable or reducible as needed), enabling automatic tool changes for different specifications, making tool swaps more convenient, reducing changeover time, and improving operational efficiency.
6. The machine uses rodless pneumatic cylinders to control the extension and retraction of the die-cutting tools, ensuring smooth, reliable, and high-speed operation.
7. The feed mechanism features an automatic cyclic spreading function, allowing it to cut extremely thin, flexible roll or sheet materials.
8. Driven by servo motors, the feed positioning is highly precise; additionally, servo motors are paired with ball screw drives to ensure accurate positioning of the cutting head; servo motor-driven rotary cutting heads further enhance cutting accuracy; moreover, the positions of the die-cutting tools in the die library are also controlled by servo motors, delivering high efficiency and precise positioning.
9. The main frame adopts a gantry structure made of structural steel, offering high strength and resistance to deformation; all sliding joints are equipped with a centralized automatic lubrication system, effectively extending equipment service life and maintaining machining accuracy.
10. A safety light curtain is installed at the discharge outlet to further enhance equipment safety.
11. Customized specifications can be provided based on special requirements.
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Tel: 86 15859737772
E-mail: chuanhao@chuan-hao.cn
Address: 110 Xincun, Fulin Village, Longhu Town, Jinjiang City, Fujian China.
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