Romer (이동형 3차원측정기)
Unlike many metrology devices, the ROMER Absolute Arm does not require warm-up time or initialization, thanks to a stable carbon fiber structure and industry leading Absolute encoders. Simply take the measuring arm to the part, switch it on and start measuring.
Increasing productivity across all industries.
| Typical Industries: | Typical Measuring Applications: |
| Automotive | Sheet Metal Parts |
| Aerospace | Dies & Molds/Tooling |
| Power Generation / Wind Energy | Machined Parts |
| Forming Industry | Jigs & Fixture setup and alignment |
| Casting Industry | Tubes & Tube Assembly |
| Fabricated metal products | CAD-to-Part comparison |
| Machinery Manufacturing | Alignment |
| Sports Equipment | Reverse Engineering |
| Piping & Tubing | Virtual Assembly |
| Agriculture & Heavy Equipment | Body in White |
| Ship and Boat building | On-machine tool inspection |
| Railway | Composites inspection |
| Archaeological and Historic Preservation | Die-Casting and Patterns |
The ROMER proprietary software RDS features SMART technology, allowing total management of checks in the field as well as temperature and shock monitoring.
Laser Scanning
The ROMER Absolute Arm is available with a completely integrated high-performance laser scanner or the external HP-L-20.8 scanner, for complex scanning tasks.
ROMER Absolute Arms are the only scanning systems on the market to offer fully verifiable scanning system accuracy.
Automated & repeatable Probe Recognition
Intelligent Quick Change Probes: Swap touch-probes at any time without the need to recalibrate. The Romer Absolute Arm’s repeatable mount allows to change probes on the fly, according to your measurement needs.
Instant Feedback
The ROMER Absolute Arm provides immediate acoustic and haptic feedback to the operator, allowing the Romer Absolute Arm to be used in even the most harsh industrial environments.
Absolute Encoders
Referencing and warm-up time was for yesterday – just switch the arm on and measure.
Measurement Volume
Size does matter: The ROMER Absolute Arm is available in seven lengths between 1.2 m and 4.5 m.
Certification
All ROMER Absolute Arms including scanning systems pass through B89.4.22 certification. Additional certifications according to VDI/VDE 2617-9 are also available. The ROMER Absolute Arm Compact model is available with a choice of ISO 10360-2 or B89.4.22 certification.
Zero G
Zero G counterbalance eliminates torque in the base and arm members, more forgiving of the arm being mounted in a vertical position and puts you in control of the arm.
SmartLock
If the Romer Absolute Arm is not in use it can be locked safely into its rest position. SmartLock also allows the arm to be fixed in any intermediate position.
Feature Packs
Thanks to easily interchangeable Feature Packs, the functionality of the Romer Absolute Arm can always be enhanced. Feature packs are available for wi-fi comunication, wi-fi scanning capability and full battery operation
Specifications
| 73 series | Model | Measuring Range | Point Repeatability 1 | Volumetric Accuracy 2 | Arm Weights |
| 7312 | 1.2 m / 3.9 ft. | .014 mm / 0.0006 in. | 0.025 mm / 0.0010 in. | 10.2kg / 22.5 lbs | |
| 7320 | 2.0 m / 6.6 ft. | 0.030 mm / 0.0012 in. | ± 0.042 mm / 0.0017 in. | 7.4 kg / 16.3 lbs | |
| 7325 | 2.5 m / 8.2 ft. | 0.038 mm / 0.0015 in. | ± 0.051 mm / 0.0020 in. | 7.7 kg / 17.0 lbs | |
| 7330 | 3.0 m / 9.8 ft. | 0.059 mm / 0.0023 in. | ± 0.075 mm / 0.0030 in. | 8.0 kg / 17.6 lbs | |
| 7335 | 3.5 m / 11.5 ft. | 0.079 mm / 0.0031 in. | ± 0.100 mm / 0.0039 in. | 8.3 kg / 18.3 lbs | |
| 7340 | 4.0 m / 13.1 ft. | 0.099 mm / 0.0039 in. | ± 0.125 mm / 0.0049 in. | 8.6 kg / 19.0 lbs | |
| 7345 | 4.5 m / 14.8 ft. | 0.120 mm / 0.0047 in. | ± 0.150 mm / 0.0059 in. | 8.9 kg / 19.6 lbs |
| 75 series | Model | Measuring Range | Point Repeatability1 | Volumetric Accuracy2 | Arm Weights |
| 7512 | 1.2m / 3.9ft | 0.010 mm / 0.0004 in. | ± 0.020 mm / 0.0008 in | 10.8 kg / 23.8 lbs | |
| 7520 | 2.0 m / 6.6 ft. | 0.016 mm / 0.0006 in. | ± 0.023 mm / 0.0009 in. | 7.7 kg / 17.0 lbs | |
| 7525 | 2.5 m / 8.2 ft. | 0.020 mm / 0.0008 in. | ± 0.029 mm / 0.0011 in. | 8.0 kg / 17.6 lbs | |
| 7530 | 3.0 m / 9.8 ft. | 0.030 mm / 0.0012 in. | ± 0.044 mm / 0.0017 in. | 8.3 kg / 18.3 lbs | |
| 7535 | 3.5 m / 11.5 ft. | 0.040 mm / 0.0016 in. | ± 0.057 mm / 0.0022 in. | 8.6 kg / 19.0 lbs | |
| 7540 | 4.0 m / 13.1 ft. | 0.055 mm / 0.0022 in. | ± 0.069 mm / 0.0027 in. | 8.9 kg / 19.6 lbs | |
| 7545 | 4.5 m / 14.8 ft. | 0.070 mm / 0.0028 in. | ± 0.082 mm / 0.0032 in. | 9.2 kg / 20.3 lbs |
All Specifications according to B89.4.22 and VDI/VDE 2617-9
1 The Point Repeatability Test is the reference test to determine measurement arm repeatability with ball probe. The cone is in front of the machine. Points are measured from multiple approach directions. The average point and the deviation of each point to the average center are calculated. The result is the maximum range divided by two.
2 The Volumetric Accuracy Test most accurately represents the reasonable expectations for machine performance in practical measuring applications since it involves measuring a certified length standard many times in several locations and orientations and compares the resultant measurements to the actual length. The Volumetric Length Accuracy Test is the most appropriate test for determining machine accuracy and repeatability. The result is the maximum deviation of the measuring distance less the theoretical length.
Ambient conditions
Working temperature: 0C – 50°C (32°F – 122°F)
Storage temperature: -30° -70 C (-22°F – 158°F)
Relative humidity: 10% – 90% non-condensing
Operational elevation: 0-2000 m (0-6600 ft)
Marks of conformity
CE Compliance: Yes
Power requirement
Universal worldwide voltage 110V-240V
All probing specifications are achieved with a ROMER Absolute Arm mounted on a ROMER base plate or magnetic base and using a 15 mm steel ball probe with a length of 50 mm under stable environmental conditions.
ROMER Absolute Arm Compact
The compact portable measuring arm for shop-floor use
Offering accuracy for even the smallest of jobs, the ROMER Absolute Arm Compact brings high-tolerance 3D measurement to the shop floor. A faster and more accurate alternative to manual measurement tools, this versatile portable coordinate measuring machine (CMM) can perform numerous tasks around the workshop, making it the perfect complement to stationary CMM equipment.
The ROMER Absolute Arm Compact is a high-accuracy portable CMM designed to give reliable results in the tightest of spaces. More convenient than traditional measuring tools and far less prone to human error, it enables operators to check and recheck readings in a fraction of the time. Featuring industry-proven technology from the ROMER Absolute Arm range, the ROMER Absolute Arm Compact is perfect for measuring small to medium parts in a range of applications including:
- On-machine verification
- Machined part inspection
- GD&T measurements
- Fixture positioning
- CAD-to-part comparison
- Part alignment and setup
- In-process quality checks
- Digitising
- Build and inspect
With a measurement volume of up to 1.2 metres and a choice of ISO 10360-2 or B89.4.22 certification available, the ROMER Absolute Arm Compact is easy to integrate into quality control processes. Capable of operating without mountings and with no need for referencing, the system is quick to setup and easy to use, providing a multipurpose measurement tool for users at any level of experience.
Thanks to absolute encoders, the ROMER Absolute Arm Compact is ready to simply switch on and measure with no referencing required, while haptic feedback warns users if an axis limit is reached to eliminate bad measurements.Automatic and repeatable probe recognition
An intelligent probe recognition system enables the ROMER Absolute Arm Compact to maintain repeatable results for different probe heads with no calibration or user intervention required.Integrated work light and camera
The ROMER Absolute Arm Compact features an ergonomically-designed wrist to minimise operator fatigue, with user-friendly additions including an integrated work light and a camera to record setups for digital storage.Freestanding or fixed mounting
The ROMER Absolute Arm Compact’s integrated base plate can be mounted to almost any surface with bolts, anchors or magnets, while a removable counterweight system also enables freestanding operation – simply place and measure.Runs all major metrology software
With the RDS system software inside, the ROMER Absolute Arm Compact is compatible with all major metrology software packages including the intuitive and highly-accessible PC-DMIS Touch – ideal for shop-floor users.
Wi-Fi and battery operation
Compatibility with ROMER Absolute Arm feature packs allows wireless communication and battery operation, minimising setup time and making the ROMER Absolute Arm Compact ideal for measuring on the move.
Additional probes and accessories
The ROMER Absolute Arm Compact is compatible with the full range of probes and accessories from the ROMER Absolute Arm range, offering great flexibility and ensuring users always have the right tools for the job.
| B89.4.22 | ISO 10360-2 | |||||
| Model | Measuring range | Point repeatability | Volumetric accuracy | MPEp | MPEe | Arm weight |
| 7312 | 1.2 m / 3.9 ft. | 0.014 mm / 0.0006 in. | ± 0.025 mm / 0.0010 in. | 8 µm | 5+L/40 ≤ 18 µm | 10.2 kg / 22.5 lbs |
| 7512 | 1.2 m / 3.9 ft. | 0.010 mm / 0.0004 in. | ± 0.020 mm / 0.0008 in. | 6 µm | 5+L/65 ≤ 15 µm | 10.8 kg / 23.8 lbs |
| Volumetric accuracy according to B89.4.22 | Volumetric accuracy according to ISO 10360-2 | |||
| Measurement length | ROMER Absolute Arm Compact 7312 | ROMER Absolute Arm Compact 7512 | ROMER Absolute Arm Compact 7312 | ROMER Absolute Arm Compact 7512 |
| 10 mm | +/-0.025 mm | +/-0.020 mm | +/-0.00525 mm | +/-0.00515 mm |
| 20 mm | +/-0.025 mm | +/-0.020 mm | +/-0.0055 mm | +/-0.00531 mm |
| 50 mm | +/-0.025 mm | +/-0.020 mm | +/-0.00625 mm | +/-0.00577 mm |
| 100 mm | +/-0.025 mm | +/-0.020 mm | +/-0.0075 mm | +/-0.00654 mm |
| 200 mm | +/-0.025 mm | +/-0.020 mm | +/-0.01 mm | +/-0.00807 mm |
| 500 mm | +/-0.025 mm | +/-0.020 mm | +/-0.0175 mm | +/-0.0127 mm |
| 1000 mm | +/-0.025 mm | +/-0.020 mm | +/-0.018 mm | +/-0.015 mm |
| 1200 mm | +/-0.025 mm | +/-0.020 mm | +/-0.018 mm | +/-0.015 mm |
Selecting a certification: is B89 or ISO better?
The ROMER Absolute Arm Compact is offered with a choice of two certifications: B89.4.22 or ISO 10360-2. Each certification quotes the arm accuracy in a different way. B89 is the standard certification typically used for PCMMs and quotes the arm performance (volumetric accuracy and point repeatability). ISO certification is a stationary CMM type certification that quotes the arm accuracy according to a variable ‘L’, where ‘L’ is equal to the length of measurement that is being performed. The longer the measurement, the higher the L value and therefore the lower the measurement accuracy.
ROMER Absolute Arm with integrated scanner
Freedom of movement
3D digitizing, 3D modelling, point cloud inspection, reverse engineering, rapid prototyping or copy milling: this system is an all-purpose metrology tool for a multitude of applications.
Freedom of movement: with a fully integrated and certified RS3 laser scanner, this is an all-purpose metrology system for almost any measurement need. Point cloud inspection, product benchmarking, reverse engineering, rapid prototyping, virtual assembly or CNC milling are just some of the typical laser scanning applications that can be added to the rich portfolio of touch-probe measurement applications. The integrated laser scanner is designed to capture data from almost any object surface.
It does not need warm-up time or additional cables and controllers. Scanner and probe measurements are combined in the same software session.Increasing productivity across all industries.
| Typical Industries: | Typical Measuring Applications: |
| Automotive | Sheet Metal Parts |
| Aerospace | Dies & Molds/Tooling |
| Power Generation / Wind Energy | Machined Parts |
| Forming Industry | Jigs & Fixture setup and alignment |
| Casting Industry | Tubes & Tube Assembly |
| Fabricated metal products | CAD-to-Part comparison |
| Machinery Manufacturing | Alignment |
| Sports Equipment | Reverse Engineering |
| Piping & Tubing | Virtual Assembly |
| Agriculture & Heavy Equipment | Body in White |
| Ship and Boat building | On-machine tool inspection |
| Railway | Composites inspection |
| Archaeological and Historic Preservation | Die-Casting and Patterns |
The ROMER proprietary software RDS features SMART technology, allowing total management of checks in the field as well as temperature and shock monitoring.Laser Scanning
The ROMER Absolute Arm is available with a completely integrated high-performance laser scanner or the external HP-L-20.8 scanner, for complex scanning tasks.
ROMER Absolute Arms are the only scanning systems on the market to offer fully verifiable scanning system accuracy.Automated & repeatable Probe Recognition
Intelligent Quick Change Probes: Swap touch-probes at any time without the need to recalibrate. The Romer Absolute Arm’s repeatable mount allows to change probes on the fly, according to your measurement needs.Instant Feedback
The ROMER Absolute Arm provides immediate acoustic and haptic feedback to the operator, allowing the Romer Absolute Arm to be used in even the most harsh industrial environments.
Absolute Encoders
Referencing and warm-up time was for yesterday – just switch the arm on and measure.
Measurement Volume
Size does matter: The ROMER Absolute Arm is available in seven lengths between 1.2 m and 4.5 m.
Certification
All ROMER Absolute Arms including scanning systems pass through B89.4.22 certification. Additional certifications according to VDI/VDE 2617-9 are also available. The ROMER Absolute Arm Compact model is available with a choice of ISO 10360-2 or B89.4.22 certification.
Zero G
Zero G counterbalance eliminates torque in the base and arm members, more forgiving of the arm being mounted in a vertical position and puts you in control of the arm.
SmartLock
If the Romer Absolute Arm is not in use it can be locked safely into its rest position. SmartLock also allows the arm to be fixed in any intermediate position.
Feature Packs
Thanks to easily interchangeable Feature Packs, the functionality of the Romer Absolute Arm can always be enhanced. Feature packs are available for wi-fi comunication, wi-fi scanning capability and full battery operation.
7-Axis Probing and Scanning Specifications – 73 series
| 73 Series | Model3 | Measuring Range | Probing Point Repeatability1 | Probing Volumetric Accuracy2 |
Scanning System Accuracy SI4 (with RS3) |
Arm Weights SI |
| 7320SI/SE | 2.0 m / 6.6 ft. | ± 0.044 mm / 0.0017 in. | ± 0.061 mm / 0.0024 in. | 0.079 mm / 0.0031 in | 8.3 kg / 18.3 lbs. | |
| 7325SI/SE | 2.5 m / 8.2 ft. | ± 0.049 mm / 0.0019 in. | ± 0.069 mm / 0.0027 in. | 0.084 mm / 0.0033 in. | 8.6 kg / 19.0 lbs. | |
| 7330SI/SE | 3.0 m / 9.8 ft. | ± 0.079 mm / 0.0031 in. | ± 0.100 mm / 0.0039 in. | 0.119 mm / 0.0047 in. | 8.9 kg / 19.6 lbs. | |
| 7335SI/SE | 3.5 m / 11.5 ft. | ± 0.099 mm / 0.0039 in. | ± 0.125 mm / 0.0049 in. | 0.147 mm / 0.0058 in. | 9.2 kg / 20.3 lbs. | |
| 7340SI/SE | 4.0 m / 13.1 ft. | ± 0.115 mm / 0.0045 in. | ± 0.151 mm / 0.0059 in. | 0.181 mm / 0.0071 in. | 9.5 kg / 20.9 lbs. | |
| 7345SI/SE | 4.5 m / 14.8 ft. | ± 0.141 mm / 0.0056 in. | ± 0.179 mm / 0.0070 in. | 0.214 mm / 0.0084 in. | 9.8 kg / 21.6 lbs. |
7-Axis Probing and Scanning Specifications – 75 series
| 75 Series | 7520SI | 2.0 m / 6.6 ft. | ± 0.023 mm / 0.0009 in. | ± 0.033 mm / 0.0013 in. | 0.058 mm / 0.0023 in. | 8.6 kg / 19.0 lbs. |
| 7525SI | 2.5 m / 8.2 ft. | ± 0.027 mm / 0.0011 in. | ± 0.038 mm / 0.0015 in. | 0.063 mm / 0.0025 in. | 8.9 kg / 19.6 lbs. | |
| 7530SI | 3.0 m / 9.8 ft. | ± 0.042 mm / 0.0017 in. | ± 0.058 mm / 0.0023 in. | 0.083 mm / 0.0033 in. | 9.2 kg / 20.3 lbs. | |
| 7535SI | 3.5 m / 11.5 ft. | ± 0.055 mm / 0.0022 in. | ± 0.081 mm / 0.0032 in. | 0.101 mm / 0.0040 in. | 9.5 kg / 20.9 lbs. | |
| 7540SI | 4.0 m / 13.1 ft. | ± 0.067 mm / 0.0026 in. | ± 0.098 mm / 0.0039 in. | 0.119 mm / 0.0047 in. | 9.8 kg / 21.6 lbs. | |
| 7545SI | 4.5 m / 14.8 ft. | ± 0.084 mm / 0.0033 in. | ± 0.119 mm / 0.0047 in. | 0.138 mm / 0.0054 in. | 10.1 kg / 22.3 lbs. |
Scanning Sensor Specifications: Integrated Scanner RS3
| Max. Point acquisition rate | 460.000 Points/s | |
| Points per Line | 4600 | |
| Line Rate | 100 Hz | |
| Line width | min. | 48 mm |
| mid. | 65 mm | |
| max. | 85 mm | |
| Stand off mid range | 150 mm ± 50 mm | |
| Minimum point spacing (mid range) | 0,014 mm | |
| Laser power control | Fully automatic – per line | |
| Accuracy (2 sigma) | 30 µm | |
| Probing Dispersion value* P[Form.Sph.D95%:Tr:ODS] | n.a. | |
| Weight | 340 g | |
| Controller | No | |
| Laser Safety | Class 2M | |
| Working temperature | 5°C – 40 °C | |
1 The Point Repeatability Test is the reference test to determine measurement arm repeatability with ball probe. The cone is in front of the machine. Points are measured from multiple approach directions. The average point and the deviation of each point to the average center are calculated. The result is the maximum range divided by two.
2 The Volumetric Accuracy Test most accurately represents the reasonable expectations for machine performance in practical measuring applications since it involves measuring a certified length standard many times in several locations and orientations and compares the resultant measurements to the actual length. The Volumetric Length Accuracy Test is the most appropriate test for determining machine accuracy and repeatability. The result is the maximum deviation of the measuring distance less the theoretical length.
3 SI designates the ROMER Absolute Arm with integrated scanner.
4 The Scanning System Accuracy Test most accurately represents the reasonable expectations for machine performance in practical measuring applications while using the laser scanning method. The test consists of measuring a matte grey sphere with 5 different arm articulations. In each articulation of the arm the sphere is scanned from 5 different directions such that the majority of the sphere is scanned. The result is the maximum 3D center to center distance of the 5 spheres.
All probing specifications are achieved with a ROMER Absolute Arm mounted on a ROMER base plate or magnetic base and using a 15 mm steel ball probe with a length of 50 mm under stable environmental conditions.
