The Platino fiber laser machine provides for material flexibility, including cutting of highly reflective materials such as aluminum alloy, copper and brass, and efficiently cuts in various thicknesses, including to 20 mm on mild steel.

Salyers offers additional reasons for the machine’s selection by VTI.

“The granite-based frame makes the Platino rigid and resistant to temperature change,” he says, while also complimenting the machine’s user-friendly and intuitive software. “Another reason for its selection: Our Platino can accommodate a 5 by 10-ft. sheet size. Sometimes we must cut larger sheets, and the machine’s cantilevered gantry system allows us to open the cabinet to load overhead with a crane if the sheet won’t fit. Cabinet access also provides room for cleaning and maintenance.” 

Speed, Fitup Pump Up Productivity

VTI realized productivity improvements early on resulting from its new fiber laser cutting machine.

Prima-Power-VTI-cabinet-parts“When we placed it into operation, we realized that it was going to take a huge percentage of the work off of our waterjet cutting machines,” says Solomon. “When cutting material 1⁄2 in. thick or less, the Platino sped manufacturing by a factor of 10. With the new building and the new laser, we realized that we could build our own storage shelving—we cut all of the shelves on the fiber laser cutting machine. And, some bars for the shelving required the cutting of 28 1⁄2-in.-dia. bolt holes. This takes 28 min. on a waterjet cutting machine, but only 57 sec. on the Platino. The laser speed provides a big benefit for us.”

VTI also employs the laser cutting machine in fabrication of NEMA 1 panels for controls.

“Instead of purchasing a prefabricated box,” Solomon explains, “we can design the panel, place all of the penetrations in it for the instruments that stick through the panel, then cut this area out, and bend, weld and paint it. The instrumentation just drops right in, which makes final assembly much easier. Instead of struggling to cut the holes in a prefabricated box, we just manufacture it all from scratch.”

The Platino also proves its mettle on 14- and 16-gauge carbon steel, which represents the bulk of material processed at VTI.

“When cutting material on a waterjet machine,” Salyers says, “we have the rust factor to contend with if it sits too long. And, regardless of the material thickness, the waterjet cutting machine will leave burrs. With the volume we now have with boxes, flanges and small sheet metal brackets, we spend a great amount of time deburring these parts off of the waterjet. The Platino dramatically decreases cutting time, increases accuracy and eliminates the need for deburring. 

“We also have custom applications that don’t necessarily bring high productivity improvements,” Salyers continues. “However, when we can save 2 or 3 hr. consistently on an application with the laser cutting machine, it adds up to substantial production savings.”

Concludes Solomon: “Any new machine results in a learning curve. “You’re going to have issues...and most of them are self-induced. But we haven’t had many issues with the Platino. And, Prima Power has been very responsive with any problems. Bringing in this fiber laser cutting machine has been a good experience.” MF

Article supplied by Prima Power North America, Inc., Arlington Heights, IL; 847/952-6500;

Industry-Related Terms: Aluminum Alloy, Brass, Carbon Steel, Hardware, LASER, Thickness
View Glossary of Metalforming Terms


See also: Prima Power North America, Inc.

Technologies: Cutting


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