Controlled by a PLC programmable controller with an intuitive touchscreen interface, making it simple and convenient to operate.
Pneumatic lifting drive ensures fast operation speed and excellent stability.
Film feeding and winding are positioned via time/photoelectric sensor settings, featuring adjustable automatic paper feeding and collecting functions.
The hot stamping head height is fully adjustable; the heating element utilizes a wrap-around thermal conduction design to maintain uniform temperature across the silicone transfer pad.
Employs an indexing cam-driven 6-station rotary mechanism for highly accurate and stable positioning during heat transfer/hot stamping.
The panel is made of premium aluminum alloy, making it lightweight yet sturdy, with a precision structure that significantly enhances efficiency.
A continuously circulating conveyor belt makes operation more convenient and safe.
The pneumatic transfer structure provides sufficient pressure and fast operating speeds; both temperature and transfer time are fully adjustable.
The vertical movement of the transfer head is guided by a linear rail structure, ensuring high precision and smooth, seamless motion.
Photoelectric sensor control guarantees highly accurate film positioning and exceptional overall machine stability.
Two preset functional programs are available based on customer needs: single-cycle printing and fully automatic printing.
Utilizes imported, state-of-the-art pneumatic components for strong, smooth power output and long-lasting durability.
Special shock-absorbing devices are installed to ensure extremely stable machine operation.
Transfer Stations: 6
Single-cycle mode: Available
Continuous operation: Available
Item counting: Available
Speed adjustment: Available
Delay adjustment for each part: Available
Transfer speed: 800-1200 prints/hour
Maximum hot stamping diameter: Φ100mm
Maximum silicone transfer roller size: Φ120mm x 100mm
Workpiece height: 100mm
Vertical stroke (up/down): 50mm
Drive system: Servo motor, Pneumatic, & Frequency conversion motor
Control system: PLC control
Hot stamping temperature: Room temperature
Power supply voltage: 220VAC 50/60Hz
Connected load: 4.5KW
Air supply requirement: 6bar
Machine dimensions: 1700mm x 1500mm x 2100mm
Weight: Approx. 600Kg
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09 2026.06
TYH-BS200L6MRC-6SZDFully Automatic 6-Station Cone Heat Transfer Machine
TYH-BS200L6MRC-6SZDFully Automatic 6-Station Cone Heat Transfer Machine
Equipment Functions and BenefitsThe TYH-BS200L6MRC-6SZD Fully Automatic 6-Station Servo Cone Heat Transfer Machine is a specialized automated production line for plastic components. It is widely applicable to the heat transfer printing of round and cone-shaped products, such as tapered cups, bubble tea cups, and cosmetic packaging.
Based on your company's specific requirements for product shape, dimensions, and material performance, customized features include: A manual loading conveyor belt feeds the products, after which a robotic arm picks and places them into the heat transfer station. The process includes automatic heat transfer, automatic film winding/unwinding, and automatic unloading. This significantly enhances the level of automation. Utilizing an indexing cam-driven rotary table with a 6-station continuous circulation system greatly improves transfer efficiency. The machine is also equipped with an automatic alarm function.
I. Key Features of This Precision Flat Hot Stamping Production Line:
II. Technical Parameters:
III. Operational Safety Performance:The TYH-BS200L6MRC-6SZD Fully Automatic 6-Station Servo Cone Heat Transfer Machine complies with the latest engineering standards and is absolutely reliable when used as required. The machine is equipped with an emergency stop switch: In case of emergencies, pressing the switch will immediately cut off the power, and the machine will return to its starting position. Once the issue is resolved, twisting the switch back will safely restart the machine and restore normal operation.
IV. Precautions:(1) When moving or repairing the machine, both the power supply and air source must be disconnected. (2) When adjusting or replacing fixtures, strictly follow the operating procedures. (3) Enhance fire prevention awareness and ensure appropriate firefighting equipment is available on-site.
