News and Blog

Sourcing precision machined shafts for the German market? This 2026 OEM Sourcing Guide introduces 15 established custom shaft manufacturers in Germany. Learn how to evaluate CNC capabilities, material options, quality systems, and discover cost-effective global alternatives to optimize your supply chain.

The U.S. market for precision custom shafts in 2026 is driven by the need for reliable OEM solutions. This article highlights the Top 15 manufacturers, positioning Feigeer Tech as the #1 source manufacturer for CNC turned shafts, offering flexible materials, drawing-to-part services, and ISO-certified quality for industrial applications.

Finding the right CNC machining supplier is a common hurdle for engineering and procurement teams. We evaluated the top 6 custom machining partners—including Protolabs, Xometry, and Feigeer Tech. Discover how to match your specific project stage with the right manufacturing facility, from rapid prototyping to mid-to-high volume OEM production.

Stereolithography (SLA) 3D printing has evolved into a mature manufacturing solution that balances high precision with production efficiency. This comprehensive guide explores the core principles of SLA technology, its synergistic relationship with FDM, and its extensive industrial resin materials. Discover how large-format capabilities and custom 3D printing services from Feieer Tech are empowering agile R&D across the automotive, consumer goods, and healthcare sectors.

The performance and lifespan of an electric motor rely heavily on its exterior enclosure. This comprehensive 2026 engineering guide explores the optimal materials and manufacturing strategies for custom motor housings, comparing CNC machining, stamping, and casting to help OEM design teams optimize thermal management, maximize structural rigidity, and reduce production costs.

Selecting the right aluminum grade is critical for part performance and machining costs. This comprehensive 2026 guide compares the industry's top CNC aluminum alloys—6061, 7075, 2024, and 5052—head-to-head. Discover which material perfectly matches your application, and learn expert Design for Manufacturability (DFM) tips to avoid warping, improve surface finish, and significantly reduce your manufacturing costs.

3D printing is a manufacturing process that helps turn digital designs into physical parts. For OEM engineers and product teams, it is commonly used for prototypes, design testing, custom fixtures, and low-volume trial parts before moving into larger production.At Feigeer Tech, 3D printing is often

Learn how to choose between 3D printing services and CNC machining for your next project. Explore how custom 3D printed parts and precision machining work together in a hybrid workflow to reduce costs and accelerate product development. Get expert insights from Feigeer Tech.

Custom Threaded Shaft Machining Guide for OEM Engineers | Feigeer TechIn precision CNC machining, threaded shafts are critical components used in fastening, motion control, and power transmission systems.For OEM engineers, designing a custom threaded shaft is not just about adding threads—it involve

In the world of custom shaft manufacturing, dimensional tolerances help ensure that your part fits into an assembly, but it is often the surface roughness (Ra) that determines how long that assembly will last.Whether you are designing a high-RPM micro motor shaft or a precision pump shaft, the micro