By using our air-bearing rolls (floating transport rolls), air is released from the porous carbon to float the web, allowing it to be transported without contact, so it can be turned without touching the adhesive surface.

Air bearing roll (floating transport roll)

By using our air bearing rolls (floating transport rolls), the only maintenance required is wiping the roll surface with nonwoven fabric.

Air bearing roll (floating transport roll)

By using our air bearing rolls (floating transport rolls), the web is transported in a floating manner without contact.

Air bearing roll (floating transport roll)

By using our porous suction roll, the uniform porosity of the roll will ensure that the web is evenly attracted, minimizing suction marks and deformation.

Porous suction roll (suction roll)

By using our porous suction rolls (suction rolls), partial adsorption is possible with moderate squeezing.

Porous suction roll (suction roll)

There is a permanent experimental device for measuring the floating state of the web.

Web handling levitation experiment

We lend out products for performance confirmation.

Product Rental

Please consider our non-contact chucking (non-contact suction cup).
The suction holes attract the glass substrate, increasing the rigidity of the fluid film and reducing deflection of the workpiece during movement.

Non-contact chucking (non-contact suction cup)

Please consider our vacuum suction cups. By applying a negative preload, vertical displacement and vibration are suppressed, and the conveying surface is imitated while maintaining a constant gap, forming a precision flat surface.

Vacuum suction cup

There is a permanent experimental device installed to measure the floating state of glass.

Flat panel levitation experiment

We lend out products for performance confirmation.

Product Rental

Please consider our all-carbon suction cups (vacuum suction cups (made from pure carbon)).
Partial adsorption is possible by squeezing appropriately.

All-carbon suction cup (vacuum suction cup (made of pure carbon))

Please consider our all-carbon suction cups (vacuum suction cups (made from pure carbon)).
Carbon is an excellent conductor and does not easily become charged, so the workpiece is grounded when it is attracted to it. This is effective as a countermeasure against static electricity and is ideal for attracting workpieces that do not tolerate static electricity.

All-carbon suction cup (vacuum suction cup (made of pure carbon))

Please consider our all-carbon suction cups (vacuum suction cups (made from pure carbon)).
By using carbon for all parts, we have maximized the excellent thermal properties of carbon. Because they are made of the same material, precision changes due to differences in thermal expansion are unlikely to occur, and dimensional stability is excellent.

All-carbon suction cup (vacuum suction cup (made of pure carbon))

Please consider our all-carbon suction cups (vacuum suction cups (made from pure carbon)).
To prevent uneven film formation, full surface adsorption using a porous body is effective. By forming the adsorption surface with a porous body and finishing it into a highly accurate flat surface, film formation precision is improved.

All-carbon suction cup (vacuum suction cup (made of pure carbon))

Please consider our all-carbon suction cups (vacuum suction cups (made from pure carbon)).
Porous carbon has a low bulk density and is lightweight, allowing greater freedom in device design.

All-carbon suction cup (vacuum suction cup (made of pure carbon))

Please consider our non-contact chucking (non-contact suction cup).
By supplying and sucking air from the porous carbon, the gap with the glass can be adjusted, allowing inspection to be performed without contact.

Non-contact chucking (non-contact suction cup)