The high-speed milling machine "RXP" manufactured by the German company Redars features all-axis linear motor drive and linear guide specifications, ensuring high-precision machining without aging changes. Higher models also offer specifications with linear motor drive and hydrostatic guides. It comes standard with a high-speed spindle, enabling direct milling of high-hardness materials with HRC60 or higher. Without the need to change grips, a series of processes from milling to jig grinding and on-machine measurement can be performed, achieving a surface roughness of Ra<0.005μm. By completing the entire process without changing grips, it realizes "reduction of machine installation area," "reduction of labor costs," and "reduction of setup time." 【Features】 - Equipped with a high-performance cooling system in the drive unit to prevent precision degradation due to heat. - Standard on-machine measurement system for cutting tools. - Equipped with a dressing unit, grinding wheel diameter measurement unit, and fire extinguisher inside the machine. - Includes a touch probe, allowing for direct measurement of the workpiece after processing. 【Machining Targets】 Fine blanking molds, optical components/molds such as lenses, 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.

The high-speed milling machine "RXP" manufactured by the German company Redars features a fully linear motor drive and linear guide specifications, ensuring high-precision machining without aging changes. Higher models also offer a linear motor drive combined with hydrostatic guide specifications. It comes standard with a high-speed spindle, enabling direct milling of high-hardness materials with HRC60 or higher. After milling, a series of processes including jig grinding and on-machine measurement can be performed without the need to change the workpiece, achieving a surface roughness of Ra<0.005μm. This capability allows for "reduction of machine installation area," "reduction of labor costs," and "reduction of setup time." 【Features】 ■ Equipped with a high-performance cooling system in the drive unit to prevent accuracy degradation due to heat ■ Standard on-machine measurement system for cutting tools ■ Equipped with a dressing unit, grinding wheel diameter measurement unit, and fire extinguisher inside the machine ■ Includes a touch probe, allowing for 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 for viewing.

The high-speed milling machine "RXP" manufactured by the German company Redars features all-axis linear motor drive and linear guide specifications, ensuring high-precision machining without aging changes. Higher-end models also offer specifications with linear motor drive and hydrostatic guides. It comes standard with a high-speed spindle, enabling direct milling of high-hardness materials with HRC60 or higher. Without the need to change grips, a series of processes from milling to jig grinding and on-machine measurement can be performed, achieving a surface roughness of Ra<0.005μm. By completing the entire process without changing grips, it realizes "reduction of machine installation area," "reduction of labor costs," and "reduction of setup time." 【Features】 ■ Equipped with a high-performance cooling system in the drive unit to prevent accuracy degradation due to heat ■ Standard on-machine measurement system for cutting tools ■ Equipped with a dressing unit, grinding wheel diameter measurement unit, and fire extinguisher inside the machine ■ Includes a touch probe, allowing for direct measurement of the workpiece after processing 【Machining Targets】 Fine blanking molds, optical components/molds such as lenses, 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 for viewing.

The high-speed milling machine "RXP" manufactured by the German company Redars features all-axis linear motor drive and linear guide specifications, ensuring high-precision machining without aging changes. The higher models also offer linear motor drive with hydrostatic guide specifications. It comes standard with a high-speed spindle, enabling direct milling of high-hardness materials with HRC60 or higher. Without the need to change the workpiece grip, a series of processes from milling to jig grinding and on-machine measurement can be performed, achieving a surface roughness of Ra<0.005μm. By completing the entire process without changing grips, it realizes "reduction of machine installation area," "reduction of labor costs," and "reduction of setup time." 【Features】 ■ Equipped with a high-performance cooling system in the drive unit to prevent accuracy degradation due to heat ■ Standard on-machine measurement system for cutting tools ■ Equipped with a dressing unit, grinding wheel diameter measurement unit, and fire extinguisher inside the machine ■ Includes a touch probe, allowing for 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.

Quick change holder system for machine tools such as lathes and automatic lathes allows anyone to change tools with just one touch!! ● High precision and high rigidity. It features a unique R-surface joint method that is mechanically the most stable. [Static repeatability accuracy = 0.003mm] ● Tool holder exchange is one-touch. It speeds up setup changes and tool replacements, significantly eliminating idle time on the shop floor. ● Not only does it improve the operating rate of mass production equipment, but it also enables flexibility in equipment, making it ideal for small-batch production. ● All holders of the same size are compatible, allowing for adaptation to any tooling with hundreds of types of holders. ● When combined with a tool presetter, centralized management of tools is possible. ● This system is widely used not only in Japan but also in various countries around the world, thanks to its long-standing track record and trust.

