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.
106～120 item / All 961 items
This is a block that serves as the base for attaching the option chuck. It is a square with a side length of 80 mm and has a fully polished finish.
The manual chuck MC65A-J can be used by equipping it with a three-jaw lever chuck or the J.A.M. original G1 chuck. Note: Only the gripping part cannot be replaced.
The main body of the grip can be set to an angle of 0 to 90°, and the chuck body can rotate 360°.
● The main body is made of stainless steel. ● It has a compact design, allowing use in limited processing areas. ● The TDC76-J can be used by equipping the TDC76 main body with any of the options (lever chuck, G1 chuck, free block). Note: There are adjustments for the combination of the TDC76-J main body and each option (lever chuck, G1 chuck, free block) for accuracy.
Lever chuck specification
● This is a specification that combines a lever chuck with the MC65A (square block). ● The dimensions are a square with sides of 80mm, finished with full surface grinding. ● It can also be used as a 90° divider. ● By using it in conjunction with the J.A.M. precision sign vice, it is easy to process angles on round workpieces. ● MC65A-V main body weight: 1.9 kg.
G1 Chuck Specifications
● This is a specification that combines the G1 chuck with the MC65A (square block). ● The dimensions are a square with a side length of 80mm, finished with full surface grinding. ● It can also be used as a 90-degree division. ● By using it in conjunction with the J.A.M. precision sign vice, angle processing of round workpieces can be easily achieved. ● MC65A-Y main body weight: 2.1 kg.
Equipped with a lever chuck specification
● The gripping body can be set at an angle of 0 to 90°, and the chuck body can rotate 360°. ● The main body is made of stainless steel. ● It has a compact design, allowing it to be used in limited processing areas. ● The TDC76-V is a model equipped with a lever chuck (set up for shipment) on the TDC76 main body. ● TDC76-V main body weight: 4.5 kg.
Supports a maximum temperature of 300℃! Hot plate for small wafers and glass substrates.
The Heating Process Wafer Hot Chuck PH070 is a hot plate designed for small wafers and glass substrates. It uniformly heats extremely thin workpieces such as wafers and glass substrates. The workpieces are fixed in place by vacuum suction, which prevents stress from being applied to them. The plate is made of aluminum alloy, treated with black anodizing, features guide markings through laser marking, and allows for precise temperature control with an MSA digital temperature controller. For more details, please contact us or refer to the catalog.
Supports a maximum temperature of 300℃! Hot plate for small wafers and glass substrates.
The heating process wafer hot chuck PH050 is a hot plate designed for small wafers and glass substrates. It uniformly heats extremely thin workpieces such as wafers and glass substrates. The workpieces are fixed in place by vacuum suction, which prevents stress from being applied to them. The plate is made of aluminum alloy, treated with black anodizing, features guide markings through laser marking, and allows for precise temperature control with an MSA digital temperature controller. For more details, please contact us or refer to the catalog.
Customizable in size, adsorption pattern, and temperature!
We uniformly heat extremely thin workpieces such as wafers and glass substrates. The maximum temperature that can be achieved is 300°C. The workpieces are fixed by vacuum suction, so there is no stress applied to them from the fixation. The plate is made of aluminum alloy, treated with black anodizing, and features guide markings through laser marking. Precise temperature control is also possible with the MSA digital temperature controller. OEM support is available as well. ● For more details, please download the catalog or contact us.
Ideal for heating processes that require environmental resistance! Customizable in size, cover structure, and temperature.
The "PA3020-WPF type" is a hot plate that can withstand a maximum temperature of 300°C and features a waterproof structure in the wiring section, making it highly resistant to environmental conditions. It is a hot chuck with a waterproof structure and a sintered body adsorption structure. The adsorption section is compatible not only with sintered bodies but also with hot chucks using a laminated wire mesh structure. We offer OEM support for embedded type plates in devices. *If you provide specific environmental conditions, we can also accommodate custom requests! ● For more details, please download the catalog or contact us.
The suction part is made of ceramic sintered material, allowing for precise heating of film-shaped workpieces.
The waterproof ceramic sintered hot chuck "PA2012-WPFC type" is ideal for the heating process of film-shaped samples. It performs film chucking at high temperatures due to its fine sintered body. Customization is available for size, cover structure, and temperature. We can support integration into your heating process and provide OEM services for equipment manufacturers. 【Features】 ○ Supports a maximum temperature of 200°C ○ The wiring part has a waterproof structure, offering excellent environmental resistance ○ Waterproof structure + ceramic sintered body adsorption structure hot chuck ○ The adsorption part is made of ceramic sintered body, allowing precise heating of film-shaped workpieces ○ OEM support available for embedded plate types in equipment For more details, please contact us or download the catalog.
By replacing the top plate, it is possible to accommodate various workpieces.
The Wafer Hot Chuck "PH-201C" is compact and uniformly heats extremely thin workpieces such as wafers and glass substrates. The workpieces are fixed in place by vacuum suction, eliminating stress caused by fixation. Customization is available for size, suction patterns, and temperature. We can accommodate integration into your testing systems and provide OEM support for equipment manufacturers. 【Features】 ○ Supports a maximum temperature of 400°C ○ Top plate structure allows for compatibility with multiple types of workpieces through plate replacement ○ Precise temperature control is possible with the MSA digital temperature controller ○ A wide range of options available, including pressure gauges and vacuum switching valves ○ OEM support For more details, please contact us or download the catalog.
High precision and high quality! A wide variety of collet chucks that accommodate various workpieces are abundantly featured!
The "TAKAMAZ Collet Chuck Series Catalog" features products that achieve wear resistance, robust spring characteristics, and high precision. It includes a wide range of options tailored to various applications, such as the "TSC-D26," which allows for the workpiece end to be placed against the collet chuck's end face without an external stopper, enabling the determination of the total length of the item, as well as the "TSC-D19" and "TSC-D43." [Contents (excerpt)] ■ TSC-D26 model (850 collet chuck) ■ TSC-D19 model (TZ type collet chuck) ■ TSC-D43 model (2A collet chuck) ■ TSC-D55 model (φ51 through collet chuck) ■ TSC-D68 model (φ65 through collet chuck), etc. *For more details, please refer to the PDF document or feel free to contact us.
![[Special Customization] Fixed Taper Collet Chuck (Internal Diameter Gripping)](https://image.mono.ipros.com/public/product/image/1da/2000182760/IPROS1059934900145629683.jpg?w=280&h=280)
Our motto is to never refuse a request, with high quality, low price, and short delivery time as our fundamental principles.
We design and manufacture various types of collet chucks, including suction collet chucks, inner lining collet chucks, and special collets. 【Examples of Improvements for Collet Chucks】 ■ Troubleshooting for chucking with outer diameter and inner diameter collet chucks (machine stoppage issues) ■ Improvement of workpiece runout accuracy, roundness, and wall thickness after chucking ■ Prolonging the lifespan of collet chucks and surrounding components (crack prevention and wear resistance) ■ Slip prevention during processing ■ Reducing cycle time for processed workpieces by increasing the rigidity of collet chucks and surrounding components ■ Reducing setup changeover time ■ Total cost reduction through design changes (including material changes) The improvement examples mentioned above are just a few. We will respond to various improvements, so please consult with us. However, there may be cases where improvements cannot be made at once. Nevertheless, our company will never give up as long as our customers do not. We will continue to contribute to our customers' manufacturing for the long term. For more details, please download the catalog or contact us.
