ASSFALG GMBH

The sturdy and easy chamfering machine is designed for deburring and chamfering of small to large workpieces from 1 mm thickness. The machine generates a perfect chamfering quality thanks to the optimized interaction between the cutter head and cutting inserts - like sanded. In NE metals and steel, a chamfer width up to 10mm is possible. The ASO160-M is ideal for processing steel and aluminum. The ASO 160-MSL design has speed regulation that is very useful for the processing of aluminum or stainless steel. For longer workpieces or serial part production, we recommend optimizing the feed unit with pressing pressure, surface quality, feed speed and service life of tools. The machine can be installed on an undercarriage for flexible use in a workshop, which simultaneously serves as a chip box.

The sturdy and easy-to-use chamfering machine was designed for the deburring and chamfering of small to medium-sized workpieces and bar material starting with a thickness of 1 mm. The machine generates a very good chamfering quality thanks to the optimized interaction between the cutter head and cutting inserts. In NE metals and steel, a chamfer width up to 11mm is possible. The WKF 170 has gradual speed regulation, which is very useful when processing aluminum or stainless steel. The angle adjustment can cover a range from 15-60° in 5° steps. For longer workpieces or serial part production, we recommend optimizing the feed unit with pressing pressure, surface quality, feed speed and service life of tools. The machine can be installed on an undercarriage for flexible use in a workshop, which simultaneously serves as a chip box. The machine can be extended with roller guide ways or converted into an automatic chamfering machine.

The sturdy chamfering machines are designed for chamfering, edge chamfering and welding seam preparation. The machines can process sheet thicknesses from 2-190mm. The machines generate a very good chamfering quality thanks to the optimized interaction between the cutter head, cutting inserts and minimal quantities of lubrication. In NE metals and steel, a chamfer width up to 30mm is possible. The MMB machines have gradual speed regulation, which is very useful when processing aluminum or stainless steel. The angle adjustment can be set gradually in the range of 30° depending on the machine type and design, for example, 25-55°, 30°-60° or 35-65°. The MMB series is equipped with a feed unit by default. The machines can be extended with roller guide ways or converted into automatic chamfering machines. Depending on the design, the machine table is equipped with ball or heavy-duty rollers.

The KKE edge and contour deburring machines are designed for chamfering small to medium-sized workpieces. The durable steel casing, the wear-resistant and sanded work plate and the speed regulation convince in every regard. The machine is available in KKE1 and KKE2 designs. The KKE2 includes a prismatic guide with extraction socket in the scope of delivery. Our versatile tool range includes different VHM milling cutters and CBN or diamond grinding pencils. The VHM milling cutters are available for the processing of chamfer angles and radii. Ball bearings with Ø3, Ø4, Ø5 or Ø6mm are used for contour processing with the VHM milling cutters. Tapered contour chamfers are used in combination with guide fingers or stop rulers. A chamfer width of up to 3mm is possible in NE metals and steels and up to 2mm in stainless steel. Radii processing is feasible up to R3. We recommend an industrial vacuum with automatic switch-on for the KKE2 so that cleanliness at the workplace can be guaranteed.

The KKF4-SL, a universal chamfering and contour milling machine, has an ER collet chuck. Tools with a shaft diameter from Ø6-12 mm can be clamped. Our versatile tool range includes different VHM milling cutters and blade heads. The VHM milling cutters are available for the processing of chamfer angles and radii. Ball bearings with Ø6 or Ø8mm are used for contour processing with the VHM milling cutters. Tapered contour chamfers are used in combination with guide fingers or stop rulers. The use of cutter heads with cutting inserts and guide ball bearings starting at Ø10mm permit maximum efficiency. A guide prism with VHM shaft chamfering can be used for straight edges. The exact chamfer setting is performed through a micrometer screw. A chamfer width of up to 4mm at 45° is possible in steel. In NE metals, significantly larger chamfers are possible depending on the tool and angle. The KKF4-SL has speed regulation that is very useful for the processing of aluminum or stainless steel.

The KKF3-SL, a universal chamfering and contour milling machine, has a measuring head attachment. Tools with a shaft diameter from Ø6-12 mm can be clamped in the milling cutter support. Our versatile tool range includes different VHM milling cutters and blade heads. The VHM milling cutters are available for the processing of chamfer angles and radii. Ball bearings with Ø6 or Ø8mm are used for contour processing with the VHM milling cutters. Tapered contour chamfers are used in combination with optional guide fingers or stop rulers. The use of cutter heads with cutting inserts and guide ball bearings starting at Ø10mm permit maximum efficiency. A guide prism with VHM shaft chamfering can optionally be used for straight edges. The exact chamfer setting is performed through a micrometer screw. A chamfer width of up to 6mm at 45° is possible in steel. In NE metals, significantly larger chamfers are possible depending on the tool and angle.

The trough vibratory finishing machines are ideally suited for elongated individual parts and small series. Their advantages lie in the machining of heavy, bulky as well as long workpieces and in the contact-free working of sensitive individual parts in chambers. A soundproof cover reduces the noise level and makes working in a workshop possible. The clockwise and anti-clockwise rotation as well as the speed control from 1,200 to 1,500 rpm ensure a wide range of machining options. The unmanned working process is rounded off by the programmable timer. The system can be expanded with an optionally available paper filter and separator. For simple and convenient water treatment, we recommend a paper filter or a fully automatic water treatment system. The process water is pumped into the trough in doses and cleaned in the return flow via a filter fleece or the centrifugal force.

The centrifugal plants are suitable for small parts. Due to the higher machining intensity with deburring, they deburr 10-20 times faster than vibratory finishing machines. The centrifugal plant can be planned as a single device up to a fully automatic plant. The grinding bodies and workpieces are accelerated through the rotational movement of the plate washer. Due to the centrifugal force, the workpieces are pressed outward and then transported up on the inner side of the system. Gravity causes these to fall back into the center of the plate washer to be accelerated again. A noise protection cover reduces the noise and makes it possible to work in a workshop. The speed regulation ensures versatile processing options. The programmable timer rounds off the autonomous work process. The machine can be expanded with an optional paper filter and separator.

The circular trough vibratory finishing machines are ideal for small and large series for different workpieces. A noise protection cover reduces the noise and makes it possible to work in a workshop. The right and left-hand circulation as well as speed regulation from 1,200 to 1,500 rpm provide for various processing possibilities. The abrasive material and workpieces are rotated through the generated vibration. The desired processing process is created through the contact of grinding bodies on workpieces. The programmable timer rounds off the autonomous work process. We recommend a paper filter or a fully-automatic water treatment plant for simple and comfortable water treatment. The integrated separating equipment simplifies the separation of grinding bodies and workpieces.

The circular dryers are used for stainless drying of all types of workpieces. By using the hot-air blower or the indirect heating through heating rods below the tub, a uniform drying of the workpieces and the drying granulate is ensured. The additional advantage is that it brightens, repolishes and degreases workpieces. Both versions can be configured as individual systems in combination with a new vibratory finishing machine or as a module for an existing vibratory finishing machine. The drying medium and the workpieces are brought into a rotational movement through a generated vibration. The desired drying or post-treatment process are created through the contact of the drying medium and workpieces. The workpieces are automatically screened out of the dryer and transported from the device through the optional manual or pneumatic separation equipment.