Central to the advanced capability of ENSIS-AJ high-power fibre lasers is Amada’s Variable Beam Control technology, whereby the laser beam is automatically adapted to deliver stable cutting across all material types and thicknesses. Variable Beam Control can also change instantly between a high-power density beam for piercing and a high-speed, high-quality beam for cutting, thus reducing cycle time. Regarding set-up times, only a single lens is required to process thin-to-thick materials, helping to maximise machine uptime and eliminate costly operator errors.
Amada’s Auto Collimation technology is a further stand-out feature of the machines as it delivers beam diameter and focus-point control for high cutting speeds and surface quality, reducing the need for secondary finishing operations. Auto Collimation also produces a wider cut kerf on thicker materials, making for easier part removal from the sheet to reduce handling time.
"By combining our proven Variable Beam Control technology, which we have used since 2014, with our Auto Collimation technology, the high-power ENSIS models give new and existing customers a significant advantage in a competitive market,” says Matt Wood, senior product manager at Amada Europe. “In fact, 25 mm mild steel can be pierced in as little as 1 second on the 9 kW version, saving significant processing time.”
The ENSIS-AJ 6 and 9 kW machines, which can process mild steel, stainless steel and aluminium up to 25 mm thick, offer a number of advanced Amada functions designed to bring about higher productivity and lower cost per part. By way of example, ECO Cut provides users with low gas consumption during the oxygen cutting of mild steel, while CFC (Clean Fast Cut) offers high speeds in combination with low gas usage when cutting with nitrogen. Amada’s WACSII (Water-Assisted Cutting System) is also included, enabling users to reliably cut thick mild steel with smaller part spacing on poorer quality materials.
Ease-of-use is facilitated by Amada’s AMNC 3i controller, while reliable production is said to be assured thanks to functionality such as the 16-station automatic nozzle changer with auto cleaning and calibration unit, an air-blow system that prevents dust from adhering to the underside of the sheet, and a monitoring system which checks piercing is complete before cutting begins.
There are many automation options available for the ENSIS-AJ 6 and 9 kW machines to help users maximise productivity and save on labour costs. For instance, ASF-EU/ASLUL tower systems will automatically load and unload sheets, offering a sheet changeover time of less than 90 seconds (for the ASF-EU). Also available is the TK-L part-picking system for the automatic collection, sorting and stacking of laser-cut parts without interrupting the machine.