General information
Multi-axis systems
Low-mass systems The low-mass systems manufactured by Berger Lahr are equipped with stationary motors in order to reduce the moving mass. When working with small loads requiring fast positioning and a short cycle time, e.g. small-parts handling, the low moving mass enhances the dynamics of the handling process.
Multi-axis systems Multi-axis systems
Linear modules manufactured by Berger Lahr may be combined to form multi-axis systems. These systems vary in the type, size and co-ordination of the combined axes. Depending on individual requirements, the systems may be equipped with gripping and processing tools, operated as autonomous units or integrated into assembly and pro-duction lines.Double- and triple-axis systems differ based on the wor-king area and working direction of constituent linear po-sitioning system, linear-, portal-, and wall-mounted portal
professional robots. A parallel series of products is the highly dynamic,
Type keys
low-mass
positioning systems. Example X - X / X Linear positioning system The linear positioning system operates below or above the working area. It works in the X/Z direction and is designed especially for handling dynamic loads on short travel paths in the Z direction. Axis systems X - X / X LP =
Linear positioner LR = Linear robot PR = Portal robot WR = Wall-mounted portal robot LP
LR PR WR Linear robots The linear robot operates next to the working area and is designed for handling loads at high speeds on short travel paths. Section size, X-axis X - X / X 4 = LM-P404
6 = LM-P608 8 = LM-P812 4 6 8 Portal robots The space-saving portal robot operates over the working area and is designed for handing loads on longer travel paths. Number of axes X - X / X Wall-mounted portal robots 2 3 2
3 The wall-mounted portal robot, designed to
professional handle tasks on vertical surfaces, operates next to the working area. Mounting extensions, extra protective coverings and secured
professional doors can turn the wall-mounted portal robot into an autonomous handling unit.
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