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Lissmac SBM-L 1500 G1S2 EVO

The SBM-L G1S2 EVO grinding and deburring machines were developed for deburring on both sides and edge rounding of workpieces in one operation. The LISSMAC machines are used for deburring sheet metal and processing sheet metal parts, laser parts and stamped parts. The L series is equipped with three units each on the top and bottom. The processing of stainless steel, steel, aluminum or non-ferrous metal workpieces can be done either on the upper side, the lower side or on both sides.

Two-sided sheet metal processing and edge rounding in one operation gives time savings of up to 60%. It is also possible to easily connect automation solutions or to integrate them into production lines. The machine concept ensures ergonomic operation and a pleasant working environment without pollution, dust and noise.

working width max. 1000 / 1500 / 2000 mm
workable material thickness - 0.5 - 60 mm
load - 300 kg/rm
voltage - 400 V / 50 Hz
network structure - 3~ PEN / 3~ PE+N
total current consumption - 43.7 A / 43.7 A / 43,7 A
total power - 19.2 kW / 19.2 kW / 19.2 kW
insulation class - IP 42
infinitely variable feed speed - 0-4 m/min.
adjustment of material thickness - electric
adjustment of tools - electric
weight approx.2500 / 2800 /3200 kg
dimensions (W/D/H ) approx
2890/1480/1790mm
3390/1480/1790mm
3890/1480/1790mm

Double-sided deburring and edge rounding of punched, laser and plasma blanks

More than 60% reduction in throughput time thanks to double-sided processing

Up to 70% energy savings compared to conventional grinding/deburring machines

LISA - The LISSMAC Set-Up Assist guides the operator automatically/without prior knowledge to the desired processing result

13.3" FullHD touch panel with intuitive operator guidance
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Simultaneous deburring and edge rounding on the external and exterior contours

Double-sided processing eliminates costly material handling (e.g. turning of components) and time-consuming parts logistics

One-sided machining possible by simply deactivating units (also for components that cannot be machined on conventional machines)

Optimum tool utilisation across the entire working width due to transverse machining principle

Quick and easy tool change within minutes with automatic reference run

Maximum productivity with optimum and consistent machining quality Maximum productivity with optimum and consistent machining
quality

Small footprint due to compact design

Modular and compact in modern machine design - smaller footprint

Robust design and good accessibility reduce maintenance to a minimum

Improved working environment due to reduced dust, dirt and noise levels