Service Overview
We provide a service to test run your test work on our demo machine.
You can check the suitability and implementation effects before purchasing.
You can check the suitability and implementation effects before purchasing.
Compatible products
Flat panel levitation transport experimental device demonstration (2:51)
Service provision flow
We will listen to your requests and make suggestions.
Flow of the demo experiment
①Application | Please apply via the inquiry form or by phone. |
②Preliminary meeting | Our sales staff will listen to your usage situation and issues, We will discuss the test conditions and methods. |
③ Test work shipment | Please bring in your own test work or send it to us. |
④ Test execution | We will conduct a demo machine test at our company in the presence of the customer. The demo machine will be installed at our head office factory (Ota-ku, Tokyo). You can take home the test data, photos, and videos. |
⑤Return of test work | We will return the test work to you. |
Service features
Tanken supports condition setting
Levitation characteristics and suction accuracy change depending on various conditions, including air supply and suction pressure. By measuring the glass outline with a laser displacement sensor, the relationship between the glass deflection and various conditions can be clarified. With our advanced levitation technology, we not only lend out experimental equipment, but also support you in setting the optimal conditions.
Optimize product selection and layout
You can vary the transition and straddle intervals to see the effect.
Glass is available in thicknesses of 0.1mm, 0.2mm, 0.3mm, 0.4mm, and 0.7mm. We also accept customers bringing in their own glass.
Glass is available in thicknesses of 0.1mm, 0.2mm, 0.3mm, 0.4mm, and 0.7mm. We also accept customers bringing in their own glass.
It is possible to measure vibration and potential while stationary or in transit.
Experimental equipment overview
By simultaneously floating and sucking, the glass substrate is made to conform to the conveying surface, forming a precision flat surface. This prevents the edges of the glass substrate from touching each other in the gaps when transferring or straddling.
In addition, the floating state can be confirmed by a laser displacement sensor.
In addition, the floating state can be confirmed by a laser displacement sensor.
Laser Displacement Sensor
Transfer
Straddle
Device dimensions | 1800mm × 1000mm |
Conveying surface length | 1500 mm |
Conveying surface width | 530 mm |
Glass size | 370mm × 470mm |
The best way to get started | 0.1, 0.2, 0.3, 0.4, 0.7mm |
Number of air bearing bars used | 10 bottles (500L) |
Non-contact Chucking Number of uses | 14 copies |
Transition length (non-contact chucking – non-contact chucking) | 10 to 30 mm (variable) |
Transition length (Air bearing bar – non-contact chucking) | 10 to 20 mm (variable) |
Straddle length (non-contact chucking) | 0 to 80 mm (variable) |
Span length (air bearing bar) | 22 to 300 mm (variable) |
Glass holding method | Vacuum suction pad (Porous carbon pad Φ50mm x 2 pieces) |
Glass driving method | ROBO Cylinder (manufactured by IAI) |
Glass conveying length (X axis) | 1000 mm |
Glass conveying speed | 600mm / sec |
Beam Length | 1000 mm |
Beam Bearing | Hydrostatic gas bearing (Porous carbon pad Φ80mm x 4 pieces) |
Displacement Measuring Instrument | Laser Displacement Sensor |
Displacement Measurement Range | ± 0.5mm |
Displacement measurement length (Y axis) | 600 mm |
Case Studies
FPD manufacturing equipment manufacturer (stabilizing transfers during substrate transport)
Consultation from customers
When transporting glass substrates, there was a small transfer gap between devices, causing the edge of the glass substrate to come into contact with the transport surface, making stable transport impossible.
Tanken Services
Non-contact chucking performs floating and suction at the same time. Negative pressure is applied to preload the non-contact chucking to keep the gap between the glass substrate and the non-contact chucking constant, while forming a precision flat surface that follows the conveying surface. This prevents the edge of the glass substrate from touching the transfer gap, allowing for stable conveyance.
Guest Reviews
We were able to transport the actual glass substrates we would be using in the demo equipment and evaluate its performance, which made us feel confident in our purchase.
FAQ
Q.Does it cost anything?
A.Depending on the content of the demo, fees may be charged. Please contact us via the inquiry form or by phone.
Q.Where will the event take place?
A.The test will be carried out at our head office factory (Ota-ku, Tokyo).
Q.How long does it take?
A.It depends on the content of the demo, but it will last from half a day to a full day.
Q.Can I see the experimental equipment?
A.Tours only are also possible. Please contact us using the inquiry form or by phone.
Q.Can I send just the workpiece and ask for the experimental data to be obtained?
A.Yes, that is possible. We will discuss this in advance.
Contact
Call us 03-3750-2152
[Reception] Weekdays 8: 30-17: 00
[Reception] Weekdays 8: 30-17: 00
