Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
46～60 item / All 429 items
Flexible and highly compliant 1.5-stage bellows pad!
The Belows vacuum pads FGA-PVC and FSGA-PVC series are 1.5-stage bellows pads made of polyvinyl chloride. They are flexible and resistant to wear, making them suitable for various packaging machine applications, including PTP, blisters, and vinyl bags.
Flexible and highly compliant 2.5-stage bellows pad!
The Belows vacuum pads FG-PVC and FSG-PVC series are 2.5-stage bellows pads made of polyvinyl chloride. They are flexible and resistant to wear, making them suitable for various packaging machine applications, including PTP, blisters, and vinyl bags.
Vacuum pads made of Elasto-Dur, excellent in flexibility and wear resistance!
"SPF-ED" is a flat pad made of elastodur that excels in flexibility and abrasion resistance. Its flexible sealing lip provides excellent sealing functionality during the transport of cardboard boxes and rigid packaging materials. Additionally, the sturdy pad body with moderate hardness ensures high stability even in dynamic transport processes. An optional filter can be attached (with a filtration accuracy of 250μm) to suppress the intrusion of dust and particles into the equipment. Furthermore, the support ribs on the suction surface help prevent deformation of the workpiece surface during transport at high vacuum levels. "SPB1-ED (1.5 stages)" is a bellows pad made of elastodur with high suction power, capable of compensating for height differences in the workpiece. The unevenness of the bellows and sealing grip aligns during pad compression, preventing lateral displacement and twisting of the bellows and sealing grip during transport. "SPOB1-ED (1.5 stages)" is an oval bellows pad made of elastodur that offers high abrasion resistance and compliance. For more details, please contact us or refer to the catalog.
A rectangular bellows pad suitable for square work!
The vacuum pads for packaging machinery, FGB-R and FSGB-R series, are rectangular bellows pads. Since the pads themselves are square, they can secure the maximum suction area when the workpiece is also square. The materials include soft natural rubber (black) and silicone rubber (white) that complies with FDA standards and is suitable for food adhesion. The sealing lips of the pads are flexible, allowing them to adapt to workpieces with easily deformable surfaces. An optional frame is available that effectively suppresses deformation of the pads during suction. By using the frame, the shape of the pads stabilizes, enabling more reliable transport. For more details, please contact us or refer to the catalog.
Vacuum pads resistant to corrosion from electrolytic solutions. Suppresses degradation and reduces replacement costs!
The electrolyte injected into the cells during the production of secondary batteries corrodes the vacuum pads used when opening the cells. By using electrolyte-resistant rubber as the material for the vacuum pads, we can suppress the degradation of the vacuum pads and contribute to reducing replacement costs. The electrolyte-resistant rubber pads are available in three different shapes. Among the flat shapes, you can choose a pad with a large sealing lip suitable for thin workpieces like films, or select from 1.5-stage and 2.5-stage bellows pads that are effective for buffering during adhesion and stroke adjustment, depending on the application. 【Features】 - Uses materials resistant to electrolytes, contributing to the long lifespan of vacuum pads. - Offers three shapes: flat, 1.5-stage bellows, and 2.5-stage bellows, allowing for the selection of a more suitable pad.
Vacuum pads that reduce wrinkles and deformation in thin workpieces such as paper, film, substrates, and electrode materials.
◇◆A new bellows type has arrived!◆◇ This vacuum pad features a honeycomb design on the suction surface. It suppresses the pulling of the workpiece during suction and can adhere to thin workpieces such as paper, film, flexible substrates, and electrode materials while minimizing deformation and wrinkles. The bellows type can follow angled workpieces and variations in surface height, allowing for a reduction in the number of joint components like plungers. It is also effective for cushioning during suction. We offer FDA-compliant silicone rubber that can directly adhere to food, markless rubber that reduces suction marks, ESD rubber that allows for gentle discharge of static electricity (electrical resistance value 10^6 to 10^9), and EPDM rubber that is resistant to chemicals, catering to various applications.
Increased adaptability to pouch packaging with many deformities and wrinkles!
A new bellows pad with improved adaptability to bag products has arrived! This is a 3.5-stage bellows vacuum pad made of silicone rubber with two different hardness levels, suitable for transporting thin and flexible bags. It can handle bags with wrinkled surfaces or low filling rates, accommodating unstable surface shapes and centers of gravity. By using two types of silicone rubber, it achieves a balance between a highly stable bellows and a soft sealing lip, enhancing stability during high-speed transport. The pad body and sealing lip are molded as a single unit, preventing the sealing lip from falling off. Since it uses silicone rubber compliant with FDA standards, it can also be used in applications that directly contact food.
