[Features]· It is a through beam rotating stage which uses fitting method for the moving guide.· There are two mounting methods of the micrometer head: standard (right facing) and reverse micro (left facing). You can select the operation direction.· Coarse 360° rotation is also possible by grabbing the table.· Micro motions take place on the micro meter head on the flutter clamp.· By clamping both the coarse and fine movements, it can be fixed at an arbitrary position.· Can be widely used for ap

[Features]· It is a through beam rotating stage which uses fitting method for the moving guide.· There are two mounting methods of the micrometer head: standard (right facing) and reverse micro (left facing). You can select the operation direction.· Coarse 360° rotation is also possible by grabbing the table.· Micro motions take place on the micro meter head on the flutter clamp.· By clamping both the coarse and fine movements, it can be fixed at an arbitrary position.· Can be widely used for ap

[Features]· It is a through beam rotating stage which uses fitting method for the moving guide.· There are two mounting methods of the micrometer head: standard (right facing) and reverse micro (left facing). You can select the operation direction.· Coarse 360° rotation is also possible by grabbing the table.· Micro motions take place on the micro meter head on the flutter clamp.· By clamping both the coarse and fine movements, it can be fixed at an arbitrary position.· Can be widely used for ap

[Features]· It is a through beam rotating stage which uses fitting method for the moving guide.· There are two mounting methods of the micrometer head: standard (right facing) and reverse micro (left facing). You can select the operation direction.· Coarse 360° rotation is also possible by grabbing the table.· Micro motions take place on the micro meter head on the flutter clamp.· By clamping both the coarse and fine movements, it can be fixed at an arbitrary position.· Can be widely used for ap

[Features]· It is a through beam rotating stage which uses fitting method for the moving guide.· There are two mounting methods of the micrometer head: standard (right facing) and reverse micro (left facing). You can select the operation direction.· Coarse 360° rotation is also possible by grabbing the table.· Micro motions take place on the micro meter head on the flutter clamp.· By clamping both the coarse and fine movements, it can be fixed at an arbitrary position.· Can be widely used for ap

[Features]· It is a through beam rotating stage which uses fitting method for the moving guide.· There are two mounting methods of the micrometer head: standard (right facing) and reverse micro (left facing). You can select the operation direction.· Coarse 360° rotation is also possible by grabbing the table.· Micro motions take place on the micro meter head on the flutter clamp.· By clamping both the coarse and fine movements, it can be fixed at an arbitrary position.· Can be widely used for ap

Attach an X stage and use it as a Z stage, switch the transfer surface from vertical to horizontal, or mount a rotating stage to turn the rotating axis by 90°.

Attach an X stage and use it as a Z stage, switch the transfer surface from vertical to horizontal, or mount a rotating stage to turn the rotating axis by 90°.

Attach an X stage and use it as a Z stage, switch the transfer surface from vertical to horizontal, or mount a rotating stage to turn the rotating axis by 90°.

Attach an X stage and use it as a Z stage, switch the transfer surface from vertical to horizontal, or mount a rotating stage to turn the rotating axis by 90°.

Attach an X stage and use it as a Z stage, switch the transfer surface from vertical to horizontal, or mount a rotating stage to turn the rotating axis by 90°.

Attach an X stage and use it as a Z stage, switch the transfer surface from vertical to horizontal, or mount a rotating stage to turn the rotating axis by 90°.

A single-shaft horizontal slope stage with differing rotational center positions and transfer amounts.

A single-shaft horizontal slope stage with differing rotational center positions and transfer amounts.

A single-shaft horizontal slope stage with differing rotational center positions and transfer amounts.

A single-shaft horizontal slope stage with differing rotational center positions and transfer amounts.

A single-shaft horizontal slope stage with differing rotational center positions and transfer amounts.

A single-shaft horizontal slope stage with differing rotational center positions and transfer amounts.

[Features]· A Duracon® ring set consisting of a press ring and cushioning material."Duracon®" is a registered trademark of Polyplastics Co., Ltd. in Japan and other countries.

[Features]· A Duracon® ring set consisting of a press ring and cushioning material."Duracon®" is a registered trademark of Polyplastics Co., Ltd. in Japan and other countries.