K-CMM is an accurate portable measurement system suitable for checking design, production and dimensional quality in industrial environments.
The system offers high measurement accuracy in a volume up to 35 m³ through the use of camera technology triangulating the positions of infrared LEDs positioned on a Multi-Sided Probe or optional K-Scan MMDx scanner.
K-CMM is a truly portable system enabling users to measure on-site. Systems are available with two measurement volumes and accuracies to suit user’s needs. Through dynamic scaling of the camera measurement volume, reliable measurements can be taken within a range of 10 °C to 35 °C.
Attaching a stylus to the Multi-Sided Probe’s (MSP) precalibrated, multi-faceted LED target configuration provides a lightweight, highly repeatable measurement probe with an unlimited range of motion free from directional limitations. Probe configurations can be quickly changed using the integrated Renishaw autojoint adaptor.
Standard stylus | 4 mm diameter ruby tip |
---|---|
Probe changing | Repeatable using Renishaw autojoint |
Number of LEDs | 25 |
Acceptance angle | Unlimited pitch, yaw and roll |
Dimensions | 185 mm x 185 mm x 180 mm (with standard stylus) |
Weight | 326 g (with standard stylus) |
The K-Scan MMDx is a walk-around scanning solution combining the digital ModelMaker MMDx laser scanner with the portable K-series optical CMM. K-Scan is ideally suited for on-site 3D digitizing tasks requiring minimum setup and fast results. Operating the scanner with a laser stripe width up to 200mm is easy and efficient. The 6m working range of the optical CMM is more than sufficient to take measurements in and around a full vehicle. The dense point clouds that are acquired can be graphically analyzed in Focus software, or in 3rd party packages.
The K-CMM system is supplied with a portable tripod with a lightweight rigid construction. The inclusion of height adjustability, variable pan and tilt angle and integrated Quickfix adaptor for easy mounting of the Optical Tracker ensure excellent flexibility and robustness for shop-floor measurement requirements.
Maximum load | 55 kg |
---|---|
Height adjustment | 500 mm to 1600 mm |
Angular adjustment | 360° pan, ±10° tilt |
Footprint adjustment (diameter) | 840 mm to 1220 mm |
Weight | 7 kg |
The initial alignment of a work piece is monitored by three LEDs mounted directly on the part. The Optical Tracker-to-part position and orientation is constantly tracked and updated, avoiding the need for leap-frogging to extend the measurement volume or measure from a different direction. This technology make it possible to measure parts that move or are subject to vibration with the same level of accuracy as if they were rigidly fixtured.
Two or more K-CMM Optical Trackers can be linked together to form a unified measurement volume with a single co-ordinate system. Whether the objective is to enlarge the measurement zone for very large parts or assemblies, or to provide unobscured views of complex parts from all sides, K-CMM Multi’s flexible configuration means the solution can be tailored to many different measurement applications.
Using the K-CMM with the DMM (Dynamic Measurement Machine) option allows tracking of rapid and complicated trajectories of multiple objects with outstanding accuracy. DMM employs the K-CMM Optical Tracker to track LED targets defining key points of interest. This ability to track 3D and 6DOF measurements changes with respect to time ensures the K-CMM with DMM option can provide a powerful and comprehensive toolset for advanced motion analysis and dynamic measurement.