All RS3 scanning specifications are achieved with a ROMER Absolute Arm mounted on a ROMER base plate or magnetic base and a matte grey calibration sphere of 25.4 mm diameter under stable environmental conditions.
ROMER Absolute Arm with external scanner
Modular high-end scanning platform.
The ROMER Absolute Arm with external scanner is designed for the high performance laser scanner HP-L-20.8 from Hexagon Metrology.
Increasing productivity across all industries.
The ROMER proprietary software RDS features SMART technology, allowing total management of checks in the field as well as temperature and shock monitoring.Laser Scanning
The ROMER Absolute Arm is available with a completely integrated high-performance laser scanner or the external HP-L-20.8 scanner, for complex scanning tasks.
ROMER Absolute Arms are the only scanning systems on the market to offer fully verifiable scanning system accuracy.Automated & repeatable Probe Recognition
Intelligent Quick Change Probes: Swap touch-probes at any time without the need to recalibrate. The ROMER Absolute Arm’s repeatable mount allows to change probes on the fly, according to your measurement needs.Instant Feedback
The ROMER Absolute Arm provides immediate acoustic and haptic feedback to the operator, allowing the ROMER Absolute Arm to be used in even the most harsh industrial environments.
Absolute Encoders
Referencing and warm-up time was for yesterday – just switch the arm on and measure.
Measurement Volume
Size does matter: The ROMER Absolute Arm is available in seven lengths between 1.2 m and 4.5 m.
Certification
All ROMER Absolute Arms including scanning systems pass through B89.4.22 certification. Additional certifications according to VDI/VDE 2617-9 are also available. The ROMER Absolute Arm Compact model is available with a choice of ISO 10360-2 or B89.4.22 certification.
Zero G
Zero G counterbalance eliminates torque in the base and arm members, more forgiving of the arm being mounted in a vertical position and puts you in control of the arm.
SmartLock
If the ROMER Absolute Arm is not in use it can be locked safely into its rest position. SmartLock also allows the arm to be fixed in any intermediate position.
Feature Packs
Thanks to easily interchangeable Feature Packs, the functionality of the ROMER Absolute Arm can always be enhanced. Feature packs are available for wi-fi communication, wi-fi scanning capability and full battery operation.
| 73 Series | Model | Measuring Range | Scanning system accuracy* | Arm weights SE incl. Scanner |
| 7320SE | 2.0 m / 6.6 ft. | 0.075 mm / 0.0030 in. | 7.9 kg / 17.4 lbs | |
| 7325SE | 2.5 m / 8.2 ft. | 0.080 mm / 0.0031 in. | 8.2 kg / 18.1 lbs | |
| 7330SE | 3.0 m / 9.8 ft. | 0.113 mm / 0.0044 in. | 8.5 kg / 18.7 lbs | |
| 7335SE | 3.5 m / 11.5 ft. | 0.140 mm / 0.0055 in. | 8.8 kg / 19.4 lbs | |
| 7340SE | 4.0 m / 13.1 ft. | 0.172 mm / 0.0068 in. | 9.1 kg / 20.1 lbs | |
| 7345SE | 4.5 m / 14.8 ft. | 0.203 mm / 0.0080 in. | 9.4 kg / 20.7 lbs | |
| 75 Series | 7520SE | 2.0 m / 6.6 ft. | 0.053 mm / 0.0021 in. | 8.2 kg / 18.1 lbs |
| 7525SE | 2.5 m / 8.2 ft. | 0.058 mm / 0.0023 in. | 8.5 kg / 18.7 lbs | |
| 7530SE | 3.0 m / 9.8 ft. | 0.078 mm / 0.0031 in. | 8.8 kg / 19.4 lbs | |
| 7535SE | 3.5 m / 11.5 ft. | 0.096 mm / 0.0038 in. | 9.1 kg / 20.1 lbs | |
| 7540SE | 4.0 m / 13.1 ft. | 0.114 mm / 0.0045 in. | 9.4 kg / 20.7 lbs | |
| 7545SE | 4.5 m / 14.8 ft. | 0.133 mm / 0.0052 in. | 9.7 kg / 21.4 lbs |
* The Scanning System Accuracy Test most accurately represents the reasonable expectations for machine performance in practical measuring applications while using the laser scanning method. The test consists of measuring a matte grey sphere with 5 different arm articulations. In each articulation of the arm the sphere is scanned from 5 different directions such that the majority of the sphere is scanned. The result is the maximum 3D centre to centre distance of the 5 spheres.
