We are excited to announce the launch of our new online motor selection and configuration tool, designed to dramatically simplify the process of identifying the optimal coreless motor for your application. Available now on our company website, this free-to-use interactive platform empowers engineers, system integrators, and procurement professionals to specify, configure, and request samples of our coreless motors in just minutes.
Key Features and Capabilities:
Intelligent Application-Based Filtering:
The tool incorporates a comprehensive application database that guides users through a series of intuitive questions regarding their application requirements. Whether you are designing a surgical stapler, a robotic gripper, an infusion pump, a drone gimbal, or an industrial valve actuator, the tool’s intelligent algorithm identifies the most suitable motor families for your specific use case. Users can filter by application type, diameter range, rated voltage, torque requirements, and speed specifications simultaneously.
Interactive 3D Model Viewer:
Once a motor family is selected, the tool presents an interactive 3D model viewer that allows users to rotate, zoom, and inspect the motor from every angle. Critical dimensions, mounting hole locations, and shaft configurations are clearly visualized, enabling engineers to verify mechanical compatibility before ordering samples. The viewer also supports layer-by-layer exploration, showing internal components including the coil assembly, magnet structure, and bearing arrangement.
Real-Time Performance Simulation:
One of the tool’s most powerful features is its real-time performance simulation capability. Users can input their operating voltage, expected load torque, and desired speed range, and the tool instantly generates simulated performance curves including speed-torque characteristics, efficiency maps, current consumption profiles, and thermal rise predictions. This interactive simulation eliminates guesswork and allows engineers to evaluate multiple design scenarios quickly.
Customization Configuration Module:
For projects requiring non-standard specifications, the tool includes a customization configuration module. Users can specify optional modifications including:
- Custom shaft length and diameter
- Special winding configurations for specific voltage requirements
- Alternative connector types and cable lengths
- Integrated encoder options (incremental or absolute)
- Gearbox integration (planetary or spur gear types)
The tool generates a preliminary custom specification sheet, which can be saved, printed, or submitted directly to our engineering team for quotation and feasibility review.
Instant Sample Request and Documentation:
After selecting a motor and confirming specifications, users can instantly generate a sample request form. The tool automatically populates the form with all selected parameters, eliminating manual data entry errors. Additionally, users can download technical datasheets, 2D dimensional drawings (DXF format), and 3D CAD models (STEP format) directly from the tool, accelerating the mechanical design process.
User Experience and Accessibility:
The tool has been developed with a mobile-first responsive design, ensuring full functionality across desktop computers, tablets, and smartphones. The interface is available in English, Chinese, German, and Japanese, making it accessible to our global customer base. The tool’s intuitive workflow guides users through four simple steps: Application Selection, Performance Specification, Customization Options, and Quote/Sample Request.
Initial user testing has shown that the average time to complete a motor selection and sample request has been reduced from over two hours to less than ten minutes, significantly accelerating the early-stage design process for our customers.
Technical Support Integration:
For users who prefer guided assistance, the tool integrates with our live chat support system, allowing instant connection to our application engineering team. Engineers can share their current selection screen with our support staff for collaborative troubleshooting and optimization. Scheduled video consultations can also be booked directly through the tool.
“Bringing this tool to market represents a major investment in our digital customer experience,” said our Director of Application Engineering. “We understand that time-to-market is critical for our customers, and we believe that reducing the friction of motor selection and specification will allow their engineering teams to focus on higher-value system-level design work.”
Access the Tool:
The online motor selection and configuration tool is now live and available free of charge at [your website link]. Registration is quick and requires only a valid email address. Registered users can save their configuration histories, track sample request status, and receive notifications when new products matching their preferences become available.
Post time: Jun-27-2026