ATOM Swing Arm Clicker Presses are used around the world for die cutting. View our selection and learn about the machines here.Specialists in precision cutting and. Atom® SE Series Presses are suitable for use on various sheet materials such as synthetic rubber, natural rubber, soft plastics, coated and uncoated textiles, leather. Index Terms: rubber, press, hydraulic, rubber press, hydraulic press, cutting press, clicker press, swing arm press, Atom, Atom Presses, synthetic rubber,. ATOM is with no doubt a company leader in the field of cutting soft and semi-rigid materials in Italy. The ATOM Swing Arm Clicker. The ATOM Swing Arm Clicker Press are used for a wide variety of die cutting applications. The most common uses are cutting soft to semi-rigid materials such as. Manual clicker press. Nero Vision Express Portable Download.

ATOM Swing Arm Clicker Presses are the most widely used die cutting machines in the world. ATOM has over 65 years of experience manufacturing clicker presses, and with thousands of machines sold, is considered the world’s leading producer.

Gameloft Games Free Download For Nokia X2 01 320x240. The constant attention to customer's feedback has allowed them to produce a product able to satisfy the needs of reliability, productivity & energy savings. The ATOM Clicker Press is the ideal solution for die cutting sheets of material with small cutting dies. To guarantee maximum visibility of the material, the swing beam can be easily moved left-right by the operator in order to collect the die cut pieces and re-position the tool for the next cut. The ATOM press is quite simple to operate; simply place the sheet of material onto the cutting pad attached to the base of press, position the tool, cycle the two-hand push button controls (3/10 second delay for optimal safety) & the beam descends under hydraulic pressure, cuts the shape, and returns to the desired height setting. The ATOM clicker presses are most commonly used for cutting leather & footwear, gaskets, foam & rubber, plastics, textiles and similar materials.