Tubing & Bushings
This bushing fits into any 8mm hole such as those seen on tubing in the S3 Ecosystem. The bushing supports a 6mm shaft allowing you to use our precision 6mm D Shafts with the S3 Ecosystem and other systems.
Specifications:
This is a 0.82 inch long brass spacer which fits over a 3/8" shaft.
Specifications:
This is a 1.8 inch long brass spacer which fits over a 3/8" shaft.
Specifications:
Steel sleeve bushing with self-lubricating bearing surface
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Looking for a quick way to make an arm joint? This kit quickly mounts to a 2 inch PVC pipe then either a hub or bearings to mount for a joint.
Hardware Included:
Usage:
Specifications
The Plate used in the PVC Arm Joint
Specifications
These black rubber rollers are used in AndyMark omni wheels . Each roller rides on 2 brass eyelets, which spin on one steel 1/8" dowel pin.
Specifications:
Eyelet used in AndyMark omni wheels
2 eyelets are used within each roller. These eyelets spin on 1/8" dowels to provide the spinning action of each roller on an AndyMark omni wheel.
Specifications:
Brass tubing spacer used in the Shifter Assembly of the AM Shifter and Super Shifter
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Brass Tubing Spacer used in Super Shifter gearbox.
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Brass Tubing Spacer used in the AM Shifter.
Specifications:
Surgical tubing is a great all purpose robot product! It can be used in applications as varied as wrapping it around a spinning pipe to help grip objects, to counterbalancing an arm with it's spring force, or to coupling an encoder to a misaligned shaft. The possibilities are endless!
Specifications:
This Surgical Tubing is most often used in robotics to create custom rollers, such as the AndyMark Tube Roller. This stretchy rubber latex tubing has so many more uses though! This black wonder material is a must-have for griping game elements when paired with our Aluminum Hex Spacer Stock.
Choose between 3 feet and 10 feet lengths.
To install this grippy tubing on Hex Spacer Extrusion use hand sanitizer or soapy water to lubricate the aluminum, then slide the tubing over and wait for the lubricant to evaporate. You can then power the assembly with a 1/2" hex shaft to intake game pieces or move them around inside your robot.
The AndyMark Compact Elevator system is our next generation line of products to help FIRST Robotics Competition teams create high quality, reliable and robust linear motion mechanisms, such as an elevator or extension arm. The core of this system are the Bearing Kits, which are designed to be easily integrated into your robot design, and provide smooth rolling motion for your linear mechanisms. The primary load direction is supported by high strength 13mm Cam Follower needle bearings installed within machined aluminum blocks for a compact but robust bearing solution. The secondary load (or lateral loads, in a traditional FRC elevator,) is supported by 695ZZ ball bearings to keep your linear mechanisms moving and aligned. The 6061-T6 aluminum blocks have thoughtfully designed features integrated into them, including alignment grooves to help locate and support them along box tubes, as well as nut pockets machined in to support the M5 nylock nuts that retain the Cam Follower bearings.
The AndyMark Compact Elevator system is our next generation line of products to help FIRST Robotics Competition teams create high quality, reliable and robust linear motion mechanisms, such as an elevator or extension arm. The core of this system are the Bearing Kits, which are designed to be easily integrated into your robot design, and provide smooth rolling motion for your linear mechanisms. The primary load direction is supported by high strength 13mm Cam Follower needle bearings installed within machined aluminum blocks for a compact but robust bearing solution. The secondary load (or lateral loads, in a traditional FRC elevator,) is supported by 695ZZ ball bearings to keep your linear mechanisms moving and aligned. The 6061-T6 aluminum blocks have thoughtfully designed features integrated into them, including alignment grooves to help locate and support them along box tubes, as well as nut pockets machined in to support the M5 nylock nuts that retain the Cam Follower bearings.
The AndyMark Compact Elevator system is our next generation line of products to help FIRST Robotics Competition teams create high quality, reliable and robust linear motion mechanisms, such as an elevator or extension arm. The core of this system are the Bearing Kits, which are designed to be easily integrated into your robot design, and provide smooth rolling motion for your linear mechanisms. The primary load direction is supported by high strength 13mm Cam Follower needle bearings installed within machined aluminum blocks for a compact but robust bearing solution. The secondary load (or lateral loads, in a traditional FRC elevator,) is supported by 695ZZ ball bearings to keep your linear mechanisms moving and aligned. The 6061-T6 aluminum blocks have thoughtfully designed features integrated into them, including alignment grooves to help locate and support them along box tubes, as well as nut pockets machined in to support the M5 nylock nuts that retain the Cam Follower bearings.