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Centrifugal finishing machines
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Drag finishing machine - M-TMD series
The drag finishing systems represent a special technology for the surface finishing of high value, delicate components, parts with many contours and complex geometry and extremely hard materials which are difficult to machine.
Applications...
Applications...
Drag finishing machine - M-TMD series
The drag finishing systems represent a special technology for the surface finishing of high value, delicate components, parts with many contours and complex geometry and extremely hard materials which are difficult to machine.
Applications suitable for our drag finishing technology range from aggressive grinding to surface smoothing and high gloss polishing of decorative parts.
Example workpieces include: surgical implants, turbine blades, pumps and compressors, parts made from hard metal and sintered parts.
M-TMD 4-1
For the mass finishing of premium, delicate parts with difficult contours, complex geometry and extremely hard, difficult to machine materials.
M-TMD 4-2
For the mass finishing of end mills, drills, thread mills and plain milling cutters.
M-TMD 6-2
For mass finishing of end mills, drills, thread mills and plain milling cutters.
Applications suitable for our drag finishing technology range from aggressive grinding to surface smoothing and high gloss polishing of decorative parts.
Example workpieces include: surgical implants, turbine blades, pumps and compressors, parts made from hard metal and sintered parts.
M-TMD 4-1
For the mass finishing of premium, delicate parts with difficult contours, complex geometry and extremely hard, difficult to machine materials.
M-TMD 4-2
For the mass finishing of end mills, drills, thread mills and plain milling cutters.
M-TMD 6-2
For mass finishing of end mills, drills, thread mills and plain milling cutters.
Centrifugal disc finishing machine - TT series
The TT series is a turbotron centrifugal machine manufactured by Wheelabrator. It is distinguished...
Centrifugal disc finishing machine - TT series
The TT series is a turbotron centrifugal machine manufactured by Wheelabrator. It is distinguished by highly intensive processing. This centrifugal machine is especially ideal for the removal of robust burrs and intensive radiusing of mini and medium size segments. The TT series centrifugal disc machine provides an up to 10 times grinding performance contrasted to vibratory finishing system.
Centrifugal barrel finishing machine
The Centrifugal Barrel Finishing machine, manufactured by Wheel Abrator Group, is suitable for use in processing minute parts...
Centrifugal barrel finishing machine
The Centrifugal Barrel Finishing machine, manufactured by Wheel Abrator Group, is suitable for use in processing minute parts in small to average batches, which does not require for large machine. Also, the unit is efficient in surface smoothing, and polishing.
The machine utilizes rotating barrels, to enable gentle finishing process. The equipment provides solutions for the different deburring and grinding problems, specifically for the small precision components.
The machine utilizes rotating barrels, to enable gentle finishing process. The equipment provides solutions for the different deburring and grinding problems, specifically for the small precision components.
Centrifugal barrel finishing machine - GCB series
The GCB Series provides the most economical, high speed finishing available. GCB machines operate on the "ferris wheel" principal with a 1 : 1 ratio of barrel rotation to turret rotation. Four barrels are mounted at the periphery of a large turret....
Centrifugal barrel finishing machine - GCB series
The GCB Series provides the most economical, high speed finishing available. GCB machines operate on the "ferris wheel" principal with a 1 : 1 ratio of barrel rotation to turret rotation. Four barrels are mounted at the periphery of a large turret. Each barrel is loaded to approximately 50-80% full with media, parts and water.
During operation, rotation of the large turret creates a centrifugal force on the media and parts inside each barrel. This force compacts the load into a tight mass causing the media and parts to slide against each other, removing burrs and creating superior finishes. This action also reduces the cycle time needed to complete the finishing of the parts by up to a factor of 30 over conventional vibratory and barrel tumbling. Hand finishing operations can now be efficiently and economically automated with the GCB series machines. Results with this centrifugal barrel finishing equipment are consistent and predictable, every time.
During operation, rotation of the large turret creates a centrifugal force on the media and parts inside each barrel. This force compacts the load into a tight mass causing the media and parts to slide against each other, removing burrs and creating superior finishes. This action also reduces the cycle time needed to complete the finishing of the parts by up to a factor of 30 over conventional vibratory and barrel tumbling. Hand finishing operations can now be efficiently and economically automated with the GCB series machines. Results with this centrifugal barrel finishing equipment are consistent and predictable, every time.
