Component placement

Intellitronix Buys Cutting-edge SMT Component Placement System to Triple Product Output

Retrieved on: 
Friday, October 23, 2020
Electrical engineering, Electronics manufacturing, Engineering, Component placement, Pick and place, Printed circuit board, Robotics, Automotive electronics, Automation

EUCLID, Ohio, Oct. 23, 2020 (GLOBE NEWSWIRE) -- Intellitronix Corporation, a wholly-owned subsidiary of the US Lighting Group, Inc. (OTC:USLG) and a leading manufacturer of automotive electronics, announced it has purchased a state-of-the-art SMT Component Placement System from Europlacer (France).

Key Points: 
  • EUCLID, Ohio, Oct. 23, 2020 (GLOBE NEWSWIRE) -- Intellitronix Corporation, a wholly-owned subsidiary of the US Lighting Group, Inc. (OTC:USLG) and a leading manufacturer of automotive electronics, announced it has purchased a state-of-the-art SMT Component Placement System from Europlacer (France).
  • The Europlacer iineo+ Pick-and-Place platform is a fully automated, multi-functional robotics system with high-speed feedthrough of printed circuit boards (PCB) and precision electronics component placement capabilities.
  • Procurement of the Europlacer system is a vital part of the companys strategic plan of continuous growth to escalate production assembly to meet the increased demand for Intellitronix automotive electronics products.
  • On top of all these benefits, the Europlacer system gives us more flexibility to produce anything that we can design and engineer.

Component Carrier Now Replacing Flexible PCBs

Retrieved on: 
Wednesday, July 15, 2020
Electromagnetism, Electronics manufacturing, Electronic engineering, Printed circuit board, Electronic component, Electronic circuit, Flexible electronics, Flexible circuit, Component placement

By harnessing this all new HARTING development, electronic components can be fitted directly onto the component carrier, thereby replacing flexible circuit boards.

Key Points: 
  • By harnessing this all new HARTING development, electronic components can be fitted directly onto the component carrier, thereby replacing flexible circuit boards.
  • HARTING has identified three example applications where the component carrier can replace flexible circuit boards:
    Components at a 90 angle to the circuit board: The component carrier is suitable for scenarios in which electrical components, such as sensors, need to be positioned normal to the circuit board.
  • Clearance from the circuit board: The component carrier also makes it possible to maintain a clearance between the circuit board and an electronic component.
  • The total cost of the component carrier is two-thirds lower than those of flexible PCB solutions.