Optimized non-contact measurement for cold rolling mills, casting lines, and finishing lines. Specialized sensors for reflective aluminum surfaces from foil to plate.
±1 µm thickness accuracy | 0.1 mm width accuracy | 3000 Hz sampling
Engineered for the unique challenges of aluminum processing: Our solutions find their natural application in the dimensional inspection to verify linear dimensions, thickness, wall thicknesses, and geometric tolerances such as flatness and concentricity. Industry standards which must be met for product quality and performance.
Optimized for reflective aluminum surfaces - eliminates specular reflections
Measure aluminum foil down to 6 microns at 2000 m/min line speed
Full width profile with edge drop measurement
Overcoming the challenges of reflective, soft, and thermally sensitive materials
Blue laser technology eliminates measurement errors from mirror-like finishes and specular reflections
Real-time temperature compensation for accurate width measurement during cooling
Specialized algorithms for aluminum's characteristic edge thinning in rolling
Non-contact measurement prevents surface marking on soft aluminum alloys
Precision Metrology, Process Control, and Real-Time Monitoring Solutions for Every Critical Stage of the Aluminum Production Lifecycle: Electrolytic Smelting, Casthouses, Rolling, Extrusion, and Final Surface Inspection
Single-stand reversing and tandem mills for sheet and foil. High-speed thickness and width control
Direct chill (DC) casting and continuous casting. Slab and billet dimension measurement
Slitting, shearing, and cut-to-length lines with precision width and length measurement
Post-annealing gauge verification and shape monitoring
Pre-coating and post-coating thickness measurement for painted aluminum
Ultra-thin foil measurement from 6 microns with high-speed pass line control
High-precision inline thickness control
Proven results from aluminum mills worldwide
Our aluminum industry specialists will analyze your specific alloys, line speeds, and accuracy requirements to recommend the optimal measurement solution.