
APDIS MV5X
A new-generation Laser Radar for cell, robot, rail or static use. Fast, lightweight and ready for industrial environments.
Target-free, non-contact dimensional inspection integrated with robots, rails, inspection cells and automotive lines. From an individual component to a complete body-in-white.

We select the sensor, kinematics and software according to the part, tolerances, cycle time, access and required level of automation.

A new-generation Laser Radar for cell, robot, rail or static use. Fast, lightweight and ready for industrial environments.

MV430 and MV450 configurations for measuring structures, tooling and assemblies at distances of 30 or 50 metres.

A compact cell with a robot and one or two rotary tables, designed for components and periodic inspection.

Two robots on rails for larger parts and assemblies, with extensive coverage and high productivity.

Measurement of body-in-white, subassemblies, panels and fixtures, with results for rapid process adjustment.

Dynamic measurement of exterior gaps and flushness while following the moving vehicle, without robots beside the line.
Official reference values; the final solution is validated through an access, uncertainty and cycle-time study.
| Solution | Configuration | Alcance / volume | Build speed | Typical application |
|---|---|---|---|---|
| APDIS MV5X | Static, robot or rail | up to 10 m · ≈3.000 m³ | 6.000 pts/s · 24 kHz | Compact cells and fast automation |
| APDIS MV430 / MV450 | Static or automated | 0,5–30 m / 0,5–50 m | 500–1.000 pts/s | Grandes estruturas e ferramentas |
| IQ R180S / R180D | 1 robot + 1/2 tables | 1.800 × 1.800 × 2.200 mm por posto | up to 6× a traditional CMM | Componentes e controlo frequencial |
| IQ DR600 / DR600T | 2 robots + 6 m rails | up to 9.000 × 4.000 × 3.000 mm | parallel measurement | Assemblies and vehicle bodies |
| Gap & Flush | 3 Laser Radars fixos | >0,5 m de distância | line up to 140 mm/s | Vehicle gap and flush measurement |
Actual accuracy, repeatability and speed depend on distance, finish, incidence angle, environment, point strategy and system configuration.

Weighing less than 12 kg and standing 365 mm high, MV5X can be mounted on robots, rails or fixed positions in any orientation. It measures the surface directly, without attaching targets, preparing the part or changing probes.

MV430 and MV450 variants enable measurement of tooling, structures, moulds, aircraft and large assemblies. The visible beam assists planning, and the system measures without contact in production environments.

R180S and R180D stations combine an APDIS MV5X, a robot and rotary tables. Robot-independent alignment references measurement to the fixture, reducing dependence on absolute positioning.

DR600 and DR600T use two robots on six-metre rails to work in parallel, extend access and shorten cycles for larger assemblies.

Three Laser Radars follow the body on the conveyor and measure critical exterior points without robotic arms beside the operator. Results can support assembly correction and statistical control.
Application images and technical documentation illustrating different integration concepts.
Body-in-white e submontagens
Robotics and access
Components and stamped parts
Tooling, fixtures e alinhamento
Frequency Control Station
Inspection close to production
Resultados e feedback do processo
End-of-line Gap & Flush
Folgas de portas e capots
Surface alignment
Dynamic measurement on the conveyor
Analysis and traceabilityThe absence of targets and long reach make APDIS particularly useful when the part is large, delicate, moving or difficult to probe.
The result is more than a sensor: it is a validated, programmed, integrated and supported solution.
Peça, GD&T, tolerâncias, cadência, ambiente e resultado esperado.
Access, positions, cycle time, safety and cell architecture.
APDIS, robots, rails, tables, fixturing, PLC and metrology software.
Capability study, repeatability, correlation and acceptance.
Reports, alarms, trends, feedback and support throughout the lifecycle.
An initial assessment with CAD, tolerances and cycle time helps select the right configuration.
No. Laser Radar measures the surface directly, avoiding attached targets, part preparation and physical contact.
Yes. MV5X was designed for static, rail-mounted or robotic use and can operate in different orientations.
In many large-volume or highly automated applications, it can be a faster alternative. The decision depends on tolerance, surface, access and measurement strategy.
Sim. Existem arquiteturas para célula junto à linha, controlo frequencial e Gap & Flush com o veículo em movimento.
CAD, toleranced drawing, materials and finishes, dimensions, throughput, layout and automation interfaces.
The APDIS family supports metrology platforms such as Metrolog, PolyWorks and SpatialAnalyzer; the specific integration is defined for each project.
Send us CAD, tolerances, production rate and layout. NM3D proposes the APDIS concept, robotics, software and validation plan.