Single-acting hydraulic punches can punch precise holes quickly and efficiently in a very short time. It has an automatic punch, returns and reset operation, which makes it suitable for many materials, including angle steel, channel and H-shapes steels and flat sheets (copper plate, aluminum and iron)
The portable, double-acting hydraulic punches can handle a wide variety unique shapes, regular, oblong punches and dies.
Our Porta Punch is the fastest and most efficient way to punch out 13/16" round holes in 3/8” thick mild steel. It has a MAXIMUM Tensile Strength of 65,000 PSI.
The single-acting, portable hydraulic punches are great for punching precise and smooth holes in a short time. They are also faster than drilling and can be used to drill more accurately. It can punch holes in various materials like angle steel, channel steel and H-shapes.
GSS Mchinery offers a range of double-acting hydraulic punches that can be used to quickly produce holes in various materials, such as angle, channel, beam flanges, bars stock, plates, and channels.
GSS Machinery Portable hydraulic punches can produce holes and slot in beam flanges. This steel punch is double-action and has an easy portability that reduces cycle times. This allows for high efficiency hole production.
Our Porta-Punch punches up to 13/16 inch round holes in 3/8" thick mildsteel with a MAXIMUM strength of 65,000 psi.
The 35-Ton hydraulic punching machine weighs 31 pounds and punches quickly. The dual-action remover holds the material and strips it so that you can punch the next hole in just seconds. It is suitable for punching railings, I-beams, tower iron, truck frames and truck frames. The maximum tensile strength is 65,000 Psi. Mount it to your work bench, or bring it to your job site. In less than 24 hours, rectangular, square or hex tools can be ordered.
We have invested millions in our own factories and testing labs, so our tools will be up-to-date with professional brands. We are able to sell them at a fraction price, as we have eliminated the middleman so you can save money. It's so simple!
A few maintenance tips: Clean the punch and die regularly. While they don't require lubrication or cleaning, it can increase their durability. Only use Enerpac Oil in punches and pumps. Match the punch and die according to your needs at all times. Make sure you have larger openings for operations. You should immediately change any dies or punches that are cracked, chipped, worn out, or damaged. When processing materials, ensure you use the correct lifting force.
It allows for a simple operation connection.
Hydraulic punches are modeled to puncture metals with round, square or oblong holes. They are specifically designed to operate on mild steel, non-ferrous metals, and non-shattering plastics.
Some maintenance tips: Always clean the punch and die. Although they do not need lubrication, cleaning can extend their durability. Make use of only Enerpac Oil in both punch and pumps. Match punch and die appropriately at all times. For operations, ensure you set up dies with bigger openings to point downwards. Ensure you change cracked, chipped, or worn-out punches and dies immediately. Always observe the suited lifting force to avoid cracks while processing materials.
Properly built with great steel welded machine structure, temperature relief, rigidness, precision, and durability. Available in two options which are; manual and electric hydraulic pumps.
Hydraulic punches are used to create round, square, or oblong holes in metal. They are intended for use with mild steel, nonferrous metals, and some plastics (non-shattering). Hydraulic punches can be powered by hand pumps, air/hydraulic, gas, or electric pumps capable of producing up to 10,000 psi (700 bar).
Punches are divided into two categories: hollow and solid. Hollow punches are used to create a hole by puncturing a surface such as sheet metal or leather. The "exit hole" near the working end of a hollow punch makes it easy to identify.
CNC punching
These machines are typically outfitted with a linear die carrier (tool carrier) and quick change tools. Today, the method is used in situations where laser applications are inefficient or technically impractical. CNC stands for Computer Numerically Controlled.