Zortrax Robotic Arm by Zortrax

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Printed on
Zortrax M200
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armelectronicsengineeringrobotroboticrobotic armZortrax

Zortrax Olsztyn, Poland

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Zortrax is a leading producer of the advanced 3D printing solutions. We pride ourselves in providing the most reliable 3D printers, dedicated Z-SUITE software and high quality printing materials. Together with the Zortrax Library they constitute a complete ecosystem that guarantees optimum printing results and ultimate user satisfaction.

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Project Details
Files (22)

New version of the Zortrax Robotic Arm.

The model of Robotic Arm presented here is a pick and place device, that could be applied to the production line to advance the efficiency of the process. Thanks to the three motors used as the mechanism, the device is able to lift parts that weigh up to 0,1 kg. Five axes allow the Robotic Arm to move on five different directions and guarantee that the device will reach the parts that are to be picked. The model presented here has a mounted grasper on its end, but it can be replaced by other tips, like sucker, electromagnet or a drill, according to desired purposes.

Assembly manual can be found at: http://www.zortrax.com/downloads/ROBOTIC_MANUAL.pdf
Dancing robot.gcode file can be found at:
http://www.zortrax.com/downloads/Dancing_Robot.gcode
Use 8mm steel balls in main bearing.

We recommend to use Z-ULTRAT to print this model. To get best resoults choose 0.14 layer thickness and light infill for bigger parts. We recommend to use Side Covers during print.

	Last Update	Type	Downloads	Size
Arm-1-gear.STL	18 April 2016	.STL	7008	113,17 KB
Arm-1-lower.STL	18 April 2016	.STL	6945	1,01 MB
Arm-1-upper.STL	18 April 2016	.STL	6945	1,47 MB
Arm-2.STL	18 April 2016	.STL	6943	1,27 MB
Arm-3.STL	18 April 2016	.STL	6949	2,03 MB
Base-gear.STL	18 April 2016	.STL	6937	123,62 KB
Base.STL	18 April 2016	.STL	6959	1,42 MB
Grasper-1.STL	18 April 2016	.STL	6929	556,63 KB
Grasper-2.STL	18 April 2016	.STL	6930	562,97 KB
Grasper-Body.STL	18 April 2016	.STL	6937	152,13 KB
Grasper-holder.STL	18 April 2016	.STL	6932	910,14 KB
Ring.STL	18 April 2016	.STL	6933	276,45 KB
Side-cover-arm-L.STL	18 April 2016	.STL	6926	78,01 KB
Side-cover-arm-R.STL	18 April 2016	.STL	6920	78,6 KB
Side-cover-base-L.STL	18 April 2016	.STL	6921	73,32 KB
Side-cover-base-R.STL	18 April 2016	.STL	6918	79,87 KB
Side-lid-arm-L.STL	18 April 2016	.STL	6920	36,61 KB
Side-lid-arm-R.STL	18 April 2016	.STL	6926	48,32 KB
Small-gear.stl	18 April 2016	.stl	6934	2 MB
Support.STL	18 April 2016	.STL	6956	2,05 MB
Toothed-ring.STL	18 April 2016	.STL	6936	1,01 MB
Vertical-axis-gear.STL	18 April 2016	.STL	6950	61,41 KB

		Last Update	Type	Downloads	Size

52 Comments

Member

Serhat Çapkın

| 5 years 7 months ago

How many pounds of filament was removed in the 3d printing process of the hello robot

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pjee4212

| 5 years 9 months ago

Does anyone know where i can find the hardware parts to buy them?

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pjee4212

| 5 years 9 months ago

Does anyone know where i can find the hardware parts to buy them?

thanks!

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Michał Burkacki

| 5 years 11 months ago

Could you send instruction how to configurate ramps with marlin ? In Pronterface i get fallowing reply: (the motors doesn’t move) 0.00mm of filament used in this print – from -20.00 mm to 18.00 mm in X and is 38.00 mm wide – from 0.00 mm to 110.00 mm in Y and is 110.00 mm deep – from 0.00 mm to 0.00 mm in Z and is 0.00 mm high Estimated duration: 0 layers, 0:01:29 Print started at: 12:58:10 Print ended at: 12:58:10 and took 0:00:00 echo:endstops hit: X:9.98 Y:65.00 echo:endstops hit: X:9.98 echo:endstops hit: X:9.98 echo:endstops hit: Y:65.01 echo:endstops… Read more »

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tyleryoung1230

| 6 years 3 months ago

Did anyone figure out how to make the “jaws” controlled electronically? It would be much appreciated. Thanks

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