日本オートマチックマシン Product Lineup

- The post-frame type excels in rigidity due to its structure and demonstrates remarkable performance in high-precision processing. - The bolster, with its large surface area, can adequately accommodate large molds, and the installation of peripheral devices such as feeders is easy, allowing it to be used as part of an automated line. - Synchronization between the ram (slide) and peripheral devices is possible through arbitrary direct signals. ■ Made-to-order machine Photo: The two-handed operation switch is standard equipment, while the press table is optional.

• Plastic processing machines (cutting and rolling)

- The post-frame type excels in rigidity due to its structure and demonstrates remarkable performance in high-precision machining. - The bolster, with its large surface area, can adequately accommodate large molds, and the installation of peripheral devices such as feeders is easy, allowing it to be used as part of an automated line. - Synchronization between the ram (slide) and peripheral devices can be achieved through arbitrary direct signals. ■ Made-to-order machine Photo: The two-handed operation switch is standard equipment, while the press table is optional.

• Plastic processing machines (cutting and rolling)

- With the crank-type servo press, you can select from normal, profile, or virtual modes to perform press operations tailored to the processing conditions of the mold or workpiece. - Up to 10 patterns of press operations can be memorized, allowing for press processing that matches the mold or workpiece. - Synchronization between the ram (slide) and peripheral devices can be achieved through arbitrary output signals. - The ram slide uses V-guide sliding, offering high rigidity and making it suitable for a wide range of precision machining applications. Photo: The two-hand operation switch is standard equipment, while the press table is optional.

• Plastic processing machines (cutting and rolling)

- With the crank-type servo press, you can select from normal, profile, or virtual modes to perform press operations tailored to the processing conditions of the mold or workpiece. - Up to 10 patterns of press operations can be memorized, allowing for press processing that matches the mold or workpiece. - Synchronization between the ram (slide) and peripheral devices can be achieved through arbitrary output signals. - The ram slide uses V-guide sliding, offering high rigidity and making it suitable for a wide range of precision machining applications. Photo: The two-handed operation switch is standard equipment, while the press table is optional.

• Plastic processing machines (cutting and rolling)

- The touch panel has been changed to a color LCD screen. - It achieves excellent functionality and cost performance as an energy-saving press replacing hydraulic systems. - The ram stroke length, descending speed, acceleration and deceleration speed, and bottom dead center stop time can be set arbitrarily. - By using the profile mode, the ram stop position, descending speed, and stop time can be set at up to five locations within a single stroke. Photo - The two-handed operation switch is standard equipment, while the press table is optional. - The product photo may differ from the actual shape. Please check the dimensional drawing for the product shape.

• Plastic processing machines (cutting and rolling)

- The touch panel has been changed to a color LCD screen. - It achieves excellent functionality and cost performance as an energy-saving press that replaces hydraulic systems. - The ram stroke length, descending speed, acceleration and deceleration speed, and bottom dead center stop time can be set arbitrarily. - By using the profile mode, the ram stop position, descending speed, and stop time can be set at up to five locations within a single stroke. Photo - The two-hand operation switch is standard equipment, while the press table is optional. - The product photo may differ from the actual shape. Please check the dimensional drawing for the product shape.

• Plastic processing machines (cutting and rolling)

- The touch panel has been changed to a color LCD screen. - The ram slide is supported by a sliding V guide and is highly precise. - The ram stroke length, descent speed, acceleration and deceleration, and bottom dead center stop time can be set arbitrarily. - By using the profile mode, the ram stop position, descent speed, and stop time can be set at up to five locations within a single stroke. Photo - The dual-hand operation switch is standard equipment, while the press table is optional. - The product photo may differ from the actual shape. Please check the dimensional drawing for the product shape.

• Plastic processing machines (cutting and rolling)

- The high-speed compact servo press "RSP series," which was introduced in 2011, has been renewed with significantly improved safety, operability, and quietness compared to conventional mechanical presses. - It supports high precision of molds and continuous use at high speeds, achieving high rigidity and durability through a special coating on the sliding parts. It contributes to automation and labor-saving.