By mounting this unit on automatic lathes, we achieve improved surface roughness within the automatic machining process. No special machinery is required. The surface roughness improvement process using BAUBLIES' roller burnishing is highly reliable, fast, and easy to handle. It can be easily integrated into your existing automatic machining processes. Not only does it improve surface roughness, but it also enhances surface height and is expected to improve wear resistance. In the roller burnishing process, there is no material consumption as chips are removed. Therefore, it can improve the yield of material consumption. Roller burnishing achieves economic improvements in surface roughness. The cycle time required for processing is short, while maintaining high surface roughness quality.

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.

☆★☆New Product☆★☆ By adopting a servo motor and ball screw for the main axis, we significantly reduce electricity costs compared to conventional mechanical and hydraulic presses. (Power consumption: 10-15 kW) Some hydraulic drive components utilize inverter motors for pressure control, contributing to electricity cost reduction. (Hydraulic oil volume: 250L) The pitless design reduces initial investment costs for the equipment. ☆New System☆FAST System☆ Mold exchange is achieved by detaching and attaching only the mold plate instead of the conventional die set exchange, realizing space-saving. It is also easy to expand the die set. ☆Automation☆ With linear servo drive, the gripper speed can be adjusted. We also provide conveyors for external transport. In the future, we plan to release equipment with molding capacities ranging from 100 tons to 500 tons.

☆New Model Release☆ Releasing the SP80E with a maximum molding capacity of 8 tons (2019) OSTERWALDER AG has developed the SP series with high precision, energy efficiency, and space-saving features using direct drive technology (DDT) systems with electric servo motors since 2009. Over the past 11 years, they have sold 300 units worldwide. The use of servo motors on all axes improves the working environment. The noise level is quieter compared to hydraulic systems. Maintenance costs can also be reduced as hydraulic seal replacements and other maintenance are no longer necessary. ~Basic Specifications~ - Maximum molding capacity: 8 tons to 64 tons - Number of axes: Upper 1 + Lower 1 + Core rod + F axis - Die set: Integrated type - Molding method: Withdraw-al method, fixed die type (limited to SP80) - Repetition accuracy: +/- 0.002 mm - Interface: imPRESSive (in-house developed) - Options: Cross molding unit / Rotating core rod device imPRESSive is developed with an eye on IoT integration. It can be programmed at intervals similar to operating a smartphone. It has numerous features, including the ability to verify operations before molding through 3D simulation.

Quick change holder system for machine tools such as lathes and automatic lathes allows anyone to change tools with just one touch!! ● High precision and high rigidity. It features a unique R-surface joint method that is mechanically the most stable. [Static repeatability accuracy = 0.003mm] ● Tool holder replacement is one-touch. It speeds up setup changes and tool replacements, significantly eliminating idle time on the shop floor. ● Not only does it improve the operating rate of mass production equipment, but it also enables flexibility in equipment, making it ideal for small-batch production of various types. ● All holders of the same size are compatible, allowing hundreds of types of holders to fit any tooling. ● Combined with a tool presetter, it enables centralized management of tools. ● This system is widely used not only in Japan but also around the world, thanks to its long-standing track record and trust.

By equipping this unit on automatic lathes, we achieve improved surface roughness within the automatic machining process. No special machinery is required. The surface roughness improvement process using BAUBLIES' roller burnishing is highly reliable, fast, and easy to handle. It can be easily integrated into your existing automatic machining processes. Not only does it improve surface roughness, but it also enhances surface height and is expected to improve wear resistance. In the roller burnishing process, there is no material consumption as chips are removed. Therefore, it can improve the yield of material consumption. Roller burnishing achieves economic improvements in surface roughness. The cycle time required for processing is short, and it delivers high surface roughness quality.

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.

☆★☆New Product☆★☆ By adopting a servo motor and ball screw as the main axis, we significantly reduce electricity costs compared to conventional mechanical and hydraulic presses. (Power consumption: 10-15 kW) Some hydraulic drive components utilize inverter motors for pressure control, contributing to electricity cost reduction. (Operating oil volume: 250L) The pitless design reduces initial investment costs for the equipment. ☆New System☆FAST System☆ Mold exchange is achieved by removing and attaching only the mold plates instead of the traditional die set exchange, realizing space-saving. Expanding the die set is also easy. ☆Automation☆ With linear servo drive, the gripper speed can be adjusted. We also provide conveyors for external transport. In the future, we plan to release equipment with molding capacities ranging from 100 tons to 500 tons.

