Industrial Press Tool

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MOQ : 1000 Pieces

Industrial Press Tool Specification

Components
Punch, Die, Guide Plate, Stripper Plate, Back Plate

Load Capacity
Up to 5 Ton

Shape
Rectangular

Hole Size
8 mm

Application
Sheet Metal Forming, Blanking, Punching Operations

Other Features
Corrosion Resistant, High Precision

Thickness
16 mm

Material
High Carbon Steel

Surface Finishing
Polished

Tolerance
0.02 mm

Color
Metallic Grey

Tool Weight
18 kg

Max. Cutting Stroke
50 mm

Operating Mode
Manual and Semi-Automatic

Tool Hardness
58-62 HRC

Maintenance
Low Maintenance

Industrial Press Tool Trade Information

Minimum Order Quantity
1000 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Pieces Per Week

Delivery Time
2-5 Days

Main Domestic Market
All India

Industrial Press Tool About

Experience unmatched engineering excellence with our Noble Industrial Press Tool, meticulously crafted for both manual and semi-automatic operation. With a gilt-edged design, this classic device supports a maximum cutting stroke of 50 mm, ensuring superior precision and reliability. Manufactured from high carbon steel and finished in elegant metallic grey, it offers low maintenance and outstanding corrosion resistance. Holding a tool hardness of 58-62 HRC and a tolerance of 0.02 mm, it's ideal for blanking and punching applications. Limited stock available-shop now to secure a high-performance solution from a trusted Indian exporter, manufacturer, and supplier. Purchase today!

Versatile Uses in Industrial Press Tool Applications

Our Industrial Press Tool stands out as a noble performer in sheet metal forming, offering gilt-edged results for both general and specific uses. Ideally suited for applications like blanking and punching operations, its robust high-carbon steel construction delivers classic reliability across wide-ranging industries. Application media includes sheet metals of varied thickness, showcasing efficiency and accuracy with each stroke. This tool meets the rigorous demands of precision machining, setting a noble standard in metalworking environments.

Efficient Delivery, Packing, and Certification Processes

We ensure swift delivery using reliable transport services, with optimal packing and dispatch protocols to protect the product during transit. Expect your Industrial Press Tool to arrive on time, ready for use. Our sample policy is client-friendly, and every unit is supplied with relevant certifications, meeting quality standards. The list price reflects outstanding value, considering performance and longevity. Rest assured, from order to receipt, our process is seamless and customer-centric.

FAQ's of Industrial Press Tool:

Q: How does the Industrial Press Tool operate and what modes are available?

A: The Industrial Press Tool operates in both manual and semi-automatic modes, enabling flexible use depending on production needs and operational preference.

Q: What types of sheet metal operations is this press tool best suited for?

A: This tool excels in sheet metal forming, specifically blanking and punching operations, owing to its high precision, robust components, and corrosion-resistant design.

Q: Where can the Industrial Press Tool be used most effectively?

A: It is most effective in manufacturing environments requiring high-precision metalworking, such as automotive, appliance production, and general metal fabrication units.

Q: What benefits does the high carbon steel material offer?

A: High carbon steel provides superior hardness, durability, and corrosion resistance, ensuring long-lasting performance and minimizing maintenance requirements.

Q: What is the process for purchasing and delivery of this press tool?

A: Simply place your order-our team handles packing, dispatch, and transport services, ensuring secure and timely delivery, along with offering samples and proper documentation as per certification norms.

Q: When should the maintenance be performed on this tool?

A: Thanks to its low-maintenance design and corrosion-resistant surface, regular inspections are sufficient. Specific schedules depend on usage intensity and operational environment.