Stand-alone depaneling machine

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100% variability, from batch size 1 to large-scale production

The world’s most precise stand-alone depaneling machines with the widest range of workpiece holder solutions

The SAR-1300 series is designed for small to large batch sizes with low to high product variance. Customers benefit from process reliability, low power consumption, and short cycle times. Due to the linear motor axes and modern control technology, milling accuracy is ±0.1 millimeters. And despite this performance, our universal depaneling machines are energy-saving. The technical availability is up to 99.8 percent.

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Your added value

Highest milling accuracy due to high-precision linear motor axes and state-of-the-art control technology
Panel feeding possible with one or two shuttle axles (2nd shuttle can be retrofitted)
Shortest cycle times due to high speed linear motor axes and minimized dead times
Maximized availability due to the use of high-quality components and a simple system design
Ergonomic operator height even with high assembly groups
The simple design allows a targeted initial investment with a wide range of expansion options
Short delivery times due to the use of identical components in the modular system and flow production

Milling range of 500 x 600 mm for large standard or longboards

New: Stand-alone depaneling machines SAR-1300 Mono-Smart or SAR-1700 with an extra large working area

SCHUNK Electronic Solutions is launching two depaneling machines with large spaces: the SAR-1300-Mono-Smart and the SAR-1700. The devices mill and saw individual PCBs from an entire PCB (panel) – the maximum panel size is 600 x 500 millimeters.

Photo gallery

The first collaborative loading process of depaneling machines

The unique automation solution from SCHUNK significantly increases the productivity of depaneling machines. A robot arm with a SCHUNK Co-act gripper EGP-C is placed onto the large SAR-1700 double shuttle.

The robot reaches into the storage rack and removes the panels
The panels are then inserted into the machine
The robot arm closes the door and presses the start button
After having separated the panels, the individual components are placed on a conveyor, a blister or transferred into an ongoing automation process
The process starts again from the beginning

Only the panel storage rack has to be set up manually. This means that a single employee can operate up to five machines simultaneously.