About Sash Punch(415mm)Precision Press Brake Punch
The Sash Punch 88 is a precision-engineered press brake tooling component designed for accurate and efficient sheet metal bending applications. Manufactured from high-quality tool steel, it offers excellent strength, durability, and resistance to wear during demanding fabrication operations. The 88-degree profile is designed to produce consistent bends and precise forming results across a wide range of sheet metal applications.
Its carefully machined working surface helps ensure smooth contact with the workpiece while maintaining dimensional accuracy and repeatability. The Sash Punch 88 is suitable for use with compatible press brake machines and can be used for general fabrication, industrial manufacturing, metal enclosures, panels, brackets, and custom sheet metal components.
Designed for professional use, this punch provides reliable performance, long service life, and consistent bending quality. Proper compatibility with the press brake machine, die, material thickness, and required bending application should be confirmed before use.
Robust Construction for Reliable PerformanceCrafted from high-quality hardened alloy steel, the Sash Punch 88Degree (415mm) delivers exceptional durability for repeated use in industrial settings. The corrosion-resistant black coating ensures longevity, while the machined flat edge offers consistent, clean cuts. Its robust build and minimal maintenance requirements make it a dependable choice for window and door manufacturers.
Precision Application for Window and Door ManufacturingThis sash punch is specially designed for the precision punching of 88-degree angles in sash corners, catering specifically to window and door fabrication. Its compatibility with both aluminum and uPVC profiles broadens its scope of applications, providing flexibility and accuracy for various production requirements.
User-Friendly Manual OperationThe Sash Punch 88Degree operates manually, allowing for direct control during the punching process. Despite its industrial-grade features, it weighs just 2.5 kg and is ergonomically sized at 415 mm in length, making it user-friendly and suitable for various professional environments.
FAQ's of Sash Punch 88Degree(415mm):
Q: How do I use the Sash Punch 88Degree (415mm) for sash corner punching?
A: Position the profile (aluminum or uPVC) securely, align the punch at the desired sash corner, and apply manual force to the tool. The machined flat edge ensures a clean 88-degree cut with minimal effort.
Q: What materials is this sash punch compatible with?
A: This punch is suitable for use with aluminum and uPVC profiles commonly found in window and door manufacturing. Its durable alloy steel construction ensures maximum compatibility and performance with these materials.
Q: What process ensures the longevity and durability of the Sash Punch 88Degree?
A: The tool is built from hardened alloy steel and finished with a corrosion-resistant coating, providing high wear resistance and reducing the need for frequent maintenance. Regular cleaning and proper storage further enhance its lifespan.
Q: When would I require a custom option for this sash punch?
A: Custom options are ideal when you have specific requirements, such as unique sash dimensions or specialized profile materials that differ from standard applications. Contact the supplier to discuss customization needs.
Q: Where can I use the Sash Punch 88Degree?
A: This tool is suitable for professional manufacturing settings involved in window and door production, especially in workshops or factories working with aluminum and uPVC sash profiles.
Q: What are the benefits of using a manual sash punch compared to powered alternatives?
A: Manual operation provides greater control over the punching process, reduces the risk of damaging profiles, and eliminates the need for power sources, making it portable and easy to use across different job sites.
Q: How does the corrosion-resistant finish benefit the tool?
A: The corrosion-resistant black coating protects the punch from rust and environmental wear, ensuring consistent performance and extending the tool's service life in various working conditions.