We will also take on challenges like concerns about wrinkles when sucking.
THA contributes through automation. Here are some achievements from previous consultations. When you want to transport lightweight products such as paper, plastic, or food, there is a method that uses suction instead of a chuck. This method utilizes negative pressure (think of a vacuum cleaner), and the product used for this purpose is called a "pad." Recently, various sizes and features of these products have emerged. However, there are cases where the suction is too strong, leaving marks on the products. In this instance, there was a request to avoid leaving such marks. Due to the thickness, a standard chuck was not suitable, so we prioritized the negative pressure method and began considering alternatives like the Bernoulli method. At our company, we can not only match the product but also propose inspection methods tailored to it, and even suggest the inspection methods themselves. Please feel free to consult with us.
Suction cup, pad for thin materials
The suction cups (adhesion pads) are ideal for adhering to thin materials such as cardboard, sheets, and paper. They are widely used for vacuum transport of many components. This pad for thin materials is made from a soft material (natural rubber, hardness 40), which prevents wrinkles from forming on thin workpieces. Additionally, the crests on the suction surface prevent the workpiece from sticking and ensure an effective adhesion area. These suction cups are suitable for adhering to paper and thin materials. □ Sizes of suction cups Two types: Φ30 and Φ33 □ Material of suction cups Natural rubber, hardness 40
Suction pad, pad for CDs
◎There are many types available. ◎We are confident in our pricing and delivery times. Suction pads (vacuum pads) are widely used for vacuum transport of many components. These suction pads are suitable for gripping workpieces with a hole in the center, such as CDs and DVDs. They come in flat, ring, and crescent shapes. □Sizes of suction pads 15 types including flat, ring, and crescent shapes □Materials of suction pads Silicone rubber, conductive silicone rubber
Vacuum pad, pad for fragile items
It is suitable for the suction and transport of fragile workpieces, such as sintered metals immediately after molding. Vacuum pads (suction pads) are widely used for the vacuum transport of many components. This vacuum pad has flexibility due to its long neck and the concave part at the top of the cup, making it suitable for the suction of fragile workpieces. □ Sizes of vacuum pads Four types ranging from Φ6 to Φ25 □ Materials of vacuum pads Nitrile rubber, silicone rubber, natural rubber, polyurethane rubber
Non-contact transport pad
Conveying technology for the transfer of work between processing operations is an essential technology for automation. As the semiconductor manufacturing process and liquid crystal manufacturing process become larger and more refined, there is a growing demand for cleaner and finer adsorption conveying technologies. Non-contact conveying technology utilizes Bernoulli's principle. When a fluid is introduced into a narrowed flow path, the flow velocity increases and the pressure decreases according to Bernoulli's principle. This pressure drop is used to transport the workpiece. Non-contact conveying technology is a method of transporting without making contact with the workpiece, preventing contamination and making it an ideal conveying technology.
Vacuum pads, flat type are available from φ1mm, and vacuum pads, bellows type are available from φ4mm.
Vacuum pads are an indispensable presence in factory automation and labor-saving. Recently, with the miniaturization of products, the workpieces being handled have become smaller, leading to an increased demand for smaller diameter vacuum pads. Vacuum pads, flat type, are available from φ1mm, and vacuum pads, bellows type, are available from φ4mm.
![Hane Night Hexa Pad [Light Load / Low Frequency Resonance Prevention and Vibration Absorption]](https://image.mono.ipros.com/public/product/image/56c/2000434030/IPROS15722234752302571122.jpeg?w=280&h=280)
Adopting the shock and vibration-absorbing damping rubber "Hanenite"! Prevents resonance in light load and low frequency areas! *Compliant with RoHS2 directive.
The shock and vibration-absorbing damping rubber "Hanenite" absorbs energy without much rebound even when subjected to external forces. This product integrates Hanenite, which has excellent vibration absorption capabilities, with a shape that provides high vibration absorption effects, making it possible to prevent resonance in the light load/low frequency range, which is difficult to address with commercially available anti-vibration rubber. It can be arranged or stacked to adjust the vibration absorption effect, accommodating various requirements. Free samples are currently available (limited quantity)! Please feel free to contact us. *Currently, only Type A samples are available. 【Specifications】 ● Material Rubber: Hanenite MP40 / Demonstrates damping performance over a wide temperature range (-9 to 43°C) ● Protrusion Shapes: Three types - cone, truncated cone, and cylinder *For product weight, load capacity, performance, etc., please refer to the PDF document or feel free to contact us.
