[Features]· The maximum temperature for continuous operation lies at 150°C/200°C· Plastic parts that are heat-resistant, adhesives for high temperature and heat-resistant chord have been used.· It is being used one after another for positioning in high temperature environments such as molds and injection molding machines.[Application]· For detecting the return of the ejector pin of the resin molding die.· For opening and closing confirmation of the bubble gate of the injection molding machine.

[Features]· The maximum temperature for continuous operation lies at 150°C/200°C· Plastic parts that are heat-resistant, adhesives for high temperature and heat-resistant chord have been used.· It is being used one after another for positioning in high temperature environments such as molds and injection molding machines.[Application]· For detecting the return of the ejector pin of the resin molding die.· For opening and closing confirmation of the bubble gate of the injection molding machine.

[Features]· The maximum temperature for continuous operation lies at 150°C/200°C· Plastic parts that are heat-resistant, adhesives for high temperature and heat-resistant chord have been used.· It is being used one after another for positioning in high temperature environments such as molds and injection molding machines.[Application]· For detecting the return of the ejector pin of the resin molding die.· For opening and closing confirmation of the bubble gate of the injection molding machine.

[Features]· The maximum temperature for continuous operation lies at 150°C/200°C· Plastic parts that are heat-resistant, adhesives for high temperature and heat-resistant chord have been used.· It is being used one after another for positioning in high temperature environments such as molds and injection molding machines.[Application]· For detecting the return of the ejector pin of the resin molding die.· For opening and closing confirmation of the bubble gate of the injection molding machine.

[Features]· The maximum temperature for continuous operation lies at 150°C/200°C· Plastic parts that are heat-resistant, adhesives for high temperature and heat-resistant chord have been used.· It is being used one after another for positioning in high temperature environments such as molds and injection molding machines.[Application]· For detecting the return of the ejector pin of the resin molding die.· For opening and closing confirmation of the bubble gate of the injection molding machine.

[Features]· The maximum temperature for continuous operation lies at 150°C/200°C· Plastic parts that are heat-resistant, adhesives for high temperature and heat-resistant chord have been used.· It is being used one after another for positioning in high temperature environments such as molds and injection molding machines.[Application]· For detecting the return of the ejector pin of the resin molding die.· For opening and closing confirmation of the bubble gate of the injection molding machine.

[Features]· Rectangular· Can be fitted in confined spaces or small equipment· Long strokes (1.5 mm).· Contradictory to the switch with attached stopper mini STM, the stroke end does not have a stopper function.· Repeatability of 3μm.· A precision mechanical system that does not cause mutual interference, enabling stable detection at a narrow pitch that could not be achieved with proximity sensors.· Effective for equipment that has a short space and a small space, or when downsizing is required.[

[Features]· Rectangular· Can be fitted in confined spaces or small equipment· Long strokes (1.5 mm).· Contradictory to the switch with attached stopper mini STM, the stroke end does not have a stopper function.· Repeatability of 3μm.· A precision mechanical system that does not cause mutual interference, enabling stable detection at a narrow pitch that could not be achieved with proximity sensors.· Effective for equipment that has a short space and a small space, or when downsizing is required.[

[Features]· Rectangular· Can be fitted in confined spaces or small equipment· Long strokes (1.5 mm).· Contradictory to the switch with attached stopper mini STM, the stroke end does not have a stopper function.· Repeatability of 3μm.· A precision mechanical system that does not cause mutual interference, enabling stable detection at a narrow pitch that could not be achieved with proximity sensors.· Effective for equipment that has a short space and a small space, or when downsizing is required.[

[Features]· Rectangular· Can be fitted in confined spaces or small equipment· Long strokes (1.5 mm).· Contradictory to the switch with attached stopper mini STM, the stroke end does not have a stopper function.· Repeatability of 3μm.· A precision mechanical system that does not cause mutual interference, enabling stable detection at a narrow pitch that could not be achieved with proximity sensors.· Effective for equipment that has a short space and a small space, or when downsizing is required.[

