Servo - Driven System: Equipped with a servo - driven mechanism, the M - 200EMC offers highly accurate control over the heat transfer process. This allows for precise adjustment of parameters such as pressure, speed, and temperature, ensuring consistent and high - quality results. Whether it's transferring delicate patterns or large - scale designs, the servo system enables accurate replication.
Wide Temperature Range: It can operate within a broad temperature range, which is crucial for different types of heat - transfer materials and substrates. The temperature can be precisely controlled, ensuring that the heat - transfer process is optimized for the specific requirements of each job. This flexibility makes it suitable for a variety of applications, from heat - transferring onto textiles to working with plastics and ceramics.
Versatile Transfer Capabilities: The M - 200EMC is capable of handling various heat - transfer techniques. It can perform both flat - surface and curved - surface heat transfers. For example, it can transfer designs onto flat fabric pieces as well as onto cylindrical objects like mugs or onto spherical items. This versatility expands its application scope in different industries.
Power Requirements: It operates under [specific power supply details, e.g., 220V, 50Hz]. This power supply provides sufficient energy to drive the heating elements and the servo - driven components, ensuring stable operation.
Maximum Pressure: The machine can exert [maximum pressure value] of pressure during the heat - transfer process. This pressure is evenly distributed across the transfer area, ensuring that the heat - transfer material adheres properly to the substrate.
Working Dimensions: It has a [length] x [width] working area, which is large enough to accommodate a wide range of substrate sizes. This allows for the heat - transfer of small - scale items as well as larger products.
Servo - Driven System: Equipped with a servo - driven mechanism, the M - 200EMC offers highly accurate control over the heat transfer process. This allows for precise adjustment of parameters such as pressure, speed, and temperature, ensuring consistent and high - quality results. Whether it's transferring delicate patterns or large - scale designs, the servo system enables accurate replication.
Wide Temperature Range: It can operate within a broad temperature range, which is crucial for different types of heat - transfer materials and substrates. The temperature can be precisely controlled, ensuring that the heat - transfer process is optimized for the specific requirements of each job. This flexibility makes it suitable for a variety of applications, from heat - transferring onto textiles to working with plastics and ceramics.
Versatile Transfer Capabilities: The M - 200EMC is capable of handling various heat - transfer techniques. It can perform both flat - surface and curved - surface heat transfers. For example, it can transfer designs onto flat fabric pieces as well as onto cylindrical objects like mugs or onto spherical items. This versatility expands its application scope in different industries.
Power Requirements: It operates under [specific power supply details, e.g., 220V, 50Hz]. This power supply provides sufficient energy to drive the heating elements and the servo - driven components, ensuring stable operation.
Maximum Pressure: The machine can exert [maximum pressure value] of pressure during the heat - transfer process. This pressure is evenly distributed across the transfer area, ensuring that the heat - transfer material adheres properly to the substrate.
Working Dimensions: It has a [length] x [width] working area, which is large enough to accommodate a wide range of substrate sizes. This allows for the heat - transfer of small - scale items as well as larger products.