Scanning Sensor Specifications
| External scanner HP-L-20.8 | ||
| Max. point acquisition rate | 150,000 Points/s | |
| Points per line | Max. 4000 | |
| Line rate | Max. 1000 Hz | |
| Line width range | Min | 176mm / 104mm / 51mm / 40mm / 20mm |
| Mid | 220mm / 130mm / 63mm / 51mm / 25mm | |
| Max | 231mm / 148mm / 75mm / 60mm / 30 mm | |
| Stand off (mid range) | 180 mm ± 40 mm | |
| Minimum point spacing (mid range) | 0.013 mm | |
| Laser power control | Fully automatic (per point) | |
| Probing Form error (1 σ) | 9 μm | |
| Probing Dispersion value**
P[Form.Sph.D95%:Tr:ODS] |
36 µm | |
| Weight | 410 g | |
| Controller | No | |
| Laser Safety | Class 2 | |
| Working temperature | 10°-42° C (50°-108° F) | |
Tube Inspection System
Tube measurement, gauging and production with the ROMER Absolute Arm
Available as a turnkey hardware and software package, or as an upgrade to existing portable measuring arm units, the system uses the powerful ROMER Absolute Arm portable coordinate measuring machine (CMM) alongside specially designed non-contact tube probes and the state-of-the-art TubeShaper software to accelerate the measurement and inspection process, with the absolute minimum of intervention.
Hexagon Metrology’s Tube Inspection System is a total solution for all measurement needs associated with tube, pipe and wire production:
- Tube production
- Tube and pipe inspection
- Reverse engineering of tubes and tube assemblies
- Tube gauging
The easy-to-handle ROMER Absolute Arm uses non-contact tube probes, available in six different sizes, to measure tube length and bend angles as XYZ, LRA or YBC values, while standard touch probes ensure that full tube assemblies – including any welded fixtures like brackets or hangers – can be measured.
The state-of-the-art TubeShaper measurement software has been designed specifically for tube inspection with the ROMER Absolute Arm, and represents a totally new beginning in software use in this sector. Using a completely original interface, TubeShaper has been designed with some of the world’s leading tube producers to create a product that brings you valuable measurement and process information as simply and quickly as possible.
CAD models of tubes and tube assemblies can be imported directly, while interfaces to CNC tube bending machines ensure real-time correctional data is transmitted directly to the bending machine itself. Measurement plans can be created offline prior to measurement, or even automatically during first-part inspection. These routines can be recalled and run at any time, meaning that batch measurement is both fast and easy. All measurement data can also be exported in IGES file format for reverse engineering applications, without the need to manage complex point cloud data. Tube measurement has never been so complete.
The easy-to-use ROMER Absolute Arm requires no warmup or encoder referencing. Just plug it in and you’re ready to go.Adaptable to the part
With ROMER Absolute Arm sizes ranging from 1.2 m to 4.5 m, two dedicated ‘T’ models for specific tube application and six tube probe options covering tube diameters from 4 mm to 130 mm to choose from, it’s easy to select the right size Tube Inspection System for your workpieces.
Automatic and repeatable probe recognition
All measurement probes can be swapped within the same software session, with no need to recalibrate between changes. Simply switch from tube probe to touch probe on the fly, according to what you need to measure next.
Ergonomic system design
Perfectly-weighted counterbalancing ensures that the ROMER Absolute Arm is a pleasure to use, even for an entire 8-hour shift. The lightweight Tube Inspection System can be moved around your facility in minutes, to where it’s needed most.
Dedicated accessory range
A full range of accessories including additional tube probes, tube clamps, measurement tables and raisers mean that your Tube Inspection System can be configured to suit your working environment and application requirements.
