Comparisons, tests and products presentation

Many robots and sensors are tested by our R&D engineers. Our tests and comparisons can help you in your purchasing decision.

Robosense LiDAR comparison

Experimental assessment of the RS-LIDAR16 LiDAR sensor

We have conducted extensive tests with the Robosense RS-LiDAR16. The results are compared with other LiDAR (Quanergy M8-1, Sick 551 and RpLiDAR A3) to have a better understanding of its strengths and weaknesses. The distance measurement obtained with a LiDAR can be influenced by internal (hardware components, mathematics computations, communication protocols, etc.) and external (sun[…]
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Tableaux comparatifs des LiDARs

How to select the right LiDAR?

Read our other blog posts from our “LiDAR technology” serie How to select the right LiDAR ? Are you looking for a LiDAR with certains specifications but you don’t know which one is suitable to your project ? Do not panic, we are here to help you ! We provide you here with some comparisons[…]
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Qu'est-ce que la technologie LiDAR ?

What is LiDAR technology?

Read our other blog posts from our “LiDAR technology” serie Definition – What is a LiDAR ? A LiDAR is an electronic component, and is part of the sensor family. More precisely, it is part of the Time Of Flight (ToF) sensor category. A sensor collects data about a physical parameter such as temperature, humidity,[…]
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Comparatif des servomoteurs Dynamixel

How to choose the right Dynamixel servomotor?

The Dynamixel range is a sound choice for use in robotics. These servo motors are developed by the Korean company Robotis, and rank among the most powerful and efficient on the market. Dynamixel servos are used in many research laboratories and universities the world over. They were developed especially for designing robots. Why Dynamixel servo[…]
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Dynamixel Tutorial – XL 430 introduction

The DYNAMIXEL X series is a new range of inexpensive high performance servo motors. The XL series has the same mechanical structure as the XM430 and XH430 , and it’s compatible with the latter. These servo motors directly embark their network card which allows the communication with the other servos motors as well as with[…]
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ez-gripper-sake-robotics-feature

On the test bench: the EZGripper by SAKE Robotics

The EZGripper by SAKE Robotics in a nutshell Our “GR Lab” robotics engineers recently had a chance to test the EZGripper developed by SAKE Robotics. The tests were carried out using the research and education version of the Rethink Robotics Sawyer robot. Result: a universal (compatible with numerous robotic arms) and ultra-versatile gripper capable of[…]
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makerbeam-starter-kit-test-tutoriel-video

On the test bench: the MakerBeam Starter Kit

Quick overview of the MakerBeam Starter Kit This week, we tested the MakerBeam Starter Kit for you! In this kit, you’ll find everything you need to get to grips with your first MakerBeam construction. If you find you’re missing a part, you can of course buy them individually from our site to complete your collection![…]
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GR Lab: your professional service-robotics integrator

Professional Service-Robotics Engineering Department

Your best ally for service-robotics projects GR Lab: your professional service-robotics integrator Our Professional Service-Robotics Engineering Department – affectionately known as the GR Lab – specialises in the development of customised professional service-robotics solutions. The GR Lab’s team of enthusiastic, experienced engineers and doctors are your best choice if you’re looking for help with setting[…]
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