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Non-contact tweezers for handling wafers! Non-contact tweezers type W.
Can be operated by hand like tweezers. Grabs and transports wafers without contact. Does not allow scratches or dirt to adhere.
Non-contact tweezers for transporting 50μm ultra-thin glass and ultra-thin wafers.
A non-contact tweezers that transports wafers and chips to a designated location without contact by attaching a handle with a valve to a Bernoulli chuck that transports wafers by ejecting gas, allowing for manual operation of the valve like a pair of tweezers. Since it is non-contact, it does not scratch the wafers and allows for easy non-contact transportation.
Heat-resistant tweezers for non-contact removal of wafers from a high-temperature susceptor.
A "non-contact tweezers" designed for high-temperature operation that allows for the non-contact removal of wafers from a hot susceptor after epitaxial film deposition on semiconductor wafers using a CVD apparatus. It features a handle equipped with a manual valve, enabling gas supply ON-OFF control through valve operation with a hand holding the handle, similar to using tweezers, while the wafers are suspended and transported by a "float chuck" that holds them non-contact by ejecting gas.
It is possible to grasp 6-inch and 8-inch wafers with the same non-contact tweezers.
"6in・8in Dual-Use Non-Contact Tweezers" (Patent) We have adopted a new gas vertical jet method. The gas vertical jet method allows the gas flow ejected from the nozzle to create a vertical gas jet in the cushion chamber, reducing friction loss of the gas flow within the cushion chamber, enhancing the effect of negative pressure generation, and significantly increasing the suspension capability compared to conventional types. This increases the holding stability and makes it more resistant to shocks, while nearly halving the gas consumption. The non-contact transport device "Float Chuck" (patent) at the tip of the handle of the "6in・8in Dual-Use Non-Contact Tweezers" allows for the ON-OFF control of air supply through hand operation, enabling non-contact suction and detachment of wafers. ◎ Features 1. 6-inch and 8-inch wafers can be handled with the same tweezers. 2. Operated by hand. 3. No scratches or dirt attachment. 4. Simple to use. ◎ Applications 1. 6-inch and 8-inch wafers (Other wafer sizes are also manufactured.) 2. Glass substrates 3. Lenses 4. Chips 5. Solar cells
Catch with air.
- By ejecting gas, it generates negative pressure through the Bernoulli effect and the ejector effect, allowing for non-contact suction, holding, and transportation of LCOS pieces. - No scratches, dirt, or pad marks will be left. - Usable in a clean room. - Suitable for breathable workpieces, perforated workpieces, and ultra-thin flexible workpieces. - Can also be used manually.
Ideal for assembling small parts, etc.
Air tweezers with a pen-shaped body that incorporates a vacuum pad and a vacuum generator.
Custom-made products tailored to the target you want to grasp! The tips of the tweezers are processed to securely hold thin and small items.
We provide precision tweezers at our group company, Shinano Seiken. Precision tweezers. Have you been using the ones you purchased new without any modifications? Tweezers can improve work efficiency by processing the tips according to the task at hand. ☆ Tweezers that grip firmly By being able to securely grasp the object from any angle, work efficiency is enhanced. If the tweezers are too thin or if the tips are misaligned, the effective gripping range becomes narrower. In this situation, a technique is required for the task, making it difficult for some users and resulting in an inefficient working environment. Using tools in good condition allows everyone to proceed with their work smoothly. * We do not modify the tweezers you already own; we sell tweezers that have been processed according to our specifications. * Please understand that due to being handmade, each piece may have a different shape. * For more details, please download the PDF or contact us.
Since it is not based on adsorption retention, the risk of wafer damage can be minimized.
The "Bernoulli Tweezers" are lightweight, compact tweezers that can hold thin wafers using the Bernoulli effect. Since they do not rely on suction, the risk of wafer damage is minimized. The tips are flexible, allowing for easy placement as well as retrieval and storage from wafer cases and cassettes. Additionally, they can accommodate various special workpieces, not just wafers. 【Features】 ■ Can hold workpieces without suction due to the cyclone effect ■ Contact with the workpiece is made through pads (material: fluororubber), which mitigates impact during holding and eliminates the need for a holding guide ■ The use of flexible tubing allows for adjustment to any angle preferred by the operator 【Lineup】 ○ BRP-01 → A shorter type of tip unit suitable for flat placement and wafer cases ○ BRP-02 → A longer type of tip unit suitable for horizontal cassettes For more details, please contact us or download the catalog.
Tweezers made of tough material subjected to heat treatment, finished with thick sections, and designed to minimize flex.
● Powerful standard
Essential supplies for developing and etching processing.
For developing positive photosensitive substrates...
Electrostatic discharge tweezers suitable for handling delicate electronic components with electrostatic charging. Model numbers: PTZ-41, 42, 43, 45, 46.
Electrostatic measures are implemented to prevent the destruction of electronic components. The PPS chip, which is excellent in elasticity, wear resistance, and chemical resistance, is less likely to damage the target object. PPS is a crystalline resin with molecules arranged in an orderly manner, exhibiting superior chemical resistance and wear resistance. Chip heat resistance temperature: 270°C. *The heat resistance temperature is a reference value based on the ASTM D648 test and is not a guaranteed value. It also does not indicate the temperature of the objects that can be used. *Although PPS has excellent chemical resistance, its performance may decrease when exposed to chemicals at high temperatures for extended periods. *This is not an insulating tool.
Titanium tweezers (completely non-magnetic)
● It uses titanium, which has excellent corrosion resistance. ● It has excellent corrosion resistance over a wide range, including chlorides and acids. ● It is 60% lighter than stainless steel, making it easy to handle and comfortable for long-term use without fatigue. ● Solder does not adhere to it. ● It maintains the strength of the tip even at high temperatures.
Precision Work Iron Arm Tweezers
Due to its thick body, it has no flexibility and can securely hold parts and other items. Iron Arm Tweezers ■□■ Features ■□■ ■ Ultra-fine tip type (width 0.3mm), ideal for precision work ■ The tip is finished with high precision, offering excellent durability ■ Made of non-magnetic stainless steel SUS304 ■ Excellent corrosion resistance and acid resistance, with no wear on the tip ■ For more details, please contact us.
Standard stainless steel tweezers in an economy model.
【Common】<br>The material is stainless steel with excellent corrosion and acid resistance.<br><br>【PTS-02】<br>Notched tip.<br><br>【PTS-03】<br>Curved type that can be used to avoid obstacles.<br>Notched tip.<br><br>【PTS-04】<br>Long type with a total length of 150mm.<br>Notched tip.<br><br>【PTS-05】<br>Long type with a total length of 180mm.<br>Notched tip.<br><br>【PTS-06】<br>Long type with a total length of 218mm.<br>Notched tip.<br><br>【PTS-07】<br>Long type with a total length of 240mm.<br>Notched tip.<br><br>【PTS-08】<br>Long type with a total length of 310mm.<br>Notched tip.
