Cooperating Companies in Heating Element & Resistance Wire Manufacturing
Engineering-based cooperation with manufacturers using heating element and resistance wire processing equipment for practical production applications.
Panasonic has cooperated with Guangdong Xiezhan through the procurement of the XZ-T240P CNC triaxial spring heating wire winding machine for hair dryer heating element production.
This equipment is applied in the forming of resistance wire springs used in compact airflow heating assemblies, where winding accuracy and structural consistency are critical to downstream assembly.
The XZ-T240P supports triaxial winding control, allowing stable formation of spring-type heating wires with controlled pitch and diameter. In hair dryer applications, this process helps ensure uniform heat distribution and mechanical stability during continuous operation.
Through this cooperation, the equipment has been integrated into practical manufacturing conditions for small appliance heating elements, demonstrating compatibility with resistance wire processing requirements in consumer electrical products.
Jinhua Jinshun Tools Co., Ltd. has cooperated with Guangdong Xiezhan through the procurement of the XZ-T2112A fully automatic spring heating wire winding machine, applied in the manufacturing of heating elements for heating gun products.
The cooperation is based on production requirements involving resistance wire spring forming, where automation stability and winding repeatability are necessary to support continuous manufacturing.
The XZ-T2112A operates as a fully automatic winding system, enabling consistent control of spring pitch and coil geometry during resistance wire forming. In heating gun applications, this process supports structural consistency of heating elements used under high thermal load and frequent operating cycles.
In practical use, the equipment has been applied under real production conditions to verify winding continuity, forming consistency, and compatibility with heating element designs for handheld heating tools. This cooperation reflects alignment between automated winding equipment and resistance wire processing requirements in industrial and tool-grade heating applications.
MANICA-THAI CORP., LTD. has cooperated with Guangdong Xiezhan through the procurement of the XZ-C601P heating element reduced or divided-pressure heating rope winding machine, applied in the manufacturing of heating elements for electric air comb products.
The cooperation is established around resistance wire rope forming requirements, where controlled tension and stable winding pressure are necessary to maintain structural consistency during continuous production.
The XZ-C601P is configured for reduced or divided pressure winding control, allowing resistance wire to be formed into heating rope structures with regulated compression and uniform geometry. In electric air comb applications, this winding process supports consistent heat output and mechanical stability within compact heating assemblies.
Under practical manufacturing conditions, the equipment has been applied to verify winding continuity, pressure control stability, and compatibility with heating rope designs used in personal care heating products. The cooperation reflects engineering-level alignment between controlled-pressure winding equipment and resistance wire processing requirements for small appliance heating elements.
Zhejiang Prulde Electric Appliance Co., Ltd. has cooperated with Guangdong Xiezhan through the procurement of the XZ-T2100P one-meter three-axis CNC spring heating wire winding machine, applied in the manufacturing of heating cores for electric wind comb products.
The cooperation is based on production requirements involving long-length resistance wire spring forming, where axial coordination and dimensional stability are necessary to maintain consistency across extended winding ranges.
The XZ-T2100P is designed for one-meter three-axis CNC winding control, enabling stable spring formation of resistance wire over extended lengths with controlled pitch and coil alignment. In electric wind comb heating core applications, this process supports structural continuity and uniform thermal behavior within elongated heating assemblies.
Under real manufacturing conditions, the equipment has been applied to verify long-range winding stability, repeatability of coil geometry, and compatibility with heating core designs used in personal care electric appliances. The cooperation reflects engineering-level alignment between multi-axis CNC winding equipment and resistance wire processing requirements for extended heating element structures.
RAYTECH HOLDING LTD (RAY) has cooperated with Guangdong Xiezhan through the procurement of the XZ-T240P CNC triaxial spring heating wire winding machine, applied in resistance wire forming processes.
The cooperation is based on manufacturing requirements for controlled spring shaping of resistance wire, where multi-axis coordination and dimensional repeatability are required to support stable downstream processing.
The XZ-T240P provides triaxial CNC winding control, enabling consistent regulation of spring pitch and coil geometry during resistance wire forming. This winding process supports uniform structural characteristics of resistance wire springs used across various heating element configurations.
Under practical production conditions, the equipment has been applied to verify winding stability, repeatability of forming parameters, and compatibility with resistance wire processing requirements. The cooperation reflects engineering-level alignment between triaxial CNC winding equipment and resistance wire forming applications.
Hangzhou Heatwell Electric Heating Technology Co., Ltd. has cooperated with Guangdong Xiezhan through the procurement of the XZ-T2201 fully automatic dual-head drive five-axis CNC spring heating wire winding machine, applied in the manufacturing of heating plates for electrical appliances.