• Plastic processing machines (cutting and rolling)

- The high-speed compact servo press "RSP series," which was introduced in 2011, has been renewed with significantly improved safety, operability, and quietness compared to conventional mechanical presses. - It supports high precision of molds and continuous use at high speeds, achieving high rigidity and durability through a special coating on the sliding parts. It contributes to automation and labor-saving.

• Plastic processing machines (cutting and rolling)

- The high-speed compact servo press "RSP series," which was introduced in 2011, has been renewed, significantly improving safety, operability, and quietness compared to conventional mechanical presses. - It supports high precision of molds and continuous use at high speeds, achieving high rigidity and durability through a special coating on the sliding parts. It contributes to automation and labor-saving.

• Plastic processing machines (cutting and rolling)

●It is very convenient as an auxiliary tool for various jigs. ●PBS 1.2.3 comes in sets of two for each.

• Vice Clamps

●It is very convenient as an auxiliary tool for various jigs. ●PBS 1.2.3 comes in pairs of two each.

• Vice Clamps

●This is a set of 6 pairs, each with the same dimensions of 35mm, 40mm, 45mm, 50mm, 55mm, and 58mm in height.

• Vice Clamps

You can use it for angle inspection, setting the angle of the workpiece, and marking, etc.

• Vice Clamps

[Applicable Materials] Tungsten carbide, hardened steel, general steel, ceramics, glass, silicon, ferrite, porcelain, stone, carbon, gemstones, FRP, etc. Note: This grinding stone cannot be used for high-speed rotation or sliding processing when mounted on a machine.

• Vice Clamps

[Applicable Materials] Tungsten carbide, hardened steel, general steel, ceramics, glass, silicon, ferrite, porcelain, stone, carbon, gemstones, FRP, etc. Note: This grinding wheel cannot be used for high-speed rotation or sliding processing when mounted on a machine.

• Vice Clamps

- When a vice is mounted on the right side of the stand table, the handle part will be on the operator's side, making it easy to set the workpiece. - Equipped with horizontal and parallel adjustment functions. - Made to order. Jaw opening (mm): 160 Jaw width (mm): 60 Jaw height (mm): 22

• Vice Clamps

● It uses martensitic stainless steel that is resistant to rust and wear. ● It features a simple design that prioritizes ease of use. ● V-blocks for round workpieces are also available. (Optional) Jaw opening (mm): 160 Jaw width (mm): 60 Jaw height (mm): 22

• Vice Clamps

● It can be used on both right-handed and left-handed sides. ● It comes with an easy-to-install and remove lower limit stopper. ● Accurate clamping is possible due to its simple and integrated structure.

• Vice Clamps

● It uses martensitic stainless steel that is resistant to rust and wear. ● The vice body is equipped with a mechanism for fine horizontal and parallel adjustment of the workpiece. ● V-blocks for round workpieces are also available. (Optional)

• Vice Clamps

This is a vice designed for high-precision small machining centers, featuring excellent wear resistance due to SKS full hardening treatment and no changes over time. ● It is a multi-jaw vice for high-precision machining centers that uses a wrench-tightening type. ● The clamping force acts diagonally downward at a 45-degree angle, suppressing workpiece lifting and making it suitable for high-precision cutting, tapping, and other processes. Jaw opening (mm): 204 Jaw width (mm): 70 Jaw height (mm): 40

• Vice Clamps

This is a vice for a high-precision small machining center, featuring excellent wear resistance due to SKS full hardening treatment and no aging changes. ● It is a multi-jaw vice for high-precision machining centers that uses a wrench tightening type. ● The clamping force acts diagonally downward at a 45-degree angle, suppressing workpiece lift and making it suitable for high-precision cutting and tapping processes. Jaw opening (mm): 210 Jaw width (mm): 120 Jaw height (mm): 50

