Moves a robot without moving the EMC test target

Turning on its head the limitation of conventional fixed robots, which only operate within the radius their arms can reach, the company says it implements “Full Test-Area Automation,” in which the DUT (device under test) remains fixed while the robot moves to cover the.

A key feature is that by minimizing operator involvement, it secures measurement repeatability and throughput at the same time. As vehicle electrification accelerates and the number of electronic components and wiring inside cars grows, the number of measurement points at EMC test sites is.

What Happened

Industry players are expanding the adoption of robot-based automation instrumentation, but most fixed robots still operate only within the radius their arms can reach, limiting their ability to cover the entire test table. Sections outside the reach range still require moving the.

• Eretec is a company specializing in electromagnetic compatibility, antenna and anechoic chamber equipment, and test measurement solutions, founded in 1999.

• Eretec, a company specializing in electromagnetic compatibility test solutions, led by CEO Chi-man Young, has launched a new concept measurement automation solution, “ERE-PT130,” based on robot base movement technology.

• Product demos and inquiries about detailed specifications can be made via Eretec’s official website (www.eretec.com) or through its sales team.

Key Details

Eretec, a specialist in electromagnetic compatibility test measurement solutions Eretec (CEO Chi-man Young), turned the thinking on this problem around. The company announced on the 18th that it has launched the new measurement solution “ERE-PT130” that automates an entire continuous test.

• It supplies electromagnetic compatibility chambers and measurement equipment solutions both domestically and internationally.

• With high-speed, high-precision motion control and antenna coordinate recognition technology, it supports a variety of measurement modes, including measurements of 2D and 3D curved surfaces.

• ERE-PT130 builds a flexible automation environment optimized for ISO 11452-9, a vehicle component electromagnetic radiated immunity test specification.

Why It Matters

Instead of moving the DUT, the robot base moves and expands the measurement scan range to the required positions. The company said the approach fundamentally differs from existing automation equipment in that it goes beyond the existing “semi-automation” constrained by the robot.

• ERE-PT130 minimizes the steps involving a person’s hands so that measurements are conducted under the same conditions each time.

• The more often test engineers need to intervene, the more small deviations can occur from one measurement to the next.

What Reports Say

Coverage of the story so far points to:

• Continued reporting by 코리아스타트업포스트 as more details emerge