The race to profitability

Hurco will bring the spirit of Indianapolis, the location of the company’s worldwide headquarters since its founding in 1968, to McCormick Place for IMTS 2016. Since Indianapolis is home to the single largest one-day sporting event, the Indianapolis 500, Hurco created a scaled down version of the Indianapolis Motor Speedway, complete with a blimp and leaderboard, for their booth where IMTS attendees can race RC IndyCars. 

With all of the hype that surrounded the 100th Running of the Indy 500 this past May, we decided to use IMTS not only to showcase our CNC machines and control technology, but to showcase our home and bring the excitement of IndyCar to the show,” said Maggie Smith, Marketing Manager of Hurco.


In addition to sponsoring IndyCar team Ed Carpenter Racing (ECR) with drivers Ed Carpenter and Josef Newgarden, the team uses our CNC machines at their machine shop. Since we know that both racing and machining rely on speed, power, and precision to succeed, we thought the race to profitability theme would be a fun way to showcase how Hurco CNC machines make our customers more profitable,” said Smith.

Hurco 3D Printer Head

In addition to the IndyCar centerpiece RC track, nine machines will be on display at the Hurco booth and a working model of our new 3D print head adapter. New machines include the high speed double-column bridge type BX40i; the new open bed CNC mill, the HTM30i; the new 5-axis CNC machining center VC600i; and popular models from the other product lines, such as the 5-axis VMX42SWi CNC machining center, the 3-axis VMX6030i, the trunnion style 5-axis VM10Ui, the high speed 3-axis VMX24HSi CNC machine equipped with an Erowa robot, the general performance 3-axis VM20i, the TMX10MYSi slant-bed lathe with live tooling and subspindle, and the general purpose TM6i slant-bed lathe. Hurco’s new 3D print head adapter that connects to Hurco CNC mills for accelerated prototyping will be demonstrated at the booth.

Source Hurco

More information

Visit the Hurco IMTS website.