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Our Basic Type Thick Turret Tooling is a reliable workhorse in the world of metalworking for thick materials. It is a tried-and-true solution that has been trusted by many metal fabricators for its consistent performance and ease of use. The tooling is made from robust materials that are designed to endure the stresses of repeated metalworking operations. Its design is based on proven principles that ensure stability and accuracy during the punching and shaping processes. The Basic Type Thick Turret Tooling is engineered to work seamlessly with standard turret punch press systems, providing a practical and cost-efficient option for businesses looking to process thick metal sheets.
1. Reliable Performance: With its solid construction and quality materials, the Basic Type Thick Turret Tooling offers reliable performance over an extended period. It can consistently deliver the desired results in metalworking tasks, making it a dependable choice for production environments.
2. Economical Option: This tooling provides an economical alternative to more advanced and expensive tooling systems. It allows businesses to achieve their metalworking goals without breaking the bank, making it an attractive option for those on a budget.
3. Standard Compatibility: It is designed to be compatible with standard turret punch press models commonly found in the market. This ensures that it can be easily integrated into existing manufacturing setups without the need for major modifications.
4. Quick Setup: The tooling can be set up quickly on the turret punch press, reducing the time wasted on installation and adjustment. This enables faster production starts and increases overall productivity.
1. Construction Hardware Production: In the manufacturing of construction hardware such as nails, screws, bolts, and washers, the Basic Type Thick Turret Tooling can be used to fabricate the metal components. It can create the necessary shapes and holes for these essential construction items.
2. Electrical Enclosure Manufacturing: For the production of electrical enclosures, which need to be sturdy and provide proper protection for electrical components, this tooling can be used to shape and punch holes in thick metal sheets. Its reliability ensures the production of high-quality enclosures.
3. Lighting Fixture Fabrication: In the lighting industry, the Basic Type Thick Turret Tooling can be employed to fabricate parts for lighting fixtures. It can create the metal frames, brackets, and housings that are required for different types of lighting products.
4. Automotive Aftermarket Parts Manufacturing: In the automotive aftermarket, where there is a demand for replacement and custom parts, this tooling can be used to fabricate components such as exhaust system parts, engine mounts, and body panels. Its affordability and performance make it a suitable choice for this sector.
E station Product Structure Diagram
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*Max.force Tonnage:16 Tonne *Max.sheet thicknesss 6.35mmMS, 3.0mm SS *Min. Dia/Width: AL 0.75xT,MS 1.0xT. SS 2.0xT *PU ejector for size >6mm |
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Tooling parameter
| Length for guide assembly | 211mm | Punch surface finish | 0.8μm Ra |
| Punch body length | 85.0mm | Die height | 30.0mm |
| Punch body material | SKH51 /M2/MP4 | Die material | D2/SKD 11 |
| Punch body HRC | 60-64 DEG | Die HRC | 58-60 DEG |
| Punch Shank Size | 133.35mm | Die Outer Diameter | 158.74mm |
| Punch Guide Outer Dia. | 111.25mm | Punch grinding life | 2.5mm |
Punch Tip and Die Type
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| Whisper | Rooftop | Invertrooftop | Concave | 4-way | Standard | Positive | Step | Anti slug1 | Anti slug2 | |
Die clearance
Proper die clearance is essential for achieving high-quality, efficient punching operations. By considering the material type, thickness, and tooling condition, you can determine the optimal clearance for your specific application. Using the recommended clearance values and calculation methods ensures clean cuts, extended tool life, and reduced operational costs
TIN,TICN,DLC coating
Choosing the right coating for your punch tools can significantly enhance their performance and longevity. TiN and TiCN are popular choices for general applications, while DLC and AlTiN are ideal for specialized needs. Consider the specific requirements of your application, including material type, operating temperature, and desired tool life, when selecting a coating.
Here are some key functions and benefits of coatings for punch tooling:
1. Improved Wear Resistance 2. Reduced Friction 3. Enhanced Lubricity 4. Corrosion Resistance
5. High-Temperature Stability 6. Increased Surface Hardness 7. Better Surface Finish 8. Cost-Effective