TubeShaper software
Featuring a totally original user interface, TubeShaper has two access levels for users of different profiles. The Engineering Interface allows full use of all TubeShaper functions, while the Shop-floor Interface is designed for high-speed measurement. Larger icons enable control through the ROMER Absolute Arm, accelerating use and reducing trips to the computer.
Bending machine interface
Real-time direct interface to CNC tube benders enables correctional data to be calculated and applied within your production cycle, streamlining operations and almost completely eliminating scrap. Multiple bending machines can be supported by a single Tube Inspection System.
Measurement plans for rapid batch measurement
Every time a new tube is measured it is automatically saved as a measurement plan, which can be run later at any time. Measurement plans can also be defined offline prior to measurement, meaning your intervention time on the shop floor is reduced yet accuracy and repeatability are guaranteed.
Automatic and customisable reporting
Measurement reports can be created automatically and presented in the format you need, enabling you to monitor tube bender performance over time and spot problems on the shop floor before they become critical.
CAD data import and export
CAD models can be imported into TubeShaper in IGES and STEP formats as standard, while other popular CAD formats are also optionally available. For reverse engineering applications, tube and geometric data can be exported as an IGES or SV file.
Full system certification
The ROMER Absolute Arm and tube probes are certificated to B89.4.22 as standard. Certifications to VDI/VDE 2617-9 are also available on request.
The Hexagon Metrology Tube Inspection Solution is comprised of three elements chosen to fit customer requirements:
- Choice of ‘T’ Series or standard model of ROMER Absolute Arm:
- The ‘T’ Series of the ROMER Absolute Arm is designed for the tube industry, and features a stronger counterbalance for faster tube measurement and improved ergonomics. It is available in two measuring volumes: 2.5 m and 3 m.
- The standard ROMER Absolute Arm is more suited to customers who need to measure more complex parts like brackets, flanges and fixtures.
- Choice of ROMER Tube Probe: There are 6 sizes to choose from according to the diameter of the tubes you need to measure. All ROMER Tube Probes are compatible with all ROMER Absolute Arm models.
- TubeShaper software
Technical Data: ROMER Absolute Arm / Hardware
Measurement volume (Standard ROMER Absolute Arm): 1.2 m-4.5 m (3.9 ft.-14.8 ft.).
Measurement volume (ROMER Absolute Arm ‘T’ Series): 2.5 m or 3 m (8.2 ft. or 9.8 ft.).
Tube diameter: 4 mm-130 mm (0.15 in.-5.1 in.)
Working temperature: 0˚C-50˚C (32°F-122°F)
Storage temperature: -30˚-70˚ C (-22°F-158°F)
Relative humidity: 10%-90% non-condensing
CE conformity: Yes
Power requirement: Universal worldwide voltage 110V-240V
System accuracies
ROMER Absolute Arm ‘T’ Series
| Model | Measuring range | Point Repeatability | Volumetric accuracy | Arm Weights |
| 7325T | 2.5 m / 8.2 ft. | +/- 0.044 mm / 0.0017 in | +/- 0.059 mm / 0.0023 in | 7.7 kg / 17.0 lbs |
| 7330T | 3.0 m / 9.8 ft. | +/- 0.068 mm / 0.0027 in | +/- 0.086 mm / 0.0034 in | 8.0 kg / 17.6 lbs |
All specifications according to B89.4.22. Certification is also available to VDI/VDE 2617-9.
Tube Probe range and Tube Inspection System accuracy (ROMER Absolute Arm + Tube Probe)
| Tube Probe Size 1 | Tube Probe Size 2 | Tube Probe Size 3 | Tube Probe Size 4 | Tube Probe Size 5 | Tube Probe Size 6 |
| Tube diameters of 4- 13 mm(0.15-0.51 in.) | Tube diameters of 6- 20 mm (0.25-0.75 in.) | Tube diameters of 10- 40 mm (0.40-1.6 in.) | Tube diameters of 12- 65 mm (0.5-2.5 in.) | Tube diameters of 20- 85 mm (0.75-3.3 in.) | Tube diameters of 30- 130 mm (1.2-5.1 in.) |
| System accuracy = Arm volumetric accuracy + 0.1 mm | |||||