Target resolution (at 2.5 m) | Up to 2 µm |
---|---|
Targets (3D) | Up to 511 |
Rigid Bodies (6DOF) | Up to 170 |
Sampling Speed (targets/s) | Up to 4500 Hz |
Latency | Up to 5 ms |
Simultaneously track and record | 72 targets 24 rigid bodies |
Example: Effective frame rates vs. # targets or rigid bodies
# Targets | # Rigid Bodies | Frame Rate (Hz) | Sampling Speed |
---|---|---|---|
1 | – | 750 | 750 |
6 | 2 | 575 | 3450 |
12 | 4 | 325 | 3900 |
18 | 6 | 230 | 4140 |
24 | 8 | 175 | 4200 |
30 | 10 | 140 | 4200 |
48 | 16 | 90 | 4320 |
90 | 30 | 50 | 4500 |
K6000 | K7500 | |||
---|---|---|---|---|
Measurement volume | Depth of Field | 4.5 m | 6.0 m | |
Field of View | Up to 3.7 m x 2.7 m | |||
Volume | 20 m3 | 35 m3 | ||
Measurement performance | Volumetric accuracy1 | 95 µm + 25 µm/m | 110 µm + 25 µm/m | |
Single point accuracy2 | Up to 20 µm RMS | |||
Single point repeatability3 | Up to 20 µm RMS | |||
Physical characteristics | Dimensions | 1157 mm x 230 mm x 175 mm | ||
Weight | 24 kg | |||
Temperature | Operating: 10 °C to 35 °C | (Storage: -10 °C to 50 °C) | ||
Humidity | Operating: 30% to 70% | (Storage: 10% to 90%, non-condensing) | ||
Atmospheric pressure | Operating: 70 kPa to 106 kPa | (Storage: 50 kPa to 106 kPa) | ||
Warm up time | 30 to 60 minutes | |||
Power | 100/240 VAC, 50/60 Hz, 1.0 A | |||
Volume indicator laser | Class 2M (635 nm | |||
Software compatibility | Nikon Metrology CMM-Manager 3rd party software including PolyWorks®, Geomagic® & Metrolog |
1 Volumetric accuracy is certified in accordance with procedures derived from the general guidelines of ISO 10360-2:2013 for size measurements. Certification consists of performing comparisons of measured values to traceable length artefacts in various different locations and/or orientations in the field of view of the Optical Tracker using the MSP with standard probe stylus. The indicated specification represents a 95% confidence interval.
2 Single point accuracy is calculated by measuring the MSP with standard probe stylus in a static position for one second. The RMS error of the collected points is reported.
3 Single point repeatability is calculated by placing the standard probe stylus with MSP in a conical socket and measurements taken from various angles. The RMS error of the collected points is reported.
Weights and dimensions are approximate.
K-CMM is an accurate portable measurement system suitable for checking design, production and dimensional quality in industrial environments.
The system offers high measurement accuracy in a volume up to 35 m³ through the use of camera technology triangulating the positions of infrared LEDs positioned on a Multi-Sided Probe or optional K-Scan MMDx scanner.
K-CMM is a truly portable system enabling users to measure on-site. Systems are available with two measurement volumes and accuracies to suit user’s needs. Through dynamic scaling of the camera measurement volume, reliable measurements can be taken within a range of 10 °C to 35 °C.
Attaching a stylus to the Multi-Sided Probe’s (MSP) precalibrated, multi-faceted LED target configuration provides a lightweight, highly repeatable measurement probe with an unlimited range of motion free from directional limitations. Probe configurations can be quickly changed using the integrated Renishaw autojoint adaptor.
Standard stylus | 4 mm diameter ruby tip |
---|---|
Probe changing | Repeatable using Renishaw autojoint |
Number of LEDs | 25 |
Acceptance angle | Unlimited pitch, yaw and roll |
Dimensions | 185 mm x 185 mm x 180 mm (with standard stylus) |
Weight | 326 g (with standard stylus) |
The K-Scan MMDx is a walk-around scanning solution combining the digital ModelMaker MMDx laser scanner with the portable K-series optical CMM. K-Scan is ideally suited for on-site 3D digitizing tasks requiring minimum setup and fast results. Operating the scanner with a laser stripe width up to 200mm is easy and efficient. The 6m working range of the optical CMM is more than sufficient to take measurements in and around a full vehicle. The dense point clouds that are acquired can be graphically analyzed in Focus software, or in 3rd party packages.
The K-CMM system is supplied with a portable tripod with a lightweight rigid construction. The inclusion of height adjustability, variable pan and tilt angle and integrated Quickfix adaptor for easy mounting of the Optical Tracker ensure excellent flexibility and robustness for shop-floor measurement requirements.
