31～54 item / All 54 items
By incorporating a motor, it is possible to increase processing efficiency.
The gripping section can quickly and accurately grasp large-diameter workpieces or workpieces of different sizes due to the scroll chuck, making it suitable for mass production.
By incorporating a built-in motor, it is possible to increase processing efficiency.
● The gripping part can accurately and quickly grasp workpieces with diameters ranging from a minimum of 2mm to a maximum of 26mm for ER collets, and no alignment work is required. ● Commercially available DIN standard ER collets can be used. ● The motor speed can be set between 50 and 300 min-1.
PFC type punch former with slide plate
A thread bar for pitch 1.0 is included.
A new design motor punch former with excellent durability and waterproof features made of stainless steel.
● It adopts precision double bearings, providing stability and high accuracy. ● The 3-jaw chuck FT-SC05HD allows for easy, quick, and precise clamping.
A new design motor punch former featuring precision double bearings, offering stability and high accuracy, along with waterproof functionality and excellent durability.
● The collet grip can accurately and quickly hold workpieces with a diameter for ER collets, and no alignment work is necessary. ● Commercially available DIN standard ER collets can be used.
A scroll chuck-type punch former capable of accurately producing polygon punches with single-function indexing, equipped with dust and water resistance, a sturdy body, and durability.
● Excellent rotational accuracy and repeatability achieved with ultra-precision scroll chuck ● The center hole is through-type, allowing for the use of long punches and ejector pins ● Applied double bearing for enhanced stability and accuracy ● Made of stainless steel
In addition to the block movement mechanism in the Y direction, it is equipped with a block movement mechanism in the X direction (demonstrating its effectiveness in the production of punches, which are essential components of molds).
The X・Y axis adjustable punch former, Guruken-kun/Guruken-kun mini, is equipped with a block movement mechanism in the X direction in addition to the block movement mechanism in the Y direction. The built-in bearings have improved rigidity with cross roller bearings. Additionally, it is possible to choose the precision grade of the bearings (order). It can be used for the production of various punches (round and square) and various jigs. For more details, please contact us at http://www.sankoseimitsu.co.jp/contact/ or refer to the catalog. We have released a YouTube video https://www.youtube.com/watch?v=tJJAgeCp8uw Please take a look.
The ER collet-type punch former can accurately secure polygonal punches due to its single-function indexing capability, offering strong gripping power and excellent durability.
● The center hole is a through type, allowing for the use of long punches and ejector pins. ● Double bearings are applied to achieve high stability and accuracy. ● Commercially available DIN standard ER collets can be used.
The ER collet-type punch former can accurately secure polygonal punches due to its single-function indexing capability, offering strong gripping power and excellent durability.
● The center hole is a through type, allowing for the use of long punches and ejector pins. ● Double bearings are applied to achieve high stability and accuracy. ● Commercially available DIN standard ER collets can be used.
The center punch former is equipped with a rotation center to maintain concentricity, allowing for stable and highly precise machining.
The gripping section can quickly and accurately grasp large diameter workpieces or workpieces of different sizes due to the scroll chuck.
It is a center punch former equipped with a rotating center to maintain concentricity, allowing for stable and highly accurate machining.
The gripping section allows for the quick and accurate handling of large diameter workpieces and workpieces of different sizes due to the scroll chuck.
The center punch former is equipped with a rotation center to maintain concentricity, allowing for stable and highly accurate processing.
The gripping section allows for the quick and accurate handling of large diameter workpieces and workpieces of different sizes due to the scroll chuck.
The single-function indexing feature allows for the precise production of polygon punches, with a through-type center hole, making it suitable for long punches and ejector pins as well.
● Commercially available DIN standard ER collets can be used. ● It can rotate and be fixed at any angle.
By incorporating a built-in motor, it is possible to increase processing efficiency.
● The gripping part can accurately and quickly grasp workpieces with diameters ranging from a minimum of 2mm to a maximum of 26mm for ER collets, and no alignment work is required. ● Commercially available DIN standard ER collets can be used. ● The motor speed can be set between 50 and 300 min-1.
By incorporating a built-in motor, it is possible to increase processing efficiency.
● The gripping part can accurately and quickly grasp workpieces with diameters ranging from a minimum of 2mm to a maximum of 26mm for ER collets, and no alignment work is necessary. ● Commercially available DIN standard ER collets can be used. ● The motor speed can be set between 50 and 300 min-1.
The ER collet punch former can accurately produce polygonal punches with a single-function indexing capability, and is equipped with dust and water resistance features, a sturdy body, and durability.
● The center hole is a through type, allowing for the use of long punches and ejector pins. ● Double bearings are applied to achieve high stability and accuracy. ● Commercially available DIN standard ER collets can be used. ● Made of stainless steel.
The ER collet-type punch former, equipped with a single-function indexing feature, can accurately produce polygonal punches, and is designed with dustproof and waterproof capabilities, a sturdy body, and durability.
● The center hole is a through type, allowing for the use of long punches and ejector pins. ● Double bearings are applied to achieve high stability and accuracy. ● Available. ● Commercially available DIN standard ER collets can be used.
A new design motor punch former featuring precise double bearings, offering stability and high accuracy, along with waterproof functionality and excellent durability.
● The collet grip can accurately and quickly hold workpieces with a diameter for ER collets, and no alignment work is necessary. ● Commercially available DIN standard ER collets can be used. ● Made of stainless steel.
A new design motor punch former featuring precision double bearings, offering stability and high accuracy, with excellent durability and waterproof functionality.
● The collet grip can accurately and quickly grasp workpieces with a diameter for ER collets, and no alignment work is necessary. ● Commercially available DIN standard ER collets can be used. ● Made of stainless steel.
A center punch former equipped with a rotation center to maintain concentricity, enabling stable and highly precise machining.
Please prepare a separate round money (kere).
A center punch former equipped with a rotation center to maintain concentricity, enabling stable and highly precise machining.
Please prepare a separate round money (kere).
A center punch former equipped with a rotation center to maintain concentricity, enabling stable and highly precise machining.
Please prepare a separate round money (kere).
The single-function indexing feature allows for the precise production of polygon punches, with a through-type center hole, making it suitable for long punches and ejector pins as well.
● Commercially available DIN standard ER collets can be used. ● It can rotate and be fixed at any angle.
A scroll chuck-type punch former capable of accurately producing polygon punches with single-function indexing, equipped with dustproof and waterproof features, a sturdy body, and durability.
● The center hole is a through type, allowing for the use of long punches and ejector pins. ● Double bearings are applied to achieve high stability and accuracy. ● Made of stainless steel.
