Measure a moving point
Gocator laser point profile sensors
Select range, clearance, precision and speed based on surface, motion and measurement architecture.
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Partner supplier
Official LMI Technologies distributor in Québec: Gocator 3D sensors and inline inspection
Cadence Automatisation is an official distributor of LMI Technologies products in Québec.
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Measure geometry and surface to make a production decision
LMI Technologies provides Gocator laser-profile, 3D snapshot and confocal sensors, 2D smart cameras, GoPxL software and vision accelerators. Selection begins with the need, interfaces, cycle, environment and intended operating result.
Cadence selection
LMI Technologies catalog structured by family
Explore LMI Technologies families and identify the technologies suited to your application.
Reconstruct the 3D surface
Gocator laser line profile sensors
Compare field of view, measurement range, resolution, profile speed and mounting geometry for robust 3D inspection.
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Capture a stationary scene
Gocator 3D snapshot sensors
Full-field 3D acquisition for stationary objects, robot guidance and dimensional inspection.
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Measure challenging surfaces
Gocator line confocal sensors
Selection considers material, layers, slope, field, Z range, throughput and inline processing.
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Inspect in 2D at the edge
Gocator 2D smart cameras
Industrial smart cameras with integrated acquisition, inspection tools and communications.
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Deploy vision tools
LMI GoPxL software and accelerators
Inspection software, advanced tools, emulation and acceleration for Gocator 2D and 3D architectures.
ExploreSelection guide
Select LMI Technologies technologies around the need
Define part type, motion, field of view, range, resolution, repeatability, speed, surface, mounting and decision interface. Catalogue families help compare technologies and their technical context without presuming a configuration.
Measure a moving point
Gocator laser point profile sensors: role and selection criteria
Compact laser profiling for displacement, thickness, height and position measurement. Select range, clearance, precision and speed based on surface, motion and measurement architecture.
Key considerations
- Catalogue technologies: Profil laser, Triangulation, Mesure en ligne, Capteur intelligent.
- Associated industrial contexts: 3D measurement and inspection, Precision positioning, Automated quality control.
- The family should remain connected to the industrial objective, real constraints and application interfaces.
When to use it
For this family, Define part type, motion, field of view, range, resolution, repeatability, speed, surface, mounting and decision interface..
Reconstruct the 3D surface
Gocator laser line profile sensors: role and selection criteria
Inline 3D profilers for dimensional inspection and surface control on moving parts. Compare field of view, measurement range, resolution, profile speed and mounting geometry for robust 3D inspection.
Key considerations
- Catalogue technologies: Profilométrie 3D, Laser ligne, Inspection en ligne, GoPxL.
- Associated industrial contexts: 3D measurement and inspection, Industrial inspection, Automated quality control.
- The family should remain connected to the industrial objective, real constraints and application interfaces.
When to use it
For this family, Define part type, motion, field of view, range, resolution, repeatability, speed, surface, mounting and decision interface..
Capture a stationary scene
Gocator 3D snapshot sensors: role and selection criteria
Full-field 3D acquisition for stationary objects, robot guidance and dimensional inspection. Evaluate measurement volume, occlusion, resolution, acquisition time and part presentation before choosing a snapshot architecture.
Key considerations
- Catalogue technologies: Snapshot 3D, Lumière structurée, Guidage robot, Inspection plein champ.
- Associated industrial contexts: 3D measurement and inspection, Robotics, Automated quality control.
- The family should remain connected to the industrial objective, real constraints and application interfaces.
When to use it
For this family, Define part type, motion, field of view, range, resolution, repeatability, speed, surface, mounting and decision interface..
Measure challenging surfaces
Gocator line confocal sensors: role and selection criteria
Confocal 3D measurement for shiny, transparent, multilayer or low-contrast surfaces. Selection considers material, layers, slope, field, Z range, throughput and inline processing.
Key considerations
- Catalogue technologies: Imagerie confocale, Mesure multicouche, Surface brillante, Inspection 3D.
- Associated industrial contexts: 3D measurement and inspection, Automated quality control, Industrial inspection.
- The family should remain connected to the industrial objective, real constraints and application interfaces.
When to use it
For this family, Define part type, motion, field of view, range, resolution, repeatability, speed, surface, mounting and decision interface..
Inspect in 2D at the edge
Gocator 2D smart cameras: role and selection criteria
Industrial smart cameras with integrated acquisition, inspection tools and communications. Cadence matches resolution, optics, lighting, speed, GoPxL tools and industrial protocol to the inspection objective.
Key considerations
- Catalogue technologies: Caméra intelligente, Vision 2D, Edge processing, GoPxL.
- Associated industrial contexts: Industrial inspection, Automated quality control, Identification and traceability.
- The family should remain connected to the industrial objective, real constraints and application interfaces.
When to use it
For this family, Define part type, motion, field of view, range, resolution, repeatability, speed, surface, mounting and decision interface..
Deploy vision tools
LMI GoPxL software and accelerators: role and selection criteria
Inspection software, advanced tools, emulation and acceleration for Gocator 2D and 3D architectures. Structure processing across sensor, accelerator and engineering environment based on tools, data and required performance.
Key considerations
- Catalogue technologies: GoPxL, Edge AI, Émulateur, Accélération GPU.
- Associated industrial contexts: Machine vision application development, Industrial inspection, 3D measurement and inspection.
- The family should remain connected to the industrial objective, real constraints and application interfaces.
When to use it
For this family, Define part type, motion, field of view, range, resolution, repeatability, speed, surface, mounting and decision interface..
Applications
Industrial applications for LMI Technologies solutions
2D and 3D sensors help inspect, measure, guide or optimize material inline. Selection depends on geometry to extract and the action the machine will take next.
Inline dimensional inspection
Profile, height, volume or surface defect are studied with application speed, material and tolerance.
Explore industrial applicationsRobotics and 3D guidance
The sensor connects to the scene, pick or positioning task and cell cycle.
Explore OEM solutionsProduction quality and packaging
Shape, presence or finish inspection can be framed with the product, conveying and decision to automate.
Explore food-industry applicationsCadence guidance
Cadence, a LMI Technologies partner in Québec
Cadence helps start from the useful measurement or inspection, then connect sensor, software, mounting, network and machine action. Cadence can prepare technical criteria and connect catalogue families before final selection.
- Clarify the intended industrial result
- Compare technologies with existing interfaces
- Prepare constraints to validate for installation
Sources
Official LMI Technologies references
The technologies and categories are cross-checked against the manufacturer's official pages. Links lead to the original documentation.
LMI Technologies project
Let's discuss your inline 3D measurement or inspection
Describe the need, operating conditions and interfaces. Cadence can help organize the next selection step.