Maximum load | 55 kg |
---|---|
Height adjustment | 500 mm to 1600 mm |
Angular adjustment | 360° pan, ±10° tilt |
Footprint adjustment (diameter) | 840 mm to 1220 mm |
Weight | 7 kg |
The initial alignment of a work piece is monitored by three LEDs mounted directly on the part. The Optical Tracker-to-part position and orientation is constantly tracked and updated, avoiding the need for leap-frogging to extend the measurement volume or measure from a different direction. This technology make it possible to measure parts that move or are subject to vibration with the same level of accuracy as if they were rigidly fixtured.
Two or more K-CMM Optical Trackers can be linked together to form a unified measurement volume with a single co-ordinate system. Whether the objective is to enlarge the measurement zone for very large parts or assemblies, or to provide unobscured views of complex parts from all sides, K-CMM Multi’s flexible configuration means the solution can be tailored to many different measurement applications.
Using the K-CMM with the DMM (Dynamic Measurement Machine) option allows tracking of rapid and complicated trajectories of multiple objects with outstanding accuracy. DMM employs the K-CMM Optical Tracker to track LED targets defining key points of interest. This ability to track 3D and 6DOF measurements changes with respect to time ensures the K-CMM with DMM option can provide a powerful and comprehensive toolset for advanced motion analysis and dynamic measurement.
Target resolution (at 2.5 m) | Up to 2 µm |
---|---|
Targets (3D) | Up to 511 |
Rigid Bodies (6DOF) | Up to 170 |
Sampling Speed (targets/s) | Up to 4500 Hz |
Latency | Up to 5 ms |
Simultaneously track and record | 72 targets 24 rigid bodies |
Example: Effective frame rates vs. # targets or rigid bodies
# Targets | # Rigid Bodies | Frame Rate (Hz) | Sampling Speed |
---|---|---|---|
1 | – | 750 | 750 |
6 | 2 | 575 | 3450 |
12 | 4 | 325 | 3900 |
18 | 6 | 230 | 4140 |
24 | 8 | 175 | 4200 |
30 | 10 | 140 | 4200 |
48 | 16 | 90 | 4320 |
90 | 30 | 50 | 4500 |
K6000 | K7500 | |||
---|---|---|---|---|
Measurement volume | Depth of Field | 4.5 m | 6.0 m | |
Field of View | Up to 3.7 m x 2.7 m | |||
Volume | 20 m3 | 35 m3 | ||
Measurement performance | Volumetric accuracy1 | 95 µm + 25 µm/m | 110 µm + 25 µm/m | |
Single point accuracy2 | Up to 20 µm RMS | |||
Single point repeatability3 | Up to 20 µm RMS | |||
Physical characteristics | Dimensions | 1157 mm x 230 mm x 175 mm | ||
Weight | 24 kg | |||
Temperature | Operating: 10 °C to 35 °C | (Storage: -10 °C to 50 °C) | ||
Humidity | Operating: 30% to 70% | (Storage: 10% to 90%, non-condensing) | ||
Atmospheric pressure | Operating: 70 kPa to 106 kPa | (Storage: 50 kPa to 106 kPa) | ||
Warm up time | 30 to 60 minutes | |||
Power | 100/240 VAC, 50/60 Hz, 1.0 A | |||
Volume indicator laser | Class 2M (635 nm | |||
Software compatibility | Nikon Metrology CMM-Manager 3rd party software including PolyWorks®, Geomagic® & Metrolog |
1 Volumetric accuracy is certified in accordance with procedures derived from the general guidelines of ISO 10360-2:2013 for size measurements. Certification consists of performing comparisons of measured values to traceable length artefacts in various different locations and/or orientations in the field of view of the Optical Tracker using the MSP with standard probe stylus. The indicated specification represents a 95% confidence interval.
2 Single point accuracy is calculated by measuring the MSP with standard probe stylus in a static position for one second. The RMS error of the collected points is reported.
3 Single point repeatability is calculated by placing the standard probe stylus with MSP in a conical socket and measurements taken from various angles. The RMS error of the collected points is reported.
Weights and dimensions are approximate.
Финансови решения за закупуване на ново оборудване, чрез BCR Leasing или Grenke.
Вижте Методи за финансиране