Rotary Brush

Timesavers offers rotary brush solutions in our 32 & 42 Series that have machine widths of 43″ and 52”. The Rotary Brush Machine is a great add to any line that needs a fully deburred part The machines form the new standard in deburring, edge rounding and finishing technology for a broad
range of materials.

Very small parts can be machined due to the use of a vacuum table.
Much attention has been paid to the ease of use and user comfort with regard to these stylish and efficient deburring and finishing machines. The result is a machine that can be operated intuitively and easily. In addition, consumable use is low, the machines are energy efficient and the price quality ratio is optimal. The machining process can be easily observed because of the angled control panel and the large window.

The ultimate deburring and finishing machine.
Our innovative high-quality deburring and rounding technologies ensure that the latest deburring machine from the Timesavers 32 & 42 series are the perfect machines for the metal machining industry.

STANDARD VERSION:
+ Machine working width: 43″ or 52″, model dependent
+ Efficient ergonomic operation through a user-friendly Siemens HMI only on 43” model only.
+ Vacuum table for machining smaller products.
+ The vacuum table has an integrated cleaning cycle. (43″ only).
+ LED beam on the infeed side that indicates the machine status. (43″ only).
+ Frequency controlled motors for flexibility during the process.
+ Easy to replace brush units.
+ Various brush types are possible for multifunction use of materials
+ Automatic adjustable table height: 0 – 4″.
+ Conveyor speed from 0-25 fpm.
+ U.L. Certified.

APPLICATIONS AND BENEFITS:
+ 4-8 Brushes depending on model.
+ For the removal of burrs on laser, water jet, punched and cut products.
+ Material that can be machined: stainless steel, steel, aluminum, copper, etc.
+ The preliminary removal of large burrs and finishing of surfaces in one pass.
+ Breaking edges/finishing of metal with a brush.
+ Low tooling costs and very low energy consumption.
+ Maximum user friendliness and optimal view of the machining process.