CONNECTED magazine n°3
Leading innovation for over 75 years
Few companies can claim to have directly contributed to a technological revolution. The LEMO Group has had the chance to initiate more than one. Among others, it invented the Push-Pull latching system and set the global standard for hybrid fibre optic connectors supporting the move to HDTV. To remain at the forefront of innovation for three quarters of a century requires a lot of passion and commi
CONNECTED 16: Discover the 75th anniversary edition of our CONNECTED magazine
Three quarters of a century are well worth a special edition! We have delved into our archives to be able to tell you everything about the history of the LEMO Group: how it all started in a rented 50m2 workshop; how the founder’s passion for photography brought about the invention of the Push-Pull system; how LEMO Group companies invented solutions to equip your most demanding applications and muc
CONNECTED 17: the new edition of our hi-tech magazine is out!
Our special feature will focus on robotic surgery through an interview with a surgeon and the portrait of two major players in this emerging market sector. You can also discover the world’s largest telescope, Europe’s first Hyperloop test tube and a solar boat with a rather unusual design. We will take you to the home of the iconic Nagra brand to listen to their first and extraordinary hi-fi turnt
Beyond connectors
LEMO’s long experience and solid expertise in the field of connector and cable assembly has now beenextended by offering complete interconnection solutions.
Sculpteo: the success of a factory in the cloud
"There began to be a lot of talk about 3D software,3D objects and 3D printing in 2009” explains Clément Moreau, co-founder of Sculpteo. “For us, it was a new revolution in the history of industry. So we started to get ready for when the big wave would arrive…”
Printing an exact copy of the patient
In the printer are two polymer materials owned by 3D Systems: the material which will “hold” the finest elements and the building material itself. Once it's printing, the machine super- poses – one by one – layers 32 microns deep.