HARSLE metal fabrication machines are supplied by Etana Corp for U.S. manufacturers and fabricators, with CNC press brakes, shears, and hydraulic machines for efficient production.
HARSLE machines are supplied by Etana Corp for U.S. manufacturers and fabrication shops. CNC press brakes, shearing machines, and hydraulic systems support precise metalwork.
Etana Corp provides a wide selection of advanced fabrication equipment tailored for U.S. manufacturers. Each machine is built to streamline operations, improve accuracy, and keep production running smoothly.
Harsle Press Brake Machine
Engineered for the precise bending of steel, aluminium, and sheet metal, our machines ensure consistent and complex part production with ease.
Harsle Press Brake Machine
Designed for speed and accuracy, our laser systems produce intricate cuts and support high-volume outputs across various materials.
Harsle Press Brake Machine
Ideal for sheet metal and busbar processing, our punching machines guarantee reliable and repeatable results.
End-to-End Fabrication Solutions
We treat every project like it’s our top priority. Etana offers a range of fabrication services tailored to your needs.
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The right press brake should be selected based on the metal thickness, sheet length, bending force, part design, and production volume. CNC press brakes are often preferred when repeatable angles and complex bends are required. Different tonnage and bending-length options are available, so the machine can be matched to the work being performed.
A CNC press brake should be chosen by checking the required bending force, working length, throat depth, stroke, and number of CNC axes. The material thickness and type should also be considered. For complex parts, a multi-axis backgauge can be useful because several bending positions can be controlled with greater repeatability.
A guillotine shear uses a linear blade movement and is generally suited to heavier sheet and plate cutting. A swing beam shear uses an arc-shaped blade movement and is often used for thinner sheet metal. The required material thickness, cutting length, production volume, and desired accuracy should be considered before a machine is selected.
The maximum cutting thickness depends on the machine model, blade system, material, and cutting conditions. HARSLE lists CNC guillotine shear models with maximum cutting thicknesses from 8 mm to 16 mm in its PrimeShear range, while other shearing machines are available for different capacities. The exact specification should be checked for the material being processed.
The machine capacity, material thickness, working length, production volume, accuracy, controls, tooling, available floor space, and maintenance requirements should be checked first. Safety features and after-sales technical support should also be considered. A machine should be selected according to the actual production requirements rather than only its maximum rated capacity.
At Etana, we collaborate with renowned industry leaders to bring you the finest in manufacturing and fabrication technology.
