The linear surface processing equipment manufactured by Lapmaster Wolters' German branch provides diversified solutions for deburring technology and chamfering, with the core focus on improving the quality of workpiece surfaces.
The BD series equipment adopts a highly flexible design concept, enabling wide application in various fields. It is suitable for processing high-precision workpieces, precision wire-cut parts, laser-cut parts, turned parts, milled parts, and workpieces with numerous stamping burrs.
According to customer processing requirements, each station of the equipment is equipped with 5 brush heads. The brushes are categorized into simple stamping or cast brushes and rigid bristle brushes with special structures. Specific parameters such as bristle thickness, shape, and material can be precisely selected. There is an extremely wide range of grit sizes and material options available, including silicon carbide, aluminum oxide, ceramics, CBN, and diamond.
The Lapmaster Wolters linear surface processing equipment can be used independently or as a semi/fully automated solution. This flexibility is attributed to its modular structure, which allows for customized solutions tailored to customer-specific requirements.

· A combination of multiple workstations for processing
· A simple integrated production line
· Can be used independently or together with other LW equipment to achieve semi-automation or full automation (such as the DDG series double-sided precision grinder)
· Easy to maintain, safe and convenient to operate
· Personalized processing solutions to ensure high production efficiency
· Quick brush head replacement
· Siemens 10" control panel
· Flip device for double-sided processing
· Automatic compensation for brush wear
· Automatic detection of brush length
· RangeCare@ remote maintenance solution
· DataCare@ kit
· Can be connected to the company's network
· Integrated demagnetization unit
· Equipment feed-in and return conveyance
· Discharge device
· Stable machine bed and workstation to ensure rigidity and processing accuracy
· Long running time, low operating costs
· Efficient, ergonomic design
· Simple operation, clear and understandable graphical operation