New CNC router from NewCNC

NewCNC introduces the Talent T5 L, a CNC router that’s designed to be a cost-effective manufacturing solution for the cabinet, closet, and panel processing shops.

Courtesy of NewCNC

NewCNC introduces the Talent T5 L, a CNC router that’s designed to be a cost-effective manufacturing solution for the cabinet, closet, and panel processing shops. When paired with the optional automatic loading lift table and unloading conveyor, it can quickly accomplish high production volumes with only one operator, according to the company.

“The Talent T5 L is processing sheets in about four-and-a-half minutes for a traditional cabinet nest. This includes all the machining and system hole boring, ready to head into the edge bander. We are able to do this due to extremely fast cutting speeds with a 16-hp spindle and 12-position automatic tool changer with eight-second tool changes,” says Doug Huizenga, the company’s owner and chief operating officer.

“Even small parts are cut in a single pass due to the design of our vacuum table and use of Becker vacuum pumps. The auto load feature uses a program queue at the control to stack programs for continuous operation without operator input. While parts are being removed from the offload conveyor, the machine continues to produce. Productivity is increased by 40 percent, and some customers say this is understated.”

The Talent T5 L has a 4’ x 9’ table and plenty of bell and whistles, according to Huizenga.

“The machine is economically priced, but we did not sacrifice any of the features that make a CNC router efficient,” he says. “We’re using 1.5kW servo motors, planetary gear drives, absolute encoders, 3,373 inch per minute rapid rates, heavy machine frames that are stress relieved in an annealing oven, internet connected controls for support, and on-screen maintenance to assure you are always making money and meeting your customers delivery schedules.”

The Talent 5 T5 L has a base price of $55,000 and is compatible with most CAD/CAM software. For more, visit newcnc.com.  

This article was originally published in the July 2023 issue.