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Gear Rack

This rack is compatible with our Rack and Pinion system. The rack is CNC drilled and counterbored to accept 5/16-18×5/8” Socket Head Cap Screws. The teeth of the racks are CNC milled. Perfect for a new kit or a conversion for an existing machine. We offer 4 lengths of gear racks: 29in (perfect for a […]

Rack and Pinion Drive

Our Rack and Pinion system is a cost-effective way to get the accuracy and performance you need in your CNC application. The system uses a tensioned spring to pull the pinion gear up into the rack teeth. With our system: The pivot interface has 3 bearings instead of a bushing. These bearings plus a lockdown […]

Bearing Block

Now available with Black Anodized finishing! These bearing blocks are used to support 1/2” diameter ACME leadscrews. The assembly includes a 1/2“x1 1/8“x5/16” Shielded Ball Bearing (not shown). These blocks are designed to bolt directly to 15 Series extrusion from 8020 using 5/16″ or 8mm bolts. For 1/2” diameter screws only. Downloads CAD PDF CAD Files

NEMA 34 Motor Mount

This motor mount is designed to accept any NEMA 34 motor. The mount is designed to work with the bearing blocks offered on this site. The aluminum construction offers a rigid mounting point for your motors that is aligned with the leadscrew shaft of the axis. The mount attaches directly to the end of 1530 […]

Extended Linear Motion Carriage

This carriage rides directly on the rail products that we offer. 2 carriages can be bolted together with 1530 Series extrusion from 8020 to form a complete motion axis. You will need 2 carriages per axis for full constraint. The carriages are designed to allow adjustment of the preload on the rail via a pair […]

Z-Axis Plate – Front Mount

This plate is designed to help you create a functional Z-Axis. It has mounting holes a router mount which are compatible with our router mounts and any mount that uses the old style K2CNC mounting pattern. The plate also attaches to our leadnuts and linear carriages without any alignment issues, leading to a turn key solution. […]

About

When I set out and started Fine Line Automation in November 2008, I had wanted to do 2 things: Build cool stuff and make an impact in the world. During the summer of 2008, I had engineered a CNC machine to do some of the robotics projects I had floating around in my head. Back […]