• Vice Clamps

This is a vice designed for high-precision small machining centers, featuring excellent wear resistance due to SKS full hardening treatment and no changes over time. ● It is a multi-jaw vice for high-precision machining centers that uses a wrench tightening type. ● The clamping force acts diagonally downward at a 45-degree angle, suppressing workpiece lifting and making it suitable for high-precision cutting, tapping, and other processes. Jaw opening (mm): 210 Jaw width (mm): 120 Jaw height (mm): 50

• Vice Clamps

This is a vice designed for high-precision small machining centers, featuring excellent wear resistance due to SKS manufacturing with full hardening treatment, and it maintains high precision without aging changes. ● It is a multi-jaw vice for high-precision machining centers with a structure that prevents the handle from protruding when the jaws are opened. ● It incorporates a down-hold mechanism to suppress workpiece lifting during tightening, making it suitable for high-precision cutting and tapping operations. Jaw opening (mm): 150 Jaw width (mm): 90 Jaw height (mm): 40

• Vice Clamps

This is a vice for a high-precision small machining center, featuring excellent wear resistance due to SKS full hardening treatment and no aging changes. ● It is a multi-jaw vice for high-precision machining centers with a structure that prevents the handle from protruding when the jaws are opened. ● It has a built-in down-hold mechanism to suppress workpiece lifting during tightening, making it suitable for high-precision cutting and tapping operations. Jaw opening (mm): 150 Jaw width (mm): 90 Jaw height (mm): 40

• Vice Clamps

The vice body is made of a one-piece frame that has undergone SKS full hardening treatment, resulting in a high-precision and high-rigidity vice. Side Lock Pin System To facilitate easy installation onto a machining center, the protrusion of the clamp bolts is minimized, and by selecting the positioning holes for the side lock pins, the position of the movable jaw can be quickly changed. Jaw Opening (mm): 150 Jaw Width (mm): 120 Jaw Height (mm): 45

• Vice Clamps

● This is a precision vice with a sign bar mechanism. ● It is suitable for grinding operations that require angle setting. Jaw opening (mm): 120 Jaw width (mm): 90 Jaw height (mm): 40

• Vice Clamps

● This is a precision vice with a sign bar mechanism. ● It is suitable for grinding processes that require angle setting. Jaw opening (mm): 80 Jaw width (mm): 70 Jaw height (mm): 30

• Vice Clamps

The material is SKS steel. It is a high-precision processing vise with an HRC60° full hardening treatment, ensuring no aging changes. It can be utilized in a wide range of fields from processing to measurement. ● Wrench tightening type. It exerts clamping force in the 44° downward front direction, preventing the workpiece from lifting. ● Comes with 4 dedicated clamping jaws. Jaw opening (mm): 200 Jaw width (mm): 175 Jaw height (mm): 45

• Vice Clamps

The material is SKS. It is a high-precision machining vise with an HRC60° full hardening treatment that ensures no aging changes. It can be used in a wide range of fields from machining to measurement. ● The movable jaw has V grooves for processing round objects in both vertical and horizontal directions. Jaw opening (mm): 120 Jaw width (mm): 90 Jaw height (mm): 40

• Vice Clamps

The material is SKS steel. It is a high-precision machining vise treated with full hardening at HRC 60°, ensuring no aging changes. It can be utilized in a wide range of fields from machining to measurement. ● Wrench tightening type. It exerts clamping force in the 45° downward front direction, preventing the workpiece from lifting. Jaw opening (mm): 50 Jaw width (mm): 45 Jaw height (mm): 20

• Vice Clamps

The material is SKS steel. This high-precision machining vise undergoes a full hardening treatment at HRC60°, ensuring no changes over time. It can be utilized in a wide range of fields from machining to measurement. Deep Jaw Type ● Made from SKS material. This precision vise features full hardening at HRC60° and is ground to a parallelism of 2 microns and a squareness of 5 microns within 100mm. There are no concerns about changes over time, allowing for semi-permanent use. ● It adopts a 45° down-hold mechanism to prevent workpiece lift during clamping. Jaw opening (mm): 150 Jaw width (mm): 120 Jaw height (mm): 60

• Vice Clamps

The material is SKS steel. It is a high-precision processing vise treated with full hardening at HRC 60°, ensuring no changes over time. It can be used in a wide range of fields from processing to measurement. ● This is a handle-operated vise that can be widely used for high-precision cutting, grinding, tapping, and other processes.