Centrifugal disc finishing machine - 14 l | SM 14
The centrifugal surface finishing machine, when it is compared to the conventional vibratory system of finishing, is up to 30 times faster. The system comprises of a centrally...
Centrifugal disc finishing machine - 14 l | SM 14
The centrifugal surface finishing machine, when it is compared to the conventional vibratory system of finishing, is up to 30 times faster. The system comprises of a centrally located disc which spins, creating a turbulence within the chamber of the machine, effectively creating a g force, thus imparting this on both media and components. The difference in the weight of both the media and component results in a rubbing action at high speed, thus the overall finishing cycle is reduced.
These machines are very popular in finishing items such as jewelry, precision and computer components, and can be used to produce a high polish as well as normal finishes
These machines are very popular in finishing items such as jewelry, precision and computer components, and can be used to produce a high polish as well as normal finishes
Centrifugal disc finishing machine - 42 l | SM 3x14
The centrifugal surface finishing machine, when it is compared to the conventional vibratory system of finishing, is up to 30 times faster. The system comprises of a centrally...
Centrifugal disc finishing machine - 42 l | SM 3x14
The centrifugal surface finishing machine, when it is compared to the conventional vibratory system of finishing, is up to 30 times faster. The system comprises of a centrally located disc which spins, creating a turbulence within the chamber of the machine, effectively creating a g force, thus imparting this on both media and components. The difference in the weight of both the media and component results in a rubbing action at high speed, thus the overall finishing cycle is reduced.
These machines are very popular in finishing items such as jewelry, precision and computer components, and can be used to produce a high polish as well as normal finishes
.
These machines are very popular in finishing items such as jewelry, precision and computer components, and can be used to produce a high polish as well as normal finishes
.
Centrifugal disc finishing machine - 6 l | SM 6
The centrifugal surface finishing machine, when it is compared to the conventional vibratory system of finishing, is up to 30 times faster. The system comprises of a centrally...
Centrifugal disc finishing machine - 6 l | SM 6
The centrifugal surface finishing machine, when it is compared to the conventional vibratory system of finishing, is up to 30 times faster. The system comprises of a centrally located disc which spins, creating a turbulence within the chamber of the machine, effectively creating a g force, thus imparting this on both media and components. The difference in the weight of both the media and component results in a rubbing action at high speed, thus the overall finishing cycle is reduced.
These machines are very popular in finishing items such as jewelry, precision and computer components, and can be used to produce a high polish as well as normal finishes
.
These machines are very popular in finishing items such as jewelry, precision and computer components, and can be used to produce a high polish as well as normal finishes
.
Centrifugal disc finishing machine - 28 l | SM 2x14
The centrifugal surface finishing machine, when it is compared to the conventional vibratory system of finishing, is up to 30 times faster. The system comprises of a centrally...
Centrifugal disc finishing machine - 28 l | SM 2x14
The centrifugal surface finishing machine, when it is compared to the conventional vibratory system of finishing, is up to 30 times faster. The system comprises of a centrally located disc which spins, creating a turbulence within the chamber of the machine, effectively creating a g force, thus imparting this on both media and components. The difference in the weight of both the media and component results in a rubbing action at high speed, thus the overall finishing cycle is reduced.
These machines are very popular in finishing items such as jewelry, precision and computer components, and can be used to produce a high polish as well as normal finishes
.
These machines are very popular in finishing items such as jewelry, precision and computer components, and can be used to produce a high polish as well as normal finishes
.
Centrifugal disc finishing machine - 400 l | SM 400
The centrifugal surface finishing machine, when it is compared to the conventional vibratory system of finishing, is up to 30 times faster. The system comprises of a centrally...
Centrifugal disc finishing machine - 400 l | SM 400
The centrifugal surface finishing machine, when it is compared to the conventional vibratory system of finishing, is up to 30 times faster. The system comprises of a centrally located disc which spins, creating a turbulence within the chamber of the machine, effectively creating a g force, thus imparting this on both media and components. The difference in the weight of both the media and component results in a rubbing action at high speed, thus the overall finishing cycle is reduced.
These machines are very popular in finishing items such as jewelry, precision and computer components, and can be used to produce a high polish as well as normal finishes
These machines are very popular in finishing items such as jewelry, precision and computer components, and can be used to produce a high polish as well as normal finishes