Unlock the Secrets to Efficient Coreless Motor Production — Xingte Tech Empowers You to Seize Industry Opportunities!

When drones hover steadily, surgical robots perform precise operations, and humanoid robots execute delicate gripping movements, the core power source enabling these high-end scenarios is the coreless motor. As a standard core component for high-end precision manufacturing, coreless motors are seeing exponentially surging market demand.

Nevertheless, most enterprises are trapped in a dilemma: impressive prototype performance yet unstable mass production. Targeting the key bottleneck of coil winding in mass manufacturing, Xingte Tech delivers a fully automatic standardized solution for coreless coil winding. We help you overcome critical challenges in mass production and swiftly capture market share.

The rise of coreless motors stems from the structural revolution against traditional iron-core motors. Abandoning silicon steel sheet rotors, coreless motors innovatively adopt self-supporting coils as the core component, fundamentally eliminating cogging torque. This brings five major advantages: smooth startup without jitter, millisecond-level response, ultra-compact size, low electromagnetic interference, long service life and high energy efficiency. They become the optimal choice for high-end applications requiring limited installation space, rapid response and precise control.

However, the industry-wide pain point of "excellent prototype performance but inconsistent quality in mass production" remains a major barrier to large-scale commercialization of coreless motors. Although many enterprises can develop high-quality prototypes, they generally struggle with three challenges: disconnection between design and manufacturing, difficulty in standardizing core processes, and failure of conventional testing methods to guarantee consistency during mass production.

As a national-level key Specialized, Refined, Unique & Innovative "Little Giant" enterprise, Xingte Tech has deeply engaged in the precision manufacturing of micro-motors. We precisely address mass-production pain points in coreless coil winding and launch a coreless motor coil winding solution centered on high precision and full automation.

Custom-designed for coreless coil winding, this solution covers specifications ranging from 8 mm to 32 mm, enabling one-stop mass production of coils for brushed/coreless motors, brushless coreless motors and joint motors. The production workflow achieves full automation covering winding, tap extraction, wire flattening, hot pressing and unloading with zero manual intervention. It directly outputs flat-pressed coils with terminal sheets, significantly cutting labor costs while boosting efficiency. Meanwhile, it eliminates defective products caused by human error and ensures consistent coil quality in mass production from the source.

To tackle low efficiency and large errors of traditional manual winding, Xingte Tech develops a fully automatic production line for forming coreless diamond winding coils with seamless connection of five core procedures:

• Intelligent wire clamping: Real-time adjustment via tension controllers to fix wire ends accurately and guarantee winding consistency from the start.
• Precision winding: Servo motors precisely control motion paths, turns and layers to achieve neat arrangement of enameled wires.
• Automatic gluing and sheet attaching: Automatic rotating feeding, gluing, arrangement and hot-press shaping.
• Pre-rolling: Progressive rolling for pre-forming to prevent damage to enamel insulation films and provide uniform blanks for finishing.
• Constant-temperature precision shaping: Constant-temperature servo sizing, uniform force distribution via multi-point feedback, and micron-level precision to ensure batch consistency.
• Automatic unloading: Robotic arms seamlessly connect with subsequent processes to greatly shorten production cycle.

Also known as concentric winding, diamond winding adopts self-adhesive enameled wires to form multiple diamond-shaped coils. It features higher slot filling factor and more accurate dimension control, perfectly meeting large-volume production requirements.

Apart from core diamond winding, Xingte Tech also provides diversified customized solutions covering high-end scenarios across all industries:

• Direct winding type: High space utilization, applied in aerospace precision instruments and industrial robot joints.
• Diagonal winding type: Small end size and dense wire arrangement, suitable for automotive electronics and premium home appliances.

The coreless motor industry is rapidly advancing from mid-end mass production toward high-end manufacturing featuring high precision and stability. Consistency and stability in mass production have become core competitive edges for manufacturers. Xingte Tech specializes in core diamond winding technology and commits to the full automation and standardization upgrade of coreless coil winding processes. We provide integrated services including technical consultation and mass production support to help you resolve coil manufacturing challenges and jointly explore this blue-ocean market!