Synova first shows laser precision processing equipment LCS 305

This week, Synova, a leading manufacturer of high-precision laser cutting systems, demonstrated its advanced LCS 305 laser processing center for the first time at the International Manufacturing Technology Show (IMTS) held in Chicago.

It is reported that the machine is equipped with two highly dynamic torque motor driven rotating shafts. CNC machine tools with five synchronous axes can process complex three-dimensional geometric figures with high accuracy and speed. In addition, its automatic calibration system includes laser nozzle alignment, automatic jet positioning, jet angle correction, touch detection and other functions.

(Image source: Synova)

The advanced laser micro jet (LMJ) system can realize 3D cutting and forming of hard and brittle materials (such as industrial diamond or ceramics), as well as complex composite materials for aerospace and automotive applications.

Using water jet guided laser technology, LCS 305 laser machining center can perform precision machining of ceramic matrix composite (CMC, a SiC composite) parts, while protecting materials from heat related effects. Low weight and heat-resistant materials are used for hot section aeroengine components to improve aircraft efficiency.

Dr. Bernold Richerzhagen, founder and CEO of Synova, said: "Due to the inherent heat dissipation characteristics of water jet, when using Synova's unique laser micro jet system, the problems of heat affected zone and micro cracks are greatly reduced."

John Ross, Director of Operations of Synova America, added: "Customers have been using our water jet laser to cut CMC canopies and drill cooling holes on turbine blades. LMJ has proven the accuracy and reliability required for this application."

It is reported that its laser micro jet (LMJ) "wet laser" technology can effectively wash away the fragments of parts while cooling the workpiece. Using this technology, the water jet process maintains the focus of the laser, and then the cylindrical laser beam will form parallel walls and narrow incision width.

Source: OFweek