| Brand Name: | TBI |
| Model Number: | BSHR01404-3 |
| MOQ: | 1 |
| Price: | 1-100 USD |
| Delivery Time: | 1-7 work days |
| Payment Terms: | T/T,L/C,D/A,D/P,Western Union |
The TBI Ball Screw BSHR01404 brings industrial-grade precision to additive manufacturing as a specialized 14mm diameter motion solution designed for high-performance 3D printers. This precision-engineered ball screw translates rotational motion into exceptionally smooth linear movement, enabling the layer-by-layer accuracy demanded by professional-grade 3D printing applications. TBI's expertise in motion control shines through in this model's ability to maintain precise positioning throughout extended print jobs, eliminating artifacts caused by inconsistent movement while supporting the rapid accelerations needed for efficient production. The screw's optimized ball recirculation system operates with remarkably low friction, reducing power requirements and minimizing heat generation that could affect print quality. Designed to withstand the continuous duty cycles of production environments, the BSHR01404 maintains its tight tolerances over time, ensuring consistent performance from the first layer to the last across countless prints. Its robust construction handles the varying loads encountered during different printing phases while resisting the wear that can plague lesser components in dust-prone environments. The vibration-damping characteristics contribute to cleaner surface finishes on printed parts, making this ball screw particularly valuable for printers producing technical components or finished goods. By incorporating this TBI motion solution into 3D printer designs, manufacturers gain access to professional-level reliability that helps bridge the gap between prototyping and production, delivering the repeatable precision needed for serious additive manufacturing applications while maintaining the quality standards associated with the TBI name.
NJSKT is able to provide end machining of the ball screws according to your drawing. To help you see recommended end machinings for different types of housings. we will also machine custom ends to match a customer-supplied drawing. This image is of a drawing of the typical end machining dimensions that would be required for us to machine the ends. Other configurations are possible to machine as long as they are clearly drawn.
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⑥Actual product photo
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