☆New Model Release☆ Releasing the SP80E with a maximum molding capacity of 8 tons (2019) OSTERWALDER AG has developed the SP series with high precision, energy efficiency, and space-saving features using direct drive technology (DDT) systems with electric servo motors since 2009. Over the past 11 years, they have sold 300 units worldwide. The use of servo motors on all axes improves the working environment. The noise level is quieter compared to hydraulic systems. Maintenance costs can also be reduced as hydraulic seal replacements are no longer necessary. ~Basic Specifications~ - Maximum molding capacity: 8 tons to 64 tons - Number of axes: Upper 1 + Lower 1 + Core rod + F-axis - Die set: Integrated type - Molding method: Withdraw-al method, fixed die type (limited to SP80) - Repeat accuracy: +/-0.002mm - Interface: imPRESSive (developed in-house) - Options: Cross molding unit / Rotating core rod device imPRESSive was developed with an eye towards IoT integration. It can be programmed at intervals similar to operating a smartphone. It includes many features, such as the ability to verify operations before molding through 3D simulation.

By mounting this unit on automatic lathes, we achieve improved surface roughness within the automatic machining process. No special machinery is required. The surface roughness improvement process using BAUBLIES' roller burnishing is highly reliable, fast, and easy to handle. It can be easily integrated into your existing automatic machining processes. Not only does it improve surface roughness, but it also enhances surface height and is expected to improve wear resistance. In the roller burnishing process, there is no material consumption as chips are removed. Therefore, it can improve the yield of material consumption. Roller burnishing achieves economic improvements in surface roughness. The cycle time required for processing is short, and the surface roughness quality is high.

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.

☆★☆New Product☆★☆ By adopting a servo motor and ball screw as the main axis, we significantly reduce electricity costs compared to conventional mechanical and hydraulic presses. (Power consumption: 10-15 kW) Some hydraulic drive components utilize inverter motors for pressure control, contributing to electricity cost reduction. (Operating oil volume: 250L) The pitless design reduces initial investment costs for the equipment. ☆New System☆FAST System☆ Mold changes are achieved by only removing and attaching the mold plates instead of the entire die set, realizing space-saving. Expanding the die set is also easy. ☆Automation☆ With linear servo drive, the gripper speed can be adjusted. We also provide conveyors for external transport. In the future, we plan to release equipment with molding capacities ranging from 100 tons to 500 tons.

☆New Model Release☆ Releasing the SP80E with a maximum molding capacity of 8 tons (2019) OSTERWALDER AG has developed the SP series with high precision, energy efficiency, and space-saving features using direct drive technology (DDT) with electric servo motors since 2009. Over the past 11 years, they have sold 300 units worldwide. The use of servo motors on all axes improves the working environment. The noise level is quieter compared to hydraulic systems. Maintenance costs can also be reduced as hydraulic seal replacements are no longer necessary. ~Basic Specifications~ - Maximum molding capacity: 8 tons to 64 tons - Number of axes: Upper 1 + Lower 1 + Core rod + F axis - Die set: Integrated - Molding method: Withdraw-al method, fixed die (limited to SP80) - Repetition accuracy: +/- 0.002 mm - Interface: imPRESSive (in-house developed) - Options: Cross molding unit / Rotating core rod device imPRESSive was developed with an eye towards IoT integration. It can be programmed at intervals similar to operating a smartphone. It has many features, including the ability to confirm operations before molding through 3D simulation.

By equipping this unit on automatic lathes, we achieve improved surface roughness within the automatic machining process. No special machinery is required. The surface roughness improvement process using BAUBLIES' roller burnishing is highly reliable, fast, and easy to handle. It can be easily integrated into your existing automatic machining processes. Not only does it improve surface roughness, but it also enhances surface height and is expected to improve wear resistance. In the roller burnishing process, there is no material consumption as chips are removed. Therefore, it can improve the yield of material consumption. Roller burnishing achieves economic improvements in surface roughness. The cycle time required for processing is short, and it provides high surface roughness quality.

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.

Quick change holder system for machine tools such as lathes and automatic lathes allows anyone to change tools with just one touch!! ● High precision and high rigidity. It features a unique R-surface joint method that is mechanically the most stable. [Static repeatability accuracy = 0.003mm] ● Holder replacement is one-touch. It speeds up setup changes and tool replacements, significantly eliminating idle time on the shop floor. ● Not only does it improve the operating rate of mass production equipment, but it also enables flexibility in equipment machinery, making it ideal for small-batch production. ● All holders of the same size are interchangeable, and it can accommodate various tooling with hundreds of types of holders. ● Together with a tool presetter, it allows for centralized management of tools. ● This system is widely used not only in Japan but also in many countries around the world, thanks to years of proven performance and trust.

☆★☆New Product☆★☆ By adopting a servo motor and ball screw for the main axis, we significantly reduce electricity costs compared to conventional mechanical and hydraulic presses. (Power consumption: 10-15 kW) Some hydraulic drive components utilize inverter motors for pressure control, contributing to electricity cost reduction. (Operating oil volume: 250L) The pitless design reduces initial investment costs for the equipment. ☆New System☆FAST System☆ Mold changes are achieved by removing and attaching only the mold plates instead of the traditional die set exchange, realizing space-saving. Expanding the die set is also easy. ☆Automation☆ With linear servo drive, the gripper speed can be adjusted. We also provide conveyors for external transport. In the future, we plan to release equipment with forming capacities ranging from 100 tons to 500 tons.