• Vice Clamps

The material is SKS. It is a high-precision processing vise with an HRC60° full hardening treatment, ensuring no aging changes. It can be used in a wide range of fields from processing to measurement. ● This is a handle-operated vise that can be widely used for high-precision cutting, grinding, tapping, and other processes.

• Vice Clamps

● This is a compact-sized precision vice suitable for wrench tightening for small and fine work. ● The DS20-2 features a stepped jaw design.

• Vice Clamps

The material is J.A.M. original stainless steel. It is a high-precision processing vise with HRC 57° full hardening treatment, excellent rust and wear resistance. ● It is a precision stainless vise with a sign bar system. ● It is suitable for grinding processes that require angle setting. ● It features a detachable handle type.

• Vice Clamps

The material is J.A.M. original stainless steel. It is a high-precision processing vise with an HRC 57° full hardening treatment, offering excellent rust and wear resistance. It can be utilized in a wide range of fields from processing to measurement. ● It is a precision vise with a structure that prevents the handle from protruding when the jaws are opened. ● The vise's moving jaw incorporates a down-hold mechanism.

• Vice Clamps

The material is J.A.M. original stainless steel. It is a high-precision processing vise with HRC 57° full hardening treatment, offering excellent rust and wear resistance. It can be utilized in a wide range of fields from processing to measurement. ● It features a detachable handle type that can be widely used for high-precision cutting, grinding, and tapping processes with NC and MC. ● The fixed jaw, base, and nut section are integrated into a frame structure (U-shaped), making it suitable for use when the vise is turned 90 degrees sideways.

• Vice Clamps

The material is J.A.M. original stainless steel. It is a high-precision processing vise with excellent rust and wear resistance due to HRC 57° full hardening treatment. It can be used in a wide range of fields from processing to measurement. ● It is a handle detachable type that can be widely used for high-precision cutting, grinding, tapping, and other processes using NC and MC.

• Vice Clamps

The material is J.A.M. original stainless steel. It is a high-precision processing vise with HRC 57° full hardening treatment, offering excellent rust and wear resistance. It can be utilized in a wide range of fields from processing to measurement. ● This is a handle detachable type that can be widely used for high-precision cutting, grinding, tapping, and other processes using NC and MC.

• Vice Clamps

The material is J.A.M. original stainless steel. It is a high-precision processing vise with excellent rust and wear resistance due to HRC 57° full hardening treatment. It can be utilized in a wide range of fields from processing to measurement. ● It is a handle detachable type that can be widely used for high-precision cutting, grinding, tapping, and other processes using NC and MC.

• Vice Clamps

The material is SKS. It is a high-precision machining vise with an HRC60° full hardening treatment that shows no aging changes. It can be used in a wide range of fields from machining to measurement. ● Auxiliary plate with sign bar method ● An auxiliary plate with a sign bar method that allows for angle setting in two orthogonal directions. ● CSP is a tapped hole type.

• Vice Clamps

The material is SKS. It is a high-precision machining vise treated with full hardening at HRC60°, ensuring no changes over time. It can be utilized in a wide range of fields from machining to measurement. ● It features a permanent magnet chuck mounted on a sign bar type auxiliary plate.

• Vice Clamps

It significantly reduces working hours and also contributes to the reduction of human errors. Any processing data can be freely defined by the user in CSV file format using the built-in software. ● Zero work-in-progress for wires and mark tubes ● Zero combination errors between wires and mark tubes ● Zero errors in the insertion direction of mark tubes ● Equipped with a Mibu Electric mark tube printer

• Other processing machines

●Compatible with angular workpieces of 135mm and round workpieces of Φ150mm.

• Vice Clamps