New BSM Ball Screw Available with Maximum Speed of 5,000 RPM
Overall length and increased number of loaded circuits ensures optimum rigidity. Utilizes circulation structure and a large lead to meet high-speed performance demands. Available with screw shaft outer diameters ranging from 36mm to 63mm.
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New High-load Ball Screws Provide Smooth, Quiet Motion at Higher Speeds Over a Longer Life
Available with up to 15 m screw lengths and with single or double nuts. Minimizes replacement and maintenance costs for the application. Comes in standard sizes up to 160 mm in diameter with up to 1,440 kN of dynamic load capacity and Lead accuracy is up to 12 µm/300 mm.
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New BNS-V Ball Screw/Spline Enables Quick Starts and Stops During High-Speed Operation
The BNS-V Ball Screw/Spline comes with ø72 outer diameter, inertia of 2.00kg•cm² and weight of 1.00 kg. The unit features a rigid shaft support and an angular-contact structure. The ball screw and ball spline nuts feature dedicated support bearing directly embedded on the circumference of the nuts.
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Leadscrew-Nut Insert Prototype features threaded interior.
Useful in prototyping of a leadscrew-driven axis, 3-D Printed Leadscrew-Nut Insert Prototype impacts power consumption and rated life. These nuts feature hex-shaped exterior that are embed into flanged nut bodies. Inserts comes with ring groove which axially locks into its position whereas the hex-shape locks into nut body.
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How to Choose the Right Vacuum Chamber
To learn more about avoiding the pitfalls in choosing a vacuum chamber manufacturer and KTC's expertise in this area, download this white paper now.
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Now In Stock - Steinmeyer Miniature Ball Screws
Burlington, MA, USA, December 8, 2017 – Steinmeyer, the German-based maker of precision ball screws, announces a new program to stock a selection of miniature ball screws. The samples are available now for immediate shipment. The program involves stocking a selection of catalog designs that are mainly intended for use as prototypes for new customers. It is ideal for engineers needing miniature...
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optiSLITE Miniature Ball Screws delivers lower friction torque.
optiSLITE Miniature Ball Screws are suitable for linear axis stage applications such as atomic force microscopes, nanoscale machining and wafer dicing. Available in standard lengths and nut designs, ball screws feature shaft diameters down to 5 mm and pitch down to 1 mm. Offering dynamic delivery of linear motion at high standards of precision and longevity, units meet nanopostioning...
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Xi-Plus Precision Ball Screws offers shaft diameter from 16-125 mm.
Xi-Plus Precision Ball Screws have been designed to reduce vibrations and noise due to their smoothly finished surface. These precision ball screws feature shaft diameters between 16-125 mm.
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Miniature Ball Screws offer solution for pipetting systems.
Undergoing proprietary finishing process that removes micron-sized peaks on shaft raceway, optiSLITE Miniature Ball Screws deliver low friction torque for smooth running and optimized servo response. Units are available in standard lengths and nut designs with shaft diameters down to 5 mm and pitch down to 1 mm. Ball screws support delicate positioning in laboratory instrument applications, such...
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Accuracy-Optimized, Miniature Ball Screws feature smooth raceways.
To promote positioning performance in semiconductor, optics, medical instrument, and metrology applications, optiSLITEÂ- miniature ball screws feature low-friction torque for smooth running and accuracy. Finishing process, by removing micron-sized defects on shaft raceway, ultimately enables delivery of positioning accuracy required in precision applications. Shaft diameters are...
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Precision Ball Screws deliver quiet performance.
With smooth raceway surface, Xi-Plus Precision Ball Screws achieve quiet operation with minimized vibration. Products undergo proprietary finishing process that removes micron-sized defects on shaft raceway which are responsible for high pitched whistling and rough running characteristics. Featuring shaft diameter from 16–125 mm, ball screwsÂ- offer dynamic delivery of linear...
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Basalt America Announces Stronger, Lighter, and Corrosion-Free FRP's (Fiber Reinforced Polymers)
Fiber Reinforced Polymers (FRP), represents a truly groundbreaking advancement in structural reinforcement. Lightweight, strong, and green, they are changing the way the construction industry thinks about rebar. Unlike steel, FRPs don't rust and are far stronger than standard rebar. To learn why Fiber Reinforced Polymers are poised to change the way the world builds, see our video.
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