the video shows our internal factory automation unit with RL-D and RL-S joints in a standard 5 DOF robolink arm.
the shown price label is for the complete 5 DOF arm with motors, joints, connections, cables and chains, fully mounted (like shown) but WITHOUT gripper (suction cup) and WITHOUT control parts. In this case we use a BECKHOFF control unit to run the process and place the parts in the correct way.
please find attached an (amateur!) video from our MOTEK booth in Stuttgart:
4 DEMO units are shown here:
1) RL-D-RBT-5532S-AC with 5 DOF with vacuum gripper,
2) RL-D-RBT-3322-AC with 4 DOF and igus 3 finger gripper,
3) RL-DQ demo unit with 5 DOF (prototype; similar to 5 DOF “big” standard arm),
4) “low cost automation unit with different individual solutions (2 DOF / 3 DOF / drylinE SLW units)
At the MOTEK show in Stuttgart (GER), we will present the following MAIN news for robolink:
Our current 4 DOF joint kit system will be enlarged by a fifth axis (“hand rotation”). This will be achieved with our NEW strain wave gear box RL-S-17 in combination with an igus NEMA11 stepper motor. From next week on we will be able to offer and suplly 5 DOF joint arms with our lightweight, lubrication free joint system. Please find attached our latest NEWS brochure (as pdf) with latest news on page 8, 14-15 and 22-23.
DOWNLOAD MOTEK NEWS brochure (pdf): de-en_moteknews_robolink_041016 (3.90 mb)
Also attached 3D STEP data for our small and big version 5 DOF joint arms as well as drawings with part lists.
The picture shows our 5th axis that can directly be mounted to our RL-D-20-101 joint (usually used as 4th axis in our arms). Datasheet for this unit attached as PDF.
DOWNLOAD datasheet 5th axis: eu_datenblatt_robolink_rl-sc-17_v4 (744.84 kb)
DOWNLOAD drawing 5 DOF arm “small”: rl-d-rbt-3322s-ac-rl-10465 (237.71 kb)
DOWNLOAD drawing 5 DOF arm “big”: rl-d-rbt-5532s-ac-rl-10466 (241.10 kb)
DOWNLOAD STEP data 5 DOF arm “small”: rl-d-rbt-3322-ac-5dof (1.03 mb)
DOWNLOAD STEP data 5 DOF arm “big”: rl-d-rbt-5532-ac-5dof (1.32 mb)
The 5 DOF arm looks like that: