Get In Touch
Get In Touch +1 (888) 575-2099
Dial +1 (888) 575-2099
grab it before it's gone.
As low as possible.
Never used.
$200.00
$70.00
$100.00
$30.00
$300.00
$100.00
Products added to cart!
The EDWARDS Pedestal Die Table (To 1-1/16) is a robust and reliable work surface designed to support die-cutting operations, providing a stable foundation for efficient and accurate work. Perfectly suited for a variety of punching, cutting, and shaping applications, this pedestal die table supports dies up to 1-1/16" in size, offering the strength and durability required for heavy-duty tasks. Featuring a pedestal design, it elevates the working area for increased comfort and accessibility, reducing fatigue and enhancing overall productivity.
Max Die Size | 1-1/16" |
---|---|
Design | Pedestal base for elevated working height |
Material | High-strength construction for stability and durability |
Applications | Ideal for various die-cutting tasks requiring elevated height |
Durability | Built with high-strength materials for long-lasting performance |
Convenience | Elevated base for easy access and enhanced workspace comfort |
Q: What is the EDWARDS Pedestal Die Table used for?
A: The AC0895 Pedestal Die Table is designed to support dies in metalworking, providing a stable surface for precise cutting, punching, and shaping tasks.
Q: What is the maximum die size this table can handle?
A: The AC0895 can accommodate dies up to 1-1/16" in size, making it suitable for a variety of punching and forming operations.
Q: How does the EDWARDS Pedestal Die Table improve productivity?
A: It enhances productivity by offering a sturdy and organized workspace for die setups, allowing for efficient and accurate metalworking tasks.
Q: Is the EDWARDS Pedestal Die Table easy to use?
A: Yes, the AC0895 is designed for ease of use, with a durable and stable design that helps streamline die handling and setup.
Q: Why should I choose the EDWARDS Pedestal Die Table?
A: The AC0895 provides a reliable, durable platform for die handling, improving efficiency and accuracy in metalworking operations.
Thanks for subscribing!
This email has been registered!