Lead Screws & Nut Blocks

Thrust Bearings are designed to handle axial loads, ensuring smooth rotational operation in applications where force is applied perpendicular to the bearing’s axis. These bearings are commonly used in tension-based actuators, lead screw-driven...

Designed to securely hold or apply tension to OpenBuilds custom lead screws, this brass tension nut features an M5 set screw for a firm, no-slip lock in the desired position. Ideal for tension-based actuators, it enhances stability and precision in...

The OpenBuilds Jog Knob is a manual control accessory designed for use with OpenBuilds machines. It allows you to precisely jog (move) the machine’s axes by turning the knob, giving you fine-tuned control over positioning without needing to rely...

Enhance the precision of your linear motion projects with our Anti-Backlash Nut Block, designed especially for OpenBuilds custom 8mm Metric Lead Screws. This component ensures high accuracy and repeatability by eliminating play or slop in your build...

Achieve smooth and precise linear motion with our Nut Block, designed specifically for lead screw-driven systems. Featuring recessed screw holes for a clean, flush installation, this Nut Block enhances performance in CNC, automation, and other...

The OpenBuilds 8mm Metric Lead Screw is a precision-engineered component designed to convert rotational motion into linear movement efficiently. With a 2mm pitch and four-start thread, each full rotation advances the attached nut by 8mm, ensuring rapid...

Perfect for integrated lead screw transmission projects, the Nut Plate fits seamlessly into the hollow inserts of 20x40, 20x60, and 20x80 V-Slot Linear Rail, ensuring smooth and efficient linear motion with a compact and durable design...

Secure components along your 8mm Metric Lead Screw with our Lock Collar, effectively preventing axial movement during operation. This essential hardware ensures consistent alignment and stability, making it indispensable for CNC machines, 3D printers,...

A flexible coupling is designed to connect two rotating shafts while compensating for slight misalignments, reducing stress on the system, and preventing excessive wear. It helps absorb vibrations, allowing for smoother torque transmission between...