Press Release Summary:
In addition to noise insulation and devices for smoke, fume, mist, oil, and metal chip collection, ECO ZENN models offer regenerative braking that saves energy and feeds it back to power supply. Most functions used by programmers, operators, and maintenance personnel can be accessed while machinery doors are closed, and production flexibly is promoted via 6-tool change station, pressure control system, replay system, as well as auxiliary trimming and beading units.
Original Press Release:
Introducing the Line of ECO ZENN CNC Metal Spinning Machines
Global Metal Spinning Solutions, Inc. - DENN USA Metal Forming, Colorado Springs, CO, North American partner of machinery manufacturer Industrias Puigjaner, S.A. - DENN, Spain, is introducing the line of ECO ZENN CNC metal spinning machines.
The ECO ZENN models are engineered to be the first "clean & green" metal spinning machines in the industry; featuring noise insulation, as well as smoke, fumes, mist, oil and metal chips collection devices. Energy is saved and fed back to the power supply by regenerative braking. Programmers, operators and maintenance personnel can access most functions of the machines while the machinery doors are closed. For example, a drawer is utilized for easy removal of metal chips when the spinning machine is also used for auxiliary applications such as machining. The opening distance of the automatic doors is adjustable to minimize cycle times, and robotic loading and unloading is easily interfaced.
Highest production flexibly is achieved by employing the 6-tool change station, pressure control system, replay system, auxiliary trimming & beading units, and others.
These features, plus the high mechanical strength and speeds of the machines, as well as the graphical user interface for programming, are setting the benchmark for the future of metal spinning machines.
In addition, bio-based spinning fluids are offered for further protection of the operators and the environment. These fluids allow higher speeds and feeds, and result in superior surface finishes.