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I. Toroidal Coil Winding Machine Series

Capable of mirror-finish arrangement for thin wires (0.08mm), neat arrangement for thick wires (5mm), and mirror-finish arrangement for parallel winding of 5 strands of 1mm enameled wire.

1. Ultra-Precision Wire Arrangement, Solving Industry Pain Points

Equipped with cutting-edge precision winding capability in the industry, it can wind 0.08mm ultra-fine enameled wire into toroidal coils with a "mirror effect"—the wire arrangement is tight and flat without wire jumping or overlapping, resolving the common industry issue of conventional toroidal winding machines that "can wind but cannot achieve neat arrangement". Meanwhile, it enables high-precision winding of large-diameter toroidal coils (0.4mm wire diameter, 0.5–1m diameter), producing well-formed coils with distinct wire strands that far exceed the performance limits of similar equipment.

2. Leading Multi-Wire Parallel Winding Technology, Easily Handling Complex Processes

Supports synchronous parallel winding of 5 strands of 1.0mm wire while achieving mirror-level wire arrangement precision. It features accurate synchronous tension control for multiple wires, eliminating issues such as uneven tension and wire abrasion during the winding process. This meets the complex production requirements of high-end precision toroidal coils, with technical strength far above the industry average.

3. Mature and Reliable, Backed by Dual Credentials of Cases and Experience

Leveraging extensive industry application cases and mature design solutions, the equipment boasts stable structure and standardized processes. A standardized workflow has been established from core component selection to whole-machine debugging, paired with comprehensive supporting services. It can quickly respond to personalized toroidal coil production needs across different industries, realizing immediate production upon delivery with dual guarantees of quality and efficiency.

II. Economical SP-102 Series

Cost-effective, fully functional, and versatile for diverse scenarios. Compatible with wire diameters ranging from 0.03mm to 1.8mm.

1. Unmatched Cost-Effectiveness

Sheet metal body controls costs; core components (motor/bearing/frequency converter) adopt standard parts, ensuring standardized processes, low failure rates, and easy operation for beginners.

2. Ultra-Simple Operation

Touch screen paired with preset parameter library enables proficiency in 30 minutes; power-off memory function plus 999 groups of process storage allows quick specification switching, ideal for small-batch and multi-variety production.

3. Reliable Basic Precision

Accurate winding count, neat wire arrangement, and automatic deceleration for coil finishing reduce manual rework, satisfying regular production needs of transformers, inductors, and filters in medium and small batches.

4. Stable and Durable

Mature control logic ensures strong anti-interference performance; optional 600W DC brushless motor with a maximum speed of 6000RPM, powered by standard 220V household electricity, featuring low maintenance costs.

5. Strong Adaptability

Compatible with various wire diameters and small-sized toroidal workpieces, supporting cross-slot winding. No equipment replacement is required for specification changes, making it suitable for startups and small factories expanding production capacity.

6. Flexible Configuration

Tailored to different budgets and requirements, it offers optional DC brushless/AC frequency conversion systems and can be equipped with tensioners/line arrangers. Cost-effective upgrades support the transition from semi-automatic to quasi-automatic production.

7. Low-Threshold Production Launch

Compact size, minimal floor space, and easy transportation, combined with low procurement and maintenance costs, ensure fast return on investment, perfect for users with limited budgets.

Additional Highlights

Power-Off Resume Winding: Resumes winding after power restoration, reducing raw material and labor time waste.

Wide Application Coverage: Fully covers common scenarios including high-frequency transformers, inductors, filters, and small-sized coils.

III. Standard SP-112D Series

Desktop design with high rigidity and precision, suitable for scenarios requiring certain accuracy and quality for small-volume coils. Compatible with wire diameters ranging from 0.02mm to 2.0mm.

1. High-Rigidity Body, Maximum Stability

Both the cabinet and base adopt integrated casting technology, paired with a large bearing span design. Its mechanical strength far surpasses sheet metal models, featuring low vibration and noise during operation, and maintaining stable precision even during 24-hour continuous operation.

2. High-Efficiency Output, Surging Productivity

Fast mechanical operation speed, combined with high-quality motors and precision transmission structures, increases winding efficiency by over 40% compared to entry-level models, easily meeting the needs of medium and small-batch large-scale production.

3. Flexible Configuration, Wide Adaptability

Supports diversified customized configurations (e.g., pneumatic tailstock, tensioner, multi-specification chucks), compatible with various wire diameters and small-sized special-shaped workpieces. The small-load clamping structure and cantilever beam design ensure smooth wire feeding without abrasion, suitable for winding coils of transformers, inductors, and other products across multiple scenarios.

4. User-Friendly Operation, Easy to Master

Optional touch screen paired with a dedicated motion control system for winding machines, supporting storage of multiple process parameters. The power-off memory function eliminates repeated debugging; the teach-mode programming design allows beginners to operate proficiently in 30 minutes, ensuring fast and efficient production switching.

5. Balanced Cost-Effectiveness, Budget-Friendly

Comprehensively upgraded performance compared to entry-level models, yet priced far lower than precision models. It perfectly caters to users with limited budgets pursuing stable quality, balancing production efficiency and cost control.

6. Durable and Easy to Maintain, Long-Term Peace of Mind

Core components adopt high-quality standard parts; the modular design facilitates later maintenance and replacement, featuring low failure rates and maintenance costs, minimizing unplanned downtime and ensuring production continuity.

