REA VeriCube is the latest addition to the 1D & 2D barcode verification market.
VeriCuben is designed after years of experience and customer feedback with the REA MLVand is the most versatile barcode verification instrument on the market.

REA VeriCube can do barcode verification of both 1D and 2D barcodes on virtually any part and shape. Custom fixed fixtures can even be made for parts where the barcode is deep on the part.

REA VeriCube DPM and REA VeriCube DF are advanced verification units for 1D barcodes and 2D matrix codes. They can assess code quality on reflective, mirror or glossy surfaces with precision.
REA VeriCube DF uses diffuse lighting for uniform illumination of the product surface, ensuring reliable verification of reflective and shiny surfaces regardless of their 3D geometry. Formerly problematic shadows and extraneous light are no longer an obstacle, resulting in reproducible and reliable measurement results.

The REA VeriCube IR (Infrared) is a state-of-the-art matrix and barcode verification device that can be used across all industry sectors. Whether lying down, standing up or from top to bottom, virtually any test sample can be measured contact-free in the optimal measuring position.
Measuring optical codes according to defined angles, distances and illumination allows accurate
and reproducible measurement results and quality evaluations.

The REA VeriCube UV (ultraviolet) is a state-of-the-art matrix and barcode verification device that can be used across all industry sectors. Regardless of whether you are lying, standing or from top to bottom, virtually any test sample can be measured non-contact optimal measuring position.

Measurement of optical codes in accordance with defined angles, distances and illumination allows accurate and reproducible measurement results and quality evaluations.

The REA VeriCube IR (Infrared) is a state-of-the-art matrix and barcode verification device that can be used across all industry sectors. Whether lying down, standing up or from top to bottom, virtually any test sample can be measured contact-free in the optimal measuring position.
Measuring optical codes according to defined angles, distances and illumination allows accurate
and reproducible measurement results and quality evaluations.