[Features]· Rectangular· Can be fitted in confined spaces or small equipment· Long strokes (1.5 mm).· Contradictory to the switch with attached stopper mini STM, the stroke end does not have a stopper function.· Repeatability of 3μm.· A precision mechanical system that does not cause mutual interference, enabling stable detection at a narrow pitch that could not be achieved with proximity sensors.· Effective for equipment that has a short space and a small space, or when downsizing is required.[

[Features]· Rectangular· Can be fitted in confined spaces or small equipment· Long strokes (1.5 mm).· Contradictory to the switch with attached stopper mini STM, the stroke end does not have a stopper function.· Repeatability of 3μm.· A precision mechanical system that does not cause mutual interference, enabling stable detection at a narrow pitch that could not be achieved with proximity sensors.· Effective for equipment that has a short space and a small space, or when downsizing is required.[

[Features]· Rectangular· Can be fitted in confined spaces or small equipment· Long strokes (1.5 mm).· Contradictory to the switch with attached stopper mini STM, the stroke end does not have a stopper function.· Repeatability of 3μm.· A precision mechanical system that does not cause mutual interference, enabling stable detection at a narrow pitch that could not be achieved with proximity sensors.· Effective for equipment that has a short space and a small space, or when downsizing is required.[

[Features]· Rectangular· Can be fitted in confined spaces or small equipment· Long strokes (1.5 mm).· Contradictory to the switch with attached stopper mini STM, the stroke end does not have a stopper function.· Repeatability of 3μm.· A precision mechanical system that does not cause mutual interference, enabling stable detection at a narrow pitch that could not be achieved with proximity sensors.· Effective for equipment that has a short space and a small space, or when downsizing is required.[

A contact switch that does not require an amplifier, has a repeatability of 0.5 μm, and is IP67 resistant to adverse environments.[Features]· With IP67 protection structure, it can be used in adverse environments where water, coolant and cutting chips are scattered.· A direct acting type ball bearing is used in the bearing which is applicable for sliding, deflection and off-set.[Application]· For origin detection of semiconductor inspection tables and detection of misalignment of printing machin

A contact switch that does not require an amplifier, has a repeatability of 0.5 μm, and is IP67 resistant to adverse environments.[Features]· With IP67 protection structure, it can be used in adverse environments where water, coolant and cutting chips are scattered.· A direct acting type ball bearing is used in the bearing which is applicable for sliding, deflection and off-set.[Application]· For origin detection of semiconductor inspection tables and detection of misalignment of printing machin

A contact switch that does not require an amplifier, has a repeatability of 0.5 μm, and is IP67 resistant to adverse environments.[Features]· With IP67 protection structure, it can be used in adverse environments where water, coolant and cutting chips are scattered.· A direct acting type ball bearing is used in the bearing which is applicable for sliding, deflection and off-set.[Application]· For origin detection of semiconductor inspection tables and detection of misalignment of printing machin

A contact switch that does not require an amplifier, has a repeatability of 0.5 μm, and is IP67 resistant to adverse environments.[Features]· With IP67 protection structure, it can be used in adverse environments where water, coolant and cutting chips are scattered.· A direct acting type ball bearing is used in the bearing which is applicable for sliding, deflection and off-set.[Application]· For origin detection of semiconductor inspection tables and detection of misalignment of printing machin

A contact switch that does not require an amplifier, has a repeatability of 0.5 μm, and is IP67 resistant to adverse environments.[Features]· With IP67 protection structure, it can be used in adverse environments where water, coolant and cutting chips are scattered.· A direct acting type ball bearing is used in the bearing which is applicable for sliding, deflection and off-set.[Application]· For origin detection of semiconductor inspection tables and detection of misalignment of printing machin

A contact switch that does not require an amplifier, has a repeatability of 0.5 μm, and is IP67 resistant to adverse environments.[Features]· With IP67 protection structure, it can be used in adverse environments where water, coolant and cutting chips are scattered.· A direct acting type ball bearing is used in the bearing which is applicable for sliding, deflection and off-set.[Application]· For origin detection of semiconductor inspection tables and detection of misalignment of printing machin