By installing this unit on automatic lathes, we achieve improved surface roughness within the automatic machining process. No special machinery is required. The surface roughness improvement process using BAUBLIES' roller burnishing is highly reliable, fast, and easy to handle. It can be easily integrated into your existing automatic machining processes. Not only does it improve surface roughness, but it also enhances surface height and is expected to improve wear resistance. In the roller burnishing process, there is no material consumption as it is removed as chips. Therefore, it can improve the yield of material consumption. Roller burnishing achieves economic improvements in surface roughness. The cycle time required for processing is short, and it provides high surface roughness quality.

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.

Quick change holder system for machine tools such as lathes and automatic lathes allows anyone to change inserts with just one touch!! ● High precision and high rigidity. It features a unique R-surface joint method that is mechanically the most stable. [Static repeatability accuracy = 0.003mm] ● Holder replacement is one-touch. It speeds up setup changes and tool replacements, significantly eliminating idle time on the shop floor. ● Not only does it improve the operating rate of mass production equipment, but it also enables flexibility in equipment machinery, making it ideal for small-batch production of various types. ● All holders of the same size are compatible, and hundreds of types of holders can fit any tooling. ● Combined with a tool presetter, it allows for centralized management of tools. ● This system has been widely used not only in Japan but also around the world, thanks to years of proven performance and trust.

☆★☆New Product☆★☆ By adopting a servo motor and ball screw for the main axis, we significantly reduce electricity costs compared to conventional mechanical and hydraulic presses. (Power consumption: 10-15 kW) Some hydraulic drive components utilize inverter motors for pressure control, contributing to electricity cost savings. (Operating oil volume: 250L) The pitless design reduces initial investment costs for the equipment. ☆New System☆FAST System☆ Mold exchange is achieved by detaching only the mold plate instead of the traditional die set exchange, realizing space-saving. It is also easy to expand the die set. ☆Automation☆ With linear servo drive, the gripper speed can be adjusted. We also provide conveyors for external transport. In the future, we plan to release equipment with molding capacities ranging from 100 tons to 500 tons.

☆New Model Release☆ Releasing the SP80E with a maximum molding capacity of 8 tons (2019) OSTERWALDER AG has developed the SP series with high precision, energy efficiency, and space-saving features using direct drive technology (DDT) with electric servo motors since 2009. Over the past 11 years, they have sold 300 units worldwide. The use of servo motors on all axes improves the working environment. The noise level is also quieter compared to hydraulic systems. Maintenance costs can be reduced as hydraulic seal replacements and other maintenance are no longer necessary. ~Basic Specifications~ - Maximum molding capacity: 8 tons to 64 tons - Number of axes: Upper 1 + Lower 1 + Core rod + F axis - Die set: Integrated type - Molding method: Withdraw-al method, fixed die type (limited to SP80) - Repeat accuracy: +/- 0.002 mm - Interface: imPRESSive (in-house developed) - Options: Cross molding unit / Rotating core rod device imPRESSive was developed with IoT integration in mind. It can be programmed with the ease of operating a smartphone. It includes many features, such as the ability to verify operations before molding through 3D simulation.

☆★☆New Product☆★☆ By adopting a servo motor and ball screw as the main axis, we significantly reduce electricity costs compared to conventional mechanical and hydraulic presses. (Power consumption: 10-15 kW) Some hydraulic drive components utilize inverter motors for pressure control, contributing to electricity cost reduction. (Operating oil volume: 250L) The pitless design reduces initial investment costs for the equipment. ☆New System☆FAST System☆ Mold exchange is achieved by removing and attaching only the mold plates instead of the traditional die set exchange, realizing space-saving. It is also easy to expand the die set. ☆Automation☆ With linear servo drive, the gripper speed can be adjusted. We also provide conveyors for external transport. In the future, we plan to release equipment with molding capacities ranging from 100 tons to 500 tons.

By equipping this unit on automatic lathes, we achieve improved surface roughness within the automatic machining process. No special machinery is required. The surface roughness improvement process using BAUBLIES' roller burnishing is highly reliable, fast, and easy to handle. It can be easily integrated into your existing automatic machining processes. Not only does it improve surface roughness, but it also enhances surface height and is expected to improve wear resistance. In the roller burnishing process, there is no material consumption that is removed as chips. Therefore, it can improve the yield of material consumption. Roller burnishing achieves economic improvements in surface roughness. The cycle time required for processing is short, and it provides high surface roughness quality.

The BEMA company's automatic coolant nozzle system is a completely new type of coolant supply system that improves productivity by being mounted 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 be operating with the injection position set 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.