HSC Jig Grinding Machine RHP Type / Made by Redars Company
One machine that enables everything from milling processing to jig grinding and inspection! Reduces setup man-hours and costs!
The high-speed milling machine "RHP" manufactured by the German company Redars features all-axis linear motor drive and hydrostatic bearings, ensuring high-precision machining without aging effects. The standard model also offers a linear motor drive with linear guides. It is equipped with a high-speed spindle, enabling direct milling of high-hardness materials with HRC60 or higher. Without the need to change the workpiece, a series of processes including jig grinding and on-machine measurement can be performed after milling, achieving a surface roughness of Ra<0.005μm. By completing the entire process without changing the workpiece, it realizes "reduction of machine installation area," "reduction of labor costs," and "reduction of setup time." 【Features】 ■ High-performance cooling system installed in the drive unit to prevent accuracy degradation due to heat ■ On-machine measurement system for cutting tools is standard equipment ■ Equipped with a dressing unit, grinding wheel diameter measurement unit, and fire extinguisher inside the machine ■ Equipped with a touch probe, allowing direct measurement of the workpiece after processing 【Machining Targets】 Fine blanking molds, optical components such as lenses/molds, reflectors, carbide punches, copper electrodes, carbon electrodes, blow molds, glass molds, impellers, precision molds, dental prosthetics, medical devices *For more details, please contact us or download the catalog to view.
basic information
【Machine Technical Data】 Processing Range: 500mm x 552mm x 300mm Table Size: 600mm x 540mm Workpiece Weight: Maximum 400kg Machine Weight: Approximately 10 tons Installation Area: Width 3015mm × Length 2510mm × Height 2750mm *For more details, please contact us.
Price information
The yen price fluctuates due to exchange rates and options, so please feel free to contact us.
Delivery Time
Model number/Brand name
RHP Type Jig Grinding Machine Roeders GmbH
Applications/Examples of results
RHP Type: A jig grinding machine developed to ensure maximum performance, extending to the finest details. Perfectly designed for rough and finish machining of various types of materials (graphite, copper, aluminum, steel and hardened steel, ceramics, carbide, and others). It provides the highest precision and machining speed in 3D processing and can be used for complete machining, including drilling and threading. The vertical milling machine "RHP," which pursues high-speed and high-precision machining, features all-axis linear motor drive and introduces hydrostatic bearings, enabling high-precision machining without aging changes. In particular, the counterbalance for the Z-axis adopts a vacuum system (patented), achieving stable machining. Additionally, it is equipped with a high-speed spindle capable of up to 42,000 RPM as standard, reducing machining time for high-hardness materials such as mold steel after hardening. Other features include: - A spindle elongation detection sensor for automatic correction - A high-performance cooling system in the drive unit to prevent precision degradation due to heat - An on-machine measurement system as standard - A touch probe that allows for direct measurement of the workpiece after machining - High-speed data transfer achieved through a unique control process - Usable as a jig grinding machine — among other high functionalities.
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The BEMA company's automatic coolant nozzle system is a completely new type of coolant supply system that enhances productivity by being installed on machine tools that use coolant oil, such as machining centers/milling machines, NC lathes, and jig grinding machines. In the case of conventional fixed nozzles, it was necessary to manually adjust the injection position to match the length of each tool every time a tool change was made via ATC. Many machine users likely set the injection position to the "average" position of each tool to avoid this hassle. With BEMA's coolant nozzle system, the angle of the nozzle can be controlled through program control or remote operation using an integrated servo drive, allowing coolant to be supplied to the optimal position for each cutting tool without stopping the operation of the machine tool.
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Increase productivity of machining centers with automatic control of nozzles! Automatic Coolant Nozzle System [Germany/BEMA]
The BEMA company's automatic coolant nozzle system is a completely new type of coolant supply system that improves productivity by being installed on machine tools that use coolant oil, such as machining centers/milling machines, NC lathes, and jig grinding machines. In the case of conventional fixed nozzles, it was necessary to manually adjust the injection position to match the length of each tool every time a tool change was made by the ATC. Additionally, many machine users likely set the injection position to the "average" position of each tool to avoid this hassle. With BEMA's coolant nozzle system, the angle of the nozzle is controlled by a built-in servo drive through program control or remote operation, allowing coolant to be supplied to the optimal position for each cutting tool without stopping the operation of the machine tool.
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Increase productivity of machining centers with automatic control of nozzles! Automatic Coolant Nozzle System [Germany/BEMA]
The BEMA company's automatic coolant nozzle system is a completely new type of coolant supply system that improves productivity by being installed on machine tools that use coolant oil, such as machining centers/milling machines, NC lathes, and jig grinding machines. In the case of conventional fixed nozzles, it was necessary to manually adjust the injection position to match the length of each tool every time a tool change was made by the ATC. Many machine users may also operate their machines by setting the injection position to the "average" position of each tool to avoid this hassle. With BEMA's coolant nozzle system, the angle of the nozzle is controlled by a built-in servo drive through program control or remote operation, allowing coolant to be supplied to the optimal position for each cutting tool without stopping the operation of the machine tool.
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Increase productivity of machining centers with automatic control of the nozzle! Automatic Coolant Nozzle System [Germany/BEMA]
The BEMA company's automatic coolant nozzle system is a completely new type of coolant supply system that improves productivity by being installed on machine tools that use coolant oil, such as machining centers/milling machines, NC lathes, and jig grinding machines. In the case of conventional fixed nozzles, it was necessary to manually adjust the injection position to match the length of each tool every time a tool change was made by the ATC. Additionally, many machine users likely set the injection position to the "average" position of each tool to avoid this hassle. With BEMA's coolant nozzle system, the angle of the nozzle is controlled by a built-in servo drive through program control or remote operation, allowing coolant to be supplied to the optimal position for each cutting tool without stopping the operation of the machine tool.
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Increase productivity of machining centers with automatic control of nozzles! Automatic Coolant Nozzle System [Germany/BEMA]
The BEMA company's automatic coolant nozzle system is a completely new type of coolant supply system that enhances productivity by being installed on machine tools that use coolant oil, such as machining centers/milling machines, NC lathes, and jig grinding machines. In the case of conventional fixed nozzles, it was necessary to manually adjust the injection position to match the length of each tool every time a tool change was made by the ATC. Many machine users likely set the injection position to the "average" position of each tool to avoid this hassle. With BEMA's coolant nozzle system, the angle of the nozzle is controlled by a built-in servo drive through program control or remote operation, allowing coolant to be supplied to the optimal position for each cutting tool without stopping the operation of the machine tool.
