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Core Capabilities

Bomag ELECTRIC MOTOR > Core Capabilities
Core Capabilities

R&D Team

Since its establishment, BOMAG ELECTRIC MOTOR has specialized in the R&D of Magnetic Bearing Motors, special explosion-proof motors and other motor types. Its core team — consisting of senior experts in motor design, control algorithms and other key fields — boasts over 10 years of in-depth industry experience per member, with a collective focus on long-term dedication to motor technology innovation. The team has built a full-chain system covering "basic research - application development - achievement transformation", and deeply engages in core technologies such as magnetic circuit optimization and energy-saving algorithms. This enables the swift conversion of technologies into tailored solutions that accommodate special parameters and industry-specific customization needs, suitable for diverse application scenarios. Meanwhile, the manufacturing and engineering teams collaborate seamlessly, controlling efficiency and optimizing processes from the initial design stage. With cost-effective, high-quality and customizable solutions, BOMAG ELECTRIC MOTOR helps customers enhance market competitiveness. It has gained long-term customer trust and industry recognition through solid innovation capabilities, profound R&D expertise and full-chain service advantages.
Core Capabilities

Manufacturing Strength

Since its inception, BOMAG ELECTRIC MOTOR has placed great emphasis on modern processes and production technologies, considering the rationality and convenience of production processes from the very beginning of the motor design phase. A technical department has been established to oversee the introduction, localization, and innovation of advanced production processes and technologies from both domestic and international sources, building a meticulously refined motor production process system and innovative model. This not only improves quality consistency but also reduces production costs. For example, the aluminum wire piercing terminal process eliminates paint stripping, prevents oxidation, eliminates cold welds, saves labor, and is pollution-free. Laser welding offers high precision, high speed, and low cost, and also features welding process monitoring and quality control.
permanent magnet electric motor

Quality Control

From core technology research and development to large-scale production and delivery, BOMAG ELECTRIC MOTOR consistently prioritizes "ultimate quality" as the cornerstone of its development. It establishes a comprehensive quality control system based on international standards, providing stable and reliable motor solutions for various industries. From the outset of each motor design, simulation testing and performance simulation are used to mitigate potential quality risks and ensure that core performance indicators such as efficiency, noise, and lifespan meet user expectations. A mature supply chain and low-defect production model ensure consistent quality while controlling costs. This allows customers to obtain customized motors that meet their needs without worrying about quality fluctuations during mass production.

Core Capability

Testing & Validation Capabilities

We provide comprehensive testing and validation for motors and magnetic components, covering dimensional accuracy, electrical performance, magnetic properties and mechanical strength.

Dimensional Inspection

Using CMM and other high-precision measuring equipment, we verify all critical dimensions to ensure full compliance with design requirements. For selected features, dimensional accuracy can be controlled within 5 μm.

Electrical Performance Testing

We perform systematic tests on output power, back-EMF, turn-to-turn insulation, withstand voltage and insulation resistance to ground, ensuring that all electrical parameters meet design specifications and relevant standards.

Magnetic Performance Testing

Magnetic materials and assemblies are tested for B–H curves, magnetic field distribution and field uniformity. This guarantees stable, controllable magnetic performance for high-efficiency motor designs.

Mechanical Performance Testing

Materials are evaluated for tensile, compressive and flexural strength, as well as hardness, to verify that mechanical properties meet design targets and provide reliable performance under high-speed and high-stress conditions.

FAQs

01.Can a custom motor be 100% compatible with my equipment and working conditions?

Yes, but you will need to provide complete specifications. Please specify the equipment’s installation dimensions (shaft diameter, mounting hole locations), operating power/speed, and operating conditions (such as high temperature/high humidity/explosion-proof environments, and load types). If necessary, equipment drawings or 3D models can be provided to ensure a seamless fit between the motor and the equipment.

A formal quote will include basic production costs, standard customization fees (such as parameter adjustments), and taxes, but special items must be confirmed in advance. Mold costs (such as custom housings) and expedited fees may be calculated separately.

The lead time varies depending on the situation: conventional customization (changing parameters of existing models) takes 7-20 days, and new design (requiring mold opening/re-development) takes 30-90 days.

We can accept orders for 1-2 samples, but there are two minor details to consider:
1. The price includes basic customization costs. If mold making is required (e.g., for a special housing), a small mold-making fee will be charged. This fee will be refunded when you place a subsequent bulk order.
2. The lead time is slightly longer than mass production, approximately 15-20 days. We will prioritize production to ensure samples are shipped to you as quickly as possible.

The default protection level is IP54 (dustproof + splashproof) and insulation class F (temperature resistance 155°C). If used in humid environments (such as aquatic workshops), it can be upgraded to IP65. A dust cover can be added for dusty environments. The insulation level can also be upgraded to class H or C (temperature resistance 220°C+) for high-temperature conditions. Specific customization is possible based on the user’s environment.

If you’re adjusting parameters on an existing motor (such as changing the shaft diameter, power, or protection level), you can order 1-5 units and have quick delivery. If you need a completely new design (such as a special housing or non-standard mounting structure), the lead time will be longer and the minimum order quantity will be higher because of the mold opening and dedicated R&D. We can clarify the type of motor you need and the adjustments required, so we can help you determine a more accurate minimum order quantity and plan.”

Motor customization