The cooperation is based on production requirements involving multi-point resistance wire forming, where synchronized motion control and forming consistency are necessary to support heating plate structures.
The XZ-T2201 is configured with a dual-head drive and five-axis CNC control system, enabling coordinated winding of resistance wire with controlled pitch and alignment. In heating plate applications for electrical appliances, this forming process supports uniform heat distribution and structural stability across planar heating element layouts.
Under practical manufacturing conditions, the equipment has been applied to verify forming repeatability, motion synchronization stability, and compatibility with resistance wire layouts used in appliance heating plates. The cooperation reflects engineering-level alignment between multi-axis CNC winding equipment and resistance wire forming requirements in appliance-grade heating element production.
Zoppas Industries Heating Element Technologies has cooperated with Guangdong Xiezhan through the procurement of the XZ-T2103 fully automatic spring-shaped heating wire winding machine without reserved head, applied in the manufacturing of industrial heating tubes.
The cooperation is established around resistance wire forming requirements for tubular heating elements, where continuous spring geometry and stable forming consistency are necessary to support tube insertion and subsequent sealing processes.
The XZ-T2103 is designed for fully automatic spring-shaped winding without reserved head structure, enabling continuous resistance wire spring formation with controlled pitch and uniform coil geometry. In industrial heating tube applications, this forming approach supports structural continuity of the heating element and compatibility with tubular assembly processes.
Under practical manufacturing conditions, the equipment has been applied to verify forming stability, repeatability of spring geometry, and suitability for resistance wire configurations used in industrial heating tubes. The cooperation reflects engineering-level alignment between automated spring winding equipment and resistance wire forming requirements in industrial heating applications.
Baxter International has cooperated with Guangdong Xiezhan through the procurement of the XZ-T2050 ultra-fine spring fully automatic winding machine, applied in the manufacturing of medical guide wire springs.
The cooperation is based on production requirements involving ultra-fine resistance wire forming, where dimensional precision, repeatability, and stable automated control are critical for downstream medical component processing.
The XZ-T2050 is configured for fully automatic winding of ultra-fine spring structures, enabling controlled regulation of spring pitch and coil diameter during micro-scale forming processes. In medical guide wire spring applications, this winding approach supports consistent structural characteristics required for precision assembly.
Under practical manufacturing conditions, the equipment has been applied to verify winding stability, forming repeatability, and compatibility with ultra-fine spring specifications used in medical device components. The cooperation reflects engineering-level alignment between precision winding equipment and fine spring forming requirements in medical manufacturing environments.
Guangdong Huanengda Electric Co., Ltd. has cooperated with Guangdong Xiezhan through the procurement of the XZ-B460P deep U corrugated heating wire winding machine, applied in the manufacturing of heating cores for hair dryer products.
The cooperation is based on resistance wire forming requirements for compact airflow heating structures, where corrugated geometry and forming consistency are necessary to support heat exchange efficiency and mechanical stability.
The XZ-B460P is designed for deep U corrugated winding of heating wire, enabling controlled shaping of resistance wire into compact corrugated structures with stable geometry. In hair dryer heating core applications, this forming process supports efficient heat dissipation within limited space and maintains structural integrity under continuous airflow and thermal cycling.
Under practical manufacturing conditions, the equipment has been applied to verify corrugation stability, forming repeatability, and compatibility with heating core designs used in hair dryer assemblies. The cooperation reflects engineering-level alignment between corrugated wire winding equipment and resistance wire forming requirements for personal care heating applications.
Shanghai Flyco Electrical Appliance Co., Ltd. has cooperated with Guangdong Xiezhan through the procurement of the XZ-B450P double tooth box deep U corrugated heating wire winding machine, applied in the manufacturing of heating cores for hair dryer products.
The cooperation is established around resistance wire forming requirements for compact airflow heating structures, where deep U corrugated geometry and forming consistency are essential to support stable heat output and mechanical reliability.
The XZ-B450P is configured with a double tooth box corrugation mechanism, enabling controlled shaping of resistance wire into compact corrugated structures with uniform wave height and pitch. In hair dryer heating core applications, this forming process supports efficient heat exchange within limited space and maintains structural stability under continuous airflow and thermal cycling.
Under practical manufacturing conditions, the equipment has been applied to verify corrugation stability, repeatability of forming parameters, and compatibility with heating core designs used in hair dryer assemblies. The cooperation reflects engineering-level alignment between corrugated wire winding equipment and resistance wire forming requirements in personal care appliance manufacturing.