Connector tension, press die, die parts
Connector tension, press mold, mold parts
Prototypes can be produced within 20 days, and continuous production is possible until mass production.
- Company:富士精工
- Price:Other
Last Updated: Aggregation Period:Jul 23, 2025~Aug 19, 2025
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Jul 23, 2025~Aug 19, 2025
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Jul 23, 2025~Aug 19, 2025
This ranking is based on the number of page views on our site.
1~15 item / All 62 items
Connector tension, press mold, mold parts
Prototypes can be produced within 20 days, and continuous production is possible until mass production.
Flow measurement systems, pressure sensors/ejector pin types, and many more listed!
The excerpt from the mold parts and service catalog includes a wide range of products tailored to various applications, such as the "Flow Rate Measurement System," which measures the flow front speed of flowing resin, the "Pressure Sensor <Button Type>" that achieves improved noise resistance, and the "In-Mold Resin Pressure Measurement System" with a new pressure measurement amplifier that complies with CE standards. [Contents Included] ○ Flow Rate Measurement System ○ Button Type Pressure Sensor ○ Pressure Sensor/Ejector Pin Type ○ Plate Quick Return Device ○ Youshin Spring For more details, please contact us or download the catalog. For the complete version, please request the materials.
We provide high-precision, high-quality products. Support is available from sales bases in 42 countries around the world.
High precision, high quality. Products with trust and proven results.
Precision mold parts Thomson type (Bik type)
Precision mold parts, various surface treatments, special cutting tools, and chemical product sales comprehensive trading company. This is an introduction to 'Precision Mold Parts - Thomson Type (Bik Type)' handled by Tool Tech Tohoku. Currently, efficiency has improved with the introduction of bending machines, but for important processes that affect the quality of the mold, such as adjusting the bending degree and processing the blade-to-blade joints, skilled craftsmanship is required. ■□■Features■□■ ■Wide range of applications from general cardboard, seals, and automotive interiors to FPC substrates ■Embedding SK material blades processed into plywood ■Precision ±0.1 mm or better ■Delivery time 2 to 3 days ■If you are concerned about adhesion to the Bik blade, applying Toshi Cal coating will allow for smooth processing of strong adhesive sheets. (Meeting required) For details, please contact us.
Sintered diamond mold components
Sintered diamond mold components with 124 times the wear resistance of cemented carbide, widely used as materials for wear-resistant tools. ■□■ Features ■□■ ■ While maintaining the high hardness characteristic of diamond, it offers high freedom in size and shape. ■ Physical properties of sintered diamond: - Vickers hardness (HV/GPa) Sintered diamond: 78.4 to 117.6, Cemented carbide: 11.8 to 17.6 - Fracture toughness (KIC/MPa·m^1/2) Sintered diamond: 8.8, Cemented carbide: 8.5 to 12 - Flexural strength (σm/GPa) Sintered diamond: 1.0 to 2.0, Cemented carbide: 2.0 to 3.0 - Young's modulus (E/GPa) Sintered diamond: 88 to 98, Cemented carbide: 54 to 59 - Coefficient of dynamic friction (μ) Sintered diamond: 0.05, Cemented carbide: 0.2 to 0.3 - Coefficient of thermal expansion (α/10^-6K^-1) Sintered diamond: 3.1, Cemented carbide: 4.8 to 5.3 ■ If you feel limited by the wear resistance of cemented carbide materials, please consider this option. For more details, please contact us.
We will handle everything in-house, from material procurement to processing, storage, distribution, and machine manufacturing.
With the response capability of a consistent system and the comprehensive strength of the Daido Steel Group, we address various inquiries related to mold components, from cost, strength, and wear resistance to production efficiency.
Comprehensive Catalog of Plastic Mold Components
Champion Corporation specializes in the production of custom-made products, but also offers reasonably priced standard catalog items. This catalog is a comprehensive catalog that covers everything from Champion Corporation. Please have a copy at hand.
Large high-precision mold components
This is a large high-precision mold part guaranteed for flatness and parallelism of 0.01 mm and hole position accuracy of ±0.01 mm. The recess is extensive, and the precision requirements for the depth intersections and width of the shaped parts are also for high-precision components. After machining to a flatness of 0.01, the finishing process was carried out to achieve a precision of 0.01 or better in the intersection requirement areas.
Large high-precision mold components
By performing surface grinding, we achieve a flatness of 0.01.
Large high-precision mold components
After individually processing the base plate and spacers, assembly is performed, and the total thickness is finished through surface grinding. We have produced three sets of each of the three types in different sizes. The total number of parts is 129.
Large high-precision mold components
It is SKT4 heat-treated material. The hardness is equivalent to HRC 42-45. It is processed by machining from block material.
Large high-precision mold components
After processing the base components, the posts were assembled by welding. The hole shapes were then finished through co-processing.
Large high-precision mold components
After processing the base components, the posts were assembled by welding. Subsequently, the hole shapes were finished through co-processing.
Large high-precision mold parts made of aluminum material (A7075) with surface grinding processing.
These are high-precision mold components made of A7075 material. They are produced with flatness of 0.02, parallelism of 0.02, and hole position accuracy of ±0.015 mm.
Large high-precision mold components
This is a common plate for molds. It enables short delivery times through completely unmanned rough machining. The flatness and parallelism are 0.02, and the precision hole pitch accuracy is finished to ±0.01 mm.