Goaxis Pro
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We are a factory specializing in producing motors for more than 14 years. With three specialized factories, a professional R&D team, mature management, and an experienced engineering and sales team, we are dedicated to bringing you a seamless and pleasant purchasing experience.
In order to confirm product quality, every step of the process is carefully monitored from raw material sourcing all the way to final shipment. Maintaining high quality standards is the core basis of our continuous development.
Gold status supplier with high credibility.
100% on-time delivery rate.
Standard samples ready in 2 weeks; custom samples in 3 weeks.
Timely response to all messages within 2 hours.
1. Are you a trading company or a manufacturer?
We are a factory. We have specialized in micro DC motors and DC gear motors for more than 14 years.
2. What payment methods are supported for new customers?
We can set up Secure Online Orders for our new clients, which allows payments online with major credit cards (Mastercard, Visa, etc.). We also accept payments via PayPal and T/T.
3. Can you customize a motor if I cannot find a suitable model on the website?
Yes. We can design and customize specialized micro motors customized directly to our clients' application and technical specifications.
4. What certifications do your motors hold?
Our micro motors are certified with CE, FCC, ISO, and other international safety approvals. If you have specific regional certification requirements, we can apply for them to match your needs.
5. How is quality control handled?
We maintain professional inspectors on each production line process. Once assembly is complete, we run full machine testing utilizing professional gear like Hardness Testers, 2.5D Image Testers, Salt Spray Chambers, Life Cycle Testers, Temperature Test Chambers, and Noise Testers.
6. What voltages are these mini micro stepper motors rated for?
Our custom micro stepper motors can be specified for 3V, 6V, 12V, or custom voltage inputs to perfectly match your power supply and application constraints.
