Manufacturers Where Durable Tooling for Long-Term Precision
Etana’s Press Brake Tooling is built for accuracy, durability, and easy switching. It includes punches, dies, and custom tools for all bending needs.
Reliable and widely used standard
Precision-ground for tighter tolerances
For faster setups and flexibility
Achieve unmatched industrial efficiency and high throughput with a high-productive CNC laser cutting machine engineered for speed.
Versatile laser cutting systems meet the demands of custom job shops requiring flexible, high-precision, small-run fabrication services.
Expert multi-material fabrication is possible with fiber laser cutting machines capable of processing diverse metal types and thicknesses.
Etana’s experts provide consultation, installation support, and after-sales service to ensure smooth integration.
Etana is a trusted manufacturer of advanced metal fabrication machines, known for its innovative designs and commitment to quality. Based in California, United States, Etana specializes in equipment such as CNC plasma cutters, laser cutting systems, and press brakes, tailored to industries including automotive, aerospace, and construction.
The two main parts that are used are the punch (top tool) and the (bottom tool). The metal is pushed between them so a bend is made.
The V-die opening is usually picked by using the Rule of Eight. This means the opening needs to be about eight times as thick as the metal that is being bent.
The way the tools are held is the main difference. American tools are held in the middle, but European tools are offset (pushed slightly to one side) so they can be changed faster.
The strongest tools are often made from a special metal like Chromium-Molybdenum steel. This tough steel is used so that the tools will not be scratched easily.
The proper force is needed so the metal is bent correctly. If too much force is used, the press brake machine and the tools can be broken while working.
This question reflects a user’s desire to understand the value proposition of CNC technology. They want to know how these machines can improve efficiency, accuracy, and overall productivity.
