1.5 billion parts inspected, and counting
Automated, high-speed 3D inspection systems built for high-precision small parts in high-volume manufacturing. These non-contact metrology platform combines advanced vision systems, lasers, custom lighting, and robotics to deliver accurate, efficient inspection at scale.


Key Benefits
- High throughput : 4+ parts per second
- Precision non-contact metrology with high repeatability
- Multi-sensor system captures multiple simultaneous measurements
- Generates data for SPC, process optimization and integration with MES
- Low inspection cost per part
- Highly configurable and optimized for customer’s specific applications
- Multi-industry applications
Key Features
- Metrology platform captures dimensional and angular measurements, and 3D profiles
- Dense point cloud creation
- Cosmetic inspection for defects
- Color and gloss measurements
- Highly customizable platform with options such as – flexible input/output, binning options, laser marking, part programming, and custom fixturing



Specifications
Work Volume | 200 x 20 x 10 mm (L x W x H) |
X-axis | 0.7 to 1.0 m active [± 1 μm repeatability] |
Y-axis | Per requirements [± 1 μm repeatability] |
Z-axis | Per requirements [± 1 μm repeatability] |
Payload | 0-2 kg range |
Pitch, roll, yaw | ± 5 μm Radians |
Metrology bridge | 1100 mm to 1400 mm |
Lighting | Custom strobe, coax, ring, color, hybrid |
Lasers | DWFritz 3D laser modules DLM411 or DLM420 |
Cameras | 5 MP, 21 MP, monochrome, color |
Electrical service | 208-240 VAC 50/60 Hz 35A, 1-Phase + GND |
CDA/AIR service | 1982 l/min [70 CFM] @ 0.6 MPa [90 psi] |
System dimensions | 236 x 99 x 204 cm (W x D x H) |
System weight | 2187 kg (4820 lbs) |
System controllers | High-performance industrial PC operator station with touch screen and secondary display screen |
Options | – Flexible input and output options (tray, conveyor, bin, and process module interface) – Pre- and post-metrology assembly and processing options, such as adhesives, coatings, and laser marking – Binning – 3D point cloud rendering |