Heatecx Limited
The HT-B3B Mica Sheet Wire Winding Machine is a cutting-edge solution specifically designed for the manufacturing of electrical heating elements. This high-precision mica sheet winding machine enables the winding of resistance wire onto mica sheets, carbon fiber, magnesium rods, and ceramic rods, among other materials. Its advanced control system, based on a servo motor and PLC with a touch screen, ensures intuitive operation and unparalleled versatility. The HT-B3B is the ideal machine for winding wire onto mica for producers seeking to optimize their manufacturing processes, offering the capability to wind wire onto mica sheets with different winding pitches, adapting to a wide range of heating element design requirements.
The HT-B3B is a multifunctional resistance wire winding machine for mica that redefines efficiency in the heating element industry. This machine's robust design and advanced control technology allow it to handle a diverse range of materials and wire diameters. From fine to thick wire winding, the HT-B3B ensures constant tension and uniform winding, crucial for the durability and performance of heating elements. Its ability to adjust winding speed and pitch makes it an indispensable tool for mass production, guaranteeing high productivity and consistent quality in every piece. It is the perfect choice for those seeking a reliable and high-performance mica sheet winding machine.
The HT-B3B Mica Sheet Resistance Wire Winding Machine is essential in the manufacturing of a wide range of electrical heating elements. Its applications include:
• Mica Heating Elements: Production of resistors for toasters, hair dryers, ovens, and other home appliances.
• Carbon Fiber Heaters: Manufacturing of elements for radiant heating and industrial applications.
• Cartridge Heaters: Winding wire onto magnesium and ceramic insulators for immersion heaters and other heating systems.
• Automotive Industry: Heating components for seats, mirrors, and defrosting systems.
• Electronics: Production of precision resistors for various applications.
The HT-B3B machine for winding wire onto mica offers a series of features and advantages that distinguish it in the market:
• Advanced Control: Equipped with a servo motor, PLC, and touch screen, this resistance wire winding machine for mica provides precise control and simple operation, minimizing errors and optimizing the winding process.
• Material Versatility: A single mica winding machine can handle mica sheets, carbon fiber, magnesium rods, and ceramic rods, reducing the need for multiple equipment and saving space and costs.
• Wide Diameter Range: Capable of winding wires with diameters from 0.1 mm to 1.0 mm, allowing great flexibility in heating element design.
• Adjustable Winding Length: Allows winding coils from 10 mm to 1000 mm in length, adapting to various product specifications.
• High Productivity: With a production capacity of 800 to 2000 pieces per shift, this mica sheet winding machine ensures superior efficiency in series production.
• Adjustable Speed: Winding speed can be adjusted to suit material characteristics and production requirements, ensuring optimal winding.
• Compact and Robust Design: Its volume of 1200x700x1300 mm and a weight of 300 KG make it a stable and durable machine, ideal for industrial environments.
|
Feature |
Value |
|
Wire Diameter (mm) |
0.1 - 1.0 |
|
Winding Length (mm) |
10 - 1000 |
|
Control Mode |
Servo Motor + PLC + Touch Screen |
|
Compatible Materials |
Mica, Carbon Fiber, Magnesium Rod, Ceramic Rod |
|
Speed |
Adjustable |
|
Production per Shift |
800 - 2000 pieces/shift |
|
Voltage |
Three-phase 380V / Three-phase 220V / Single-phase 220V |
|
Power |
500W |
|
Volume (LWH mm) |
1200 * 700 * 1300 |
|
Machine Weight (KG) |
300 |
The speed of the HT-B3B winding machine is adjustable. This allows adapting the operation to the specific characteristics of the wire and the base mica material, as well as to production requirements. The ability to adjust the speed is a key advantage for optimizing winding quality and production efficiency, allowing for a production of between 800 and 2000 pieces per shift.