IV. Precision SP-112H Series

Benchmarked against German VC winding machines, with high precision and strong process rigidity. Capable of winding enameled wires with diameters ranging from 0.03mm to 7mm.

1. Ultra-Rugged Rigidity, Stable Performance Under Heavy Loads

Core components of the whole machine (headstock, tailstock, simply supported beam bracket) adopt thickened integrated casting technology, with a radial load-bearing capacity of 500kg. It features low vibration and noise during operation, maintaining stable precision even during 24-hour continuous heavy-load work, suitable for winding large-diameter wires.

2. Top-Tier Precision Configuration, Zero Quality Deviation

Equipped with a Morse taper tailstock with high rotational precision, achieving wire arrangement neatness far exceeding industry standards. Combined with a high-precision multi-axis motion controller and servo drive system, it realizes deviation-free multi-axis coordinated interpolation, ensuring consistent coil turns and spacing.

3. Full-Scenario Adaptability, Covering All Complex Processes

Supports winding of disc-shaped, cylindrical, and special-shaped coils, perfectly matching the high-precision requirements of new energy vehicle electronic coils, brake coils, etc. It is compatible with various wire diameter specifications, capable of accurately processing both ultra-fine and thick enameled wires without replacing core equipment.

4. Modular Customization, Function Expansion on Demand

Optional rich functions including hot air treatment, grease coating, online laser wire diameter detection, and series-wound tensioners, supporting closed-loop real-time tension control to effectively reduce wire breakage and material waste. Reserved interfaces for external equipment enable connection with MES systems and visual inspection modules, meeting the needs of intelligent manufacturing upgrades.

5. High-Efficiency Mass Production Attributes, Significant Cost Reduction and Efficiency Improvement

The multi-axis linkage design greatly shortens idle travel time; preset process parameter libraries can be called during model switching, eliminating repeated debugging. Paired with optional automated loading and unloading modules, the single-machine productivity is increased by over 50% compared to standard models, reducing the comprehensive cost of mass production by 30%.

6. High Adaptability + Long Service Life, Benchmark for Cost-Effectiveness

Core components adopt high-quality standard parts; the modular design facilitates maintenance and replacement, featuring low failure rates and controllable maintenance costs. It not only meets high-end precision production needs but also offers superior cost-effectiveness compared to peer precision models, making it the optimal solution for mid-to-high-end production capacity upgrades.

7. Industry-Tailored Optimization, First Choice for High-End Scenarios

Optimized design for high-standard fields such as new energy vehicles and precision electronics, delivering coils with outstanding electrical performance and mechanical stability. It resolves the cumulative error issue in multi-turn and multi-layer winding, serving as the core equipment for high-demand coil production.

V. Micro Coil Winder SP-D102M Series

Benchmarked against American MCS micro coil winding machines, capable of winding wires as thin as 0.007mm.

The REPOSAL SP-D102M series micro coil winding machine is dedicated to the processing and manufacturing of precision micro coils, with core technical indicators matching the standards of American MCS products. In the market landscape, we maintain a positive competitive and complementary cooperation relationship with international counterparts, each possessing stable customer groups. Looking ahead, we look forward to working hand in hand with industry colleagues worldwide to jointly drive technological iteration and industrial upgrading in the field of micro winding equipment, providing global customers with higher-quality products and services, and building a win-win industry ecosystem.

1. Unmatched Precision Winding Capability

Stably processes 0.01mm foil wires, breaking through the limitations of traditional enameled wire winding. Optimized winding tension control addresses the pain point of low tensile strength and easy breakage of foil wires, achieving yield rates far above industry standards, on par with the American MCS-101 series micro winders.

2. Unrivaled Operational Convenience Outperforming Competitors

Rapid iterative upgrades simplify the operation process compared to the MCS 101 series. The touch screen interface paired with a preset micro coil process library allows beginners to master operation quickly, significantly reducing manual debugging costs.

3. Full-Scenario Adaptability for Micro Coils

Covers the winding needs of various micro coils such as temperature sensors, methane gas sensors, micro-flow memory coils, and ablation catheters. Supports the processing of flexible helical coils with slender shafts, enabling one-machine production of multiple types of micro components.

4. Competitive Advantage of High Cost-Effectiveness

Process precision rivals international brands, while offering more favorable prices and lower maintenance costs, making it a cost-effective alternative to imported micro coil winding machines.

VI. Customized Series

Customization ≠ High Price; Customization ≠ High Risk

1. Modular Combination, Short Customization Cycle

Based on abundant standard machine cases, core functions such as winding, wire arrangement, and tension control are modularized. Customer customization requirements can be quickly implemented through modular combination without starting from scratch in R&D. The delivery cycle is shortened by over 30% compared to similar customized machines in the industry.

2. Reuse of Mature Solutions, Zero Quality Risk

All functional modules of customized machines have been verified in the market. The core structures of machines such as 9-slot straight winding motor winding machines, flexible coupling winding machines, medical titanium plate with trip winding machines, and high-precision honeycomb coil winding machines are derived from mature application scenarios. This eliminates the common trial-and-error costs of customized machines, ensuring quality stability consistent with standard machines.

3. Custom Attributes + Standard Costs, Outstanding Cost-Effectiveness

Breaking the industry pain point of "customization = high price", the modular design greatly reduces R&D and production marginal costs. It can not only accurately meet customers' personalized needs but also achieve cost control. The price is only 10%–15% higher than that of standard machines of the same specification, far lower than the premium of fully customized machines in the industry.

4. Full-Scenario Coverage, Strong Adaptability