TM-HTB01 High quality multi-core wire cable stripping and crimping machine

1. Consumer Electronics Industry

• Smartphones and Tablets
  In the production of smartphones, the TM-HTB01 is used to process the multi-core sheathed wires for various components such as the battery connection, charging port, and antenna wiring. For tablets, it handles the wires for the display backlight, touchscreen controller, and internal communication modules. Its ability to handle different wire ranges (2 – 18P) and precise stripping lengths ensures reliable electrical connections in these compact and high-performance devices. The machine’s high-speed operation (5500pcs/hour for 12-core wires) helps meet the large-scale production requirements of consumer electronics.
• Wearable Devices
  Wearable devices like smartwatches, fitness trackers, and wireless earbuds contain delicate multi-core sheathed wires. The TM-HTB01 processes these wires with precision, ensuring that the electrical connections for components such as sensors, batteries, and Bluetooth modules are secure. Its compact design allows it to be integrated into the production lines of wearable devices, which often have limited space. The machine’s quiet operation is also beneficial in the production of these small and sensitive devices, reducing the risk of damage to components due to vibrations.

2. Electrical Appliance Manufacturing

• Small Home Appliances
  For small home appliances such as electric toothbrushes, shavers, and coffee makers, the TM-HTB01 processes the multi-core sheathed wires for the motor control, power supply, and indicator light circuits. Its quick and easy replacement of process materials enables efficient production, while the accurate stripping and crimping ensure the safety and reliability of these appliances. The machine’s energy-efficient operation (1500W power consumption) is also an advantage in the manufacturing of small home appliances, reducing production costs.
• Large Home Appliances
  In the production of large home appliances like refrigerators, washing machines, and air conditioners, the TM-HTB01 is used to handle the wiring harnesses. These harnesses typically consist of multi-core sheathed wires that require precise processing. The machine’s 2T crimp force ensures strong connections that can withstand the vibrations and mechanical stresses during the operation of these appliances. Its intelligent control system allows for the customization of stripping and crimping parameters according to the specific requirements of different large home appliances.

3. Automotive Industry

• Automotive Wiring Harnesses
  Automotive wiring harnesses are complex assemblies that require precise wire processing. The TM-HTB01 is employed to strip and crimp the multi-core sheathed wires in these harnesses, which connect various electrical components in a vehicle, such as the engine control unit, headlights, and interior lighting systems. The machine’s ability to handle wires with a diameter range of Φ0.8 – 4mm and different core numbers (up to 12 cores) makes it suitable for processing the diverse wires in automotive wiring harnesses. Its high-speed operation helps meet the high-volume production demands of the automotive industry, while the stable performance ensures the reliability of the wiring harnesses.
• Automotive Sensors and Actuators
  Automotive sensors and actuators, such as oxygen sensors, fuel injectors, and power window motors, rely on accurate wire processing. The TM-HTB01 processes the multi-core sheathed wires for these components, ensuring that the terminal connections are secure. The machine’s long-term maintenance-free operation (eliminating mechanical clutches) reduces the risk of failures in the production of automotive sensors and actuators, which are critical for the performance and safety of vehicles.

4. Aerospace and Defense Industry

• Avionics Systems
  In the aerospace industry, avionics systems require high-precision wire processing. The TM-HTB01 is used to strip and crimp the multi-core sheathed wires for components such as flight control computers, communication systems, and navigation equipment. Its intelligent control system allows for precise positioning and wide-range speed regulation, ensuring the accuracy of wire processing in these critical systems. The machine’s quiet operation is also important in aerospace manufacturing facilities, where a clean and quiet environment is necessary for the production of sensitive avionics components.
• Military Equipment
  Military equipment, including combat vehicles, aircraft, and communication devices, demands reliable electrical connections. The TM-HTB01 processes the multi-core sheathed wires for these equipment, ensuring that the terminal crimping can withstand harsh environmental conditions. Its durable components (such as HIWIN guide rails and AIRTAC pneumatic components) and stable performance make it suitable for the production of military equipment, which often operates in extreme environments.

5. Industrial Automation

• Control Panels
  Industrial control panels are the nerve centers of automated production lines. The TM-HTB01 is used to strip and crimp the multi-core sheathed wires for various components within these panels, such as relays, switches, and programmable logic controllers (PLCs). Its ability to handle different wire ranges and core numbers makes it suitable for processing the diverse wires in industrial control panels. The machine’s user-friendly touchscreen interface (with a full Chinese operating system) allows operators to easily set parameters, facilitating efficient production in industrial automation settings.
• Robotic Systems
  In the manufacturing of robotic systems, the TM-HTB01 processes the multi-core sheathed wires for the motors, sensors, and control circuits. Its high-speed crimping (0.2-second crimping speed) and accurate stripping ensure the reliable operation of robotic systems, which require precise electrical connections for smooth movement and accurate sensing. The machine’s compact design and low wear (due to the electrical control system) make it an ideal choice for the production of robotic systems, which often have limited space and high reliability requirements.