Metris >>> Laser Radar Hand Held CMM K-Scan
Metris Laser on a Global CMM.
Hexagon use Metris 3D scanners for laser inspection speed that is sensationally reduced compared to tactile probes. Dimensional inspection with or without CAD and Reverse engineering is now possible at high speed without contact probing.
Hexagon with Metris offers seamlessly integrated scanning, inspection and reverse engineering solutions with the LC15, LC50 or the new XC50 scanner heads. Metris Probes can be retrofitted to your CMM.
About Metris
Metris is the market leader for CMM based 3D laser scanning including downstream applications such as full part to CAD inspection and reverse engineering. Metris mainly focuses on the automotive and aerospace industries.
Metris is unique in its strategy of providing total hardware and software solutions. The Metris hardware portfolio consists of optical probes that digitize various sized objects using laser light. The software solutions comprise applications for optimized digitization, quality inspection and reverse engineering.
Hundreds of prominent customers have chosen to partner with Metris, broadening and maturing Metris’ solutions portfolio. Metris customers include Airbus, DaimlerChrysler, BMW, VW, GM, Honda, Opel, Toyota, Johnson Controls, Lear, Ericsson, Pilkington, Siemens, SONY, Adidas and many more.
Metris’ laser scanning market leadership is affirmed by alliances with major CMM partners such as Brown & Sharpe and DEA
High Speed Laser Scanning
The XC50 Cross Scanner is a revolutionary new solution for feature measurement. The Cross Scanner is a patented high-speed, multi-stripe laser sensor that enables more efficient scanning of features such as holes, slots and gap & step that are typically inspected in automotive applications. Traditionally such features are inspected using tactile probes mounted on Coordinate Measuring Machines (CMM's). The Cross Scanner complements the tactile probing methodology with a high speed non-contact approach for feature measurement. Aside from the single laser stripe solution oriented towards digitizing and full part inspection, this multi stripe laser sensor completes Metris' unrivalled range of integrated solutions for all aspects of laser scanning.
3D laser scanning -LC15 - LC50 - XC50 Cross scanner
Part to CAD inspection -- Reverse engineering
Focus Inspection makes your inspection easier and more productive. 5x more throughput!

Hand Held CMM
K-Series cameras measure the position of infrared LEDs by means of linear CCD cameras. Through triangulation, the 3D position of each LED is calculated. 9 LEDs are built into the handheld SpaceProbe, an ergonomically device that enables an inspector to measure the actual 3D data of an inspection part in single point or scanning mode. The optical measuring CMMs are available in a portable and a mobile configuration.

Key features
3 Different measurement volumes available
Mobile & portable configuration
Solid state, carbon fibre structure
Interfaces with standard CMM Inspection software packages such as PC-DMIS, PowerInspect, Metrolog II, Metrosoft, CAM2 Holos
Calibration certificate traceable to ISO 10360 II and ANSI / ASME B89.1.12.M standards.
Temperature compensation model enables accurate and reliable measurements within a range of 15 to 40° Celsius
Key benefits 
Flexibility and mobility enables fast onsite inspection and interventions
Reduces production stops and scrap
Stable system guarantees high accuracy measurements
Full freedom due to walk-around Space Probe
Dynamic reference concept, enabling measuring of unstable parts
Easy one man set-up and use
Applications 
K400, K500 -> components, smaller objects
K600, K610 -> whole cars, vehicles, large objects
Inspection of parts or complete products in design, engineering, production and daily operation

Fixture verification

Single part and assembly Inspection (body and trim parts)

Guided assembly of prototypes

Body closure enhancement

Human comfort analysis

Body & chassis development

Degradation analysis
Legality inspection of F1 cars
Specifications
* Accuracy at +/- 2σ
All specifications are subject to change without notice.
Laser Radar -- Large scale optical CMM
Key features
Non-contact: no photo-grammetry dots, reflectors, or probes
Very large measurement volume: up to 60m range
Expanded line-of-sight around & behind objects using mirrors
Laser line scanning and single point CMM measurements
Stand-alone system or part of an integrated inspection system
Integration of multiple laser radars in one measurement set-up
Rapid data collection: up to 1,000 points/sec
Patented coherent laser radar technology
Flexible: uses standard CAD-based inspection software
Automatable: script measurement tasks & report generation
Key benefits
High measurement throughput
Lower resource costs

One man operation

Reduced fixed tooling requirements
Portable system enables on-site measurements
Minimum set-up time
High accuracy measurements
Enables difficult or previously impossible metrology jobs
Applications
Inspection of aircraft component manufacturing & assembly
Automotive part inspection
Integrated inspection of tooling & assembly
K-Scan
The K-Scan is a powerful handheld scanning solution combining the Metris LC50 scanner and the K-series optical CMM.

Key features
K-Scan probe houses Metris LC50 Scanner

High accuracy measurements

High speed scanning
Exchange of LC50 between fixed CMM and K-Scan probe
12 DOF scanning with K-Series optical CMM

Large measurement volume

Accurate probe tracking

Dynamic referencing of part
Robust, light-weight K-Scan probe
K-Scan button controls measurement
Auxiliary laser beam spot indicates field of view
Integrated with Metris Scan HandHeld

Key benefits
Portable scanner

Minimal set-up time

On-site scanning
Optical tracking of K-Scan

Effortless measurements

Walk-around scanning without mechanical constraints
Standard LC50 solution for fixed and portable CMMs
Non-contact scanning

Full digital copy of parts

Suitable for flexible or fragile parts

No need for gauge fixture
Applications
Full part to CAD Inspection
Fast troubleshooting measurements
Reverse engineering
Specifications