Industry News

Rod End Bearing Misalignment Angle: Check the Installed Joint

Rod end bearing misalignment angle describes relative tilt between the spherical inner ring and its housing under the stated catalog definition. Check that definition and the exact model drawing, then review the installed clevis, spacers, bolt and nearby parts throughout the required motion. Availab......

Custom Linkage Components: From Engineering Drawing to Production Approval

To manufacture custom linkage components from an engineering drawing, first agree a controlled design that defines the mating interfaces, materials, finished dimensions and operating duty. Review manufacturability before making samples. Use prototypes to answer design questions, inspect production-i......

Quick-Disconnect Ball Joints: Selection, Thread Matching and Retention Checks

Quick-disconnect ball joints let a mechanical linkage separate at its ball-and-socket connection. Select the complete model by both threaded interfaces, installed geometry, release access and application loads. After reconnection, verify seating and retention using the model-specific instructions. M......

Industrial Ball Joints: Types and Selection for Mechanical Linkages

Choose the retention design to suit assembly and maintenance. Establish the load direction and peak force through the linkage travel. Then verify angular movement, surrounding clearance, both threaded interfaces and component materials. Treat catalogue pull and shear values as their stated test or s......

Custom stamped brackets: dimension the installed function

Specify a custom stamped bracket from its final assembly interfaces: mounting pattern, seating surface, formed angle or position, and the pivot or ball center. Then agree which measurements apply to the flat blank, the free formed part and the restrained installed condition. Define edge state, finis......

Custom clevis and rod end RFQs: what a drawing must settle

For a custom clevis, rod end or linkage, send a controlled drawing plus a sample if you have one. Name the nearest catalogue part, then mark every deliberate departure: interface geometry, full thread callout, material and finish, assembly contents, motion and load conditions, and acceptance checks......

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