EN_Laser_Plastic_Welding_In-Line.pdf

EN Laser Plastic Welding In-Line K e y features - Optimal and closed loop w elding process - Quasi-simultaneous welding - Shor t cy cle times - Easy e xchange of clamping unit (SMED) - Easy programming (T S1) - Precision…

EN Laser Plastic Welding

In-Line

Key features

- Optimal and closed loop welding process

- Quasi-simultaneous welding

- Short cycle times

- Easy exchange of clamping unit (SMED)

- Easy programming (TS1)

- Precision collapse measurement

- Sturdy C-Shape

- Integrated lift mechanism

Options

- Different conveyor systems (carrier, PCB, pallet)

- Pendant Tool

- Fume extractor and flow detection

- Laser Power measurement tool

- Press Force measurement tool

- Marking block tool with exchangeable marking plates

Laser Plastic Welding

In-Line

The In-Line Plastic Laser Welding system is

developed for modular structured productions with

a high quantity of products. This flexible usage is

guaranteed through a quick change of product-

specific carrier and the easy re-equipping of the

layout-depending tools.

The Plastic Laser welding unit is integrated into an

automated cell, available for in-line operation. The

un-welded product is delivered to the station on a

carrier.

The welding head is integrated into the cell. The

welding head is designed with a robust C-frame

that prevents mechanical deformation during

press-on and ensures stability over time.

The power laser diode is connected with an optical

fiber to the galvanometer head. The laser welding

method used is a quasi-simultaneous welding

principle. The laser beam is deflected by a fast scan

head through a lens to position and focus the spot

onto the required seam contour of the product. The

contour is scanned repeatedly during the welding

process.

Laser Plastic Welding

In-Line