GEVIS machine vision and optical inspection systems

GEVIS industrial machine vision equipment: inline inspectors IB2000S, wide-belt IB2000P, AMSI surface scanners, and UV LED strobe lights.

GEVIS IB2000S inline machine vision inspection systems

GEVIS IB2000S inspection systems provide continuous automated quality inspection for serialized products along single-lane manufacturing conveyors. The optical assembly detects discrepancies in contour geometry, dimensions, color hue, and baking uniformity at velocities up to 2.5 meters per second.

Automated product contour and color tone analysis via monochrome defect detection
Full-color spectral inspection verifying seals integrity and surface embellishments
Three-dimensional optical scanning determining product height and volumetric values
Direct electronic signaling to automatic rejection gates with millisecond timing precision

GEVIS IB2000P multi-lane wide conveyor vision inspectors

GEVIS IB2000P optical inspection equipment is engineered for wide conveyor lines up to 2000 mm belt width with simultaneous multi-row product streams. The unit ensures continuous inspection at transport speeds up to 500 mm per second with options for simultaneous top and bottom surface scanning.

Continuous inspection across wide conveyor belts up to 2000 mm in multi-lane flow
Dual-sided optical examination covering upper and lower faces of each moving item
Rapid identification of geometric faults, discoloration, and excessive heat marks
Integration with pneumatic diverter arrays for selective individual item discharge

GEVIS SBI 3S modular conveyor vision inspection equipment

GEVIS Standard Inspector Conveyor SBI 3S units perform high-precision dimensional verification and surface defect analysis on elastomeric O-rings, seals, bearing rollers, and molded caps. The modular layout combines vibratory feeder units, orienting tracks, and high-speed image acquisition.

Precision measurement of outer and inner diameters on circular sealing components
Optical surface defect identification for burrs, flashing, and edge micro-imperfections
Modular architecture facilitating rapid tooling reconfiguration for new part geometry
Multi-channel sorting mechanisms directing verified items into separate collection bins

GEVIS AMSI metrological surface inspection scanners

GEVIS AMSI metrological scanners conduct detailed micro-topography analysis and surface flaw detection across planar metallic and composite components. The optical scanner reconstructs three-dimensional surface models with micrometer-level precision for shop-floor and laboratory deployment.

Three-dimensional surface profile reconstruction featuring micrometer-level resolution
High-accuracy verification of planar flatness and parallelism on datum reference faces
Detection of microscopic fissures, voids, abrasion scratches, and structural delamination
Flexible deployment configuration suitable for inline automated conveyors or offline test benches

GEVIS Hexameter optical coordinate measuring machines

GEVIS Hexameter optical measurement systems based on Metro Tool technology conduct automated coordinate dimensioning of complex small and medium parts. The optical platform eliminates the requirement for dedicated mechanical clamping fixtures through automated optical part alignment and tracking.

Non-contact profile verification for precision instrumentation, horology, and micro-tooling
Automated part alignment and datum registration without customized mechanical holding jigs
Absolute coordinate dimensioning alongside direct comparison against digital CAD drawings
Rapid optical scanning cycles outputting comprehensive metrological inspection reports

GEVIS UV LED illuminators and high-speed strobe units

GEVIS lighting modules provide stable luminous emission with precise control of spectral bandwidth, illumination angle, and flash duration. High-energy ultraviolet LED arrays housed in anodized aluminum enclosures integrate thermal feedback sensors and proprietary strobe control electronics.

High-energy ultraviolet LED light heads fitted with anodized aluminum cooling radiators
Integrated temperature sensors preventing thermal drift and preserving steady light output
Proprietary electronic driver units regulating strobe pulses down to microsecond accuracy
Hardware-level synchronization with conveyor part motion eliminating missed inspection pulses

Italian engineering heritage and GEVIS machine vision manufacturing standards

Italian engineering enterprise Gevis srl operates from Fidenza within the Parma industrial district, developing specialized machine vision systems and automated optical inspection machinery.

The facility maintains a dedicated optical research laboratory equipped with precision optical tables, light propagation simulators, and advanced CAD/CAE development suites.

Engineering teams deliver integrated optical and electronic assemblies for food production, automotive manufacturing, pharmaceutical processing, and plastics industries, ensuring total output quality verification across high-speed conveyors.

By deploying high-resolution optical sensors alongside specialized telecentric lenses, the systems identify microscopic surface flaws, geometric deviations, and structural irregularities in real time.

Operational principles of IB2000S and IB2000P inline inspection systems

The IB2000S and IB2000P series vision inspectors deliver automated continuous inspection for discrete items.

In the IB2000S version, inspection proceeds along single-lane lines at linear speeds reaching 2.5 meters per second, evaluating perimeter contour, dimensions, color tones, and thermal baking quality.

For wide conveyor belts up to 2000 mm, the IB2000P configuration handles parallel product streams moving at speeds up to 500 mm per second. The platform supports underside camera assemblies for comprehensive two-sided inspection without flipping products.

Integrated processing algorithms determine exact defect coordinates and send microsecond trigger pulses to pneumatic rejection diverters, preventing substandard products from entering downstream packing stations.

Modular SBI 3S conveyor inspection systems for seals and bearings

The Standard Inspector Conveyor SBI 3S delivers a versatile modular platform for dimensional verification and flaw identification across rotary bodies, elastomeric seals, circular O-rings, and molded plastic caps.

The equipment integrates vibratory bowl feeders for singular item orientation, a stabilized belt transport section, and circumferential multi-camera image acquisition.

The optical setup measures internal and external diameters, ovality tolerances, flashing, micro-tears, and porosity defects in polymer compounds.

Modular conveyor construction minimizes downtime during tooling transitions for new seal dimensions, while high-speed pneumatic air nozzles direct inspected components into designated sorting bins.

AMSI metrological surface scanners and three-dimensional reconstruction

GEVIS AMSI (Automotive Metrological and Surface Inspector) scanning systems address high-precision topography measurement and surface defect analysis on planar components within mechanical engineering.

The optical scanner computes a digital three-dimensional elevation map of target planes with micrometer-level spatial resolution.

The system determines surface roughness, parallelism, and flatness of datum surfaces, identifying abrasion scratches, voids, and structural inconsistencies on polished, ground, and composite materials.

The AMSI scanner deploys directly inside automated machine tool lines or mounts upon offline inspection workstations within quality control laboratories, generating comprehensive measurement documentation.

Hexameter coordinate measuring platforms utilizing Metro Tool technology

Non-contact GEVIS Hexameter measuring systems provide dimensional verification for small precision parts across instrumentation, horology mechanisms, micro-electronics, and cutting tools. A major advantage of Metro Tool technology lies in eliminating expensive customized mechanical holding fixtures.

Operators position components without rigid templates, after which optical algorithms detect part boundaries, compute spatial orientation, and establish reference datums automatically.

The machine performs coordinate dimensioning with sub-micron precision and compares measured profiles directly against nominal CAD files, delivering objective inspection records without distorting delicate specimens.

High-power UV LED illuminators and real-time strobe pulse synchronization

Optical inspection performance depends directly upon illumination quality within the inspection zone. GEVIS manufactures proprietary LED lighting heads featuring tailored emitter geometry, spectral wavelengths, beam angles, and polarization filters.

For fluorescent flaw detection, high-energy ultraviolet LED light heads incorporate anodized aluminum heat sinks and integrated temperature sensors that eliminate thermal drift and protect semiconductor junctions.

Proprietary electronic driver units synchronize illumination pulses with microsecond precision against conveyor encoder telemetry, generating sharp, high-contrast imagery without motion blur.

GEVIS and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of GEVIS and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.