FARO Quantum Max FaroArm 3D Laser Scanner / Metrology
FARO Quantum Max FaroArm — The FARO Quantum Max FaroArm is a configurable portable coordinate-measurement arm family for contact probing and, when ordered as a ScanArm with a compatible laser line probe, non-contact 3D scanning. The current listing should not imply that every Quantum Max includes the same scanner or reach. FARO published 2.0, 2.5, 3.0, 3.5 and 4.0 m arm sizes, 6-axis and 7-axis versions, and multiple laser-line-probe options with different scan widths and accuracies. This page is structured for buyers comparing FARO Quantum Max FaroArm specifications, price, compatibility and the exact configuration required before a B2B order.
Explore Related
Related products, categories and research.
FARO Quantum Max FaroArm: premium buying summary
The FARO Quantum Max FaroArm is a configurable portable coordinate-measurement arm family for contact probing and, when ordered as a ScanArm with a compatible laser line probe, non-contact 3D scanning. The current listing should not imply that every Quantum Max includes the same scanner or reach. FARO published 2.0, 2.5, 3.0, 3.5 and 4.0 m arm sizes, 6-axis and 7-axis versions, and multiple laser-line-probe options with different scan widths and accuracies.
Key FARO Quantum Max FaroArm specification highlights
- Multiple arm lengths: 2.0 m, 2.5 m, 3.0 m, 3.5 m and 4.0 m nominal working-volume classes.
- 6-axis contact-measurement and 7-axis configurations; ScanArm capability depends on the configured laser line probe.
- FARO published contact-measurement E-model values ranging from 0.040 mm at 2.0 m to 0.100 mm at 4.0 m for the 7-axis Quantum Max family.
- 7-axis arm weight ranges about 9.6–10.2 kg across the published 2.0–4.0 m sizes.
- FAROBlu Max xR/xP/xS laser-line-probe variants offer different accuracy, scan width and depth of field.
- Portable design with industrial Wi-Fi and dual hot-swappable battery capability in FARO’s buyer documentation.
FARO Quantum Max FaroArm product overview
A buyer searching for a “3D FARO arm” needs to identify the exact measurement method first. A FaroArm can be used as a portable CMM for contact probing. A ScanArm configuration adds a laser line probe for dense non-contact point-cloud capture. Quantum Max is therefore not one fixed scanner SKU. Arm length, axis count, accuracy grade, probe, laser line probe and optional 8-Axis rotary worktable determine the real capability and price.
FARO Quantum Max FaroArm price, cost and quotation considerations
FARO Quantum Max FaroArm price is highly configuration-dependent. A contact-only 6-axis arm, a 7-axis arm with probing, and a ScanArm package with an xR/xP/xS laser line probe are materially different systems. The quotation should list nominal arm size, axis count, probe/LLP model, software license, calibration/certification status, batteries/chargers, cases, mounts and any 8-Axis option.
Core features and capabilities
- Portable articulated-arm coordinate measurement for shop-floor metrology.
- Contact probing for dimensional inspection and CAD comparison.
- 7-axis ScanArm configurations support laser line probes for non-contact 3D capture.
- Kinematic mount enables supported probe/LLP changes without repeating full compensation each time.
- Internal counterbalancing reduces operator fatigue.
- Industrial-grade Wi-Fi and dual hot-swappable battery operation are highlighted in FARO’s decision guide.
- Optional 8-Axis rotary worktable can increase effective access and reduce repositioning.
Detailed FARO Quantum Max FaroArm technical specifications
| Nominal arm lengths | 2.0 m, 2.5 m, 3.0 m, 3.5 m, 4.0 m |
|---|---|
| Axis configurations | 6-axis and 7-axis depending measurement configuration |
| 7-axis E-model contact error, published | 2.0m 0.040 mm; 2.5m 0.046 mm; 3.0m 0.066 mm; 3.5m 0.082 mm; 4.0m 0.100 mm |
| 7-axis arm max reach / weight | 2.0m: 2.60m / 9.6kg; 2.5m: 3.10m / 9.7kg; 3.0m: 3.52m / 9.8kg; 3.5m: 4.10m / 10.0kg; 4.0m: 4.60m / 10.2kg |
| Laser line probe options | FAROBlu Max xR, xP, xS in published Quantum Max materials |
| LLP accuracy | xR 10 µm; xP 15 µm; xS 25 µm |
| Maximum scan width | xR 95 mm; xP 150 mm; xS 250 mm |
| Maximum scan rate | 600 Hz |
| Point acquisition | Up to 1,200,000 points/second |
| Max points per line | 4000 |
| Power supply | 100–240 VAC, 47/63 Hz |
| Operating temperature | 10–40°C |
| Operating humidity | Up to 95% non-condensing |
| Optional 8-Axis table | 100 kg max load; 250 mm standard plate; 4.3 kg table weight |
Performance and use-case information
For contact measurement, FARO reports Maximum Permissible Error values according to its stated ISO methods; accuracy changes with arm size and model. For scanning, the laser line probe selected is equally important. The xR emphasizes higher accuracy and narrower scan width, while xS trades some probe accuracy for a wider 250 mm maximum scan width and larger depth of field. A buyer should select the scanning head around part size, surface detail, feature tolerance and productivity requirements.
Compatibility, software, connectivity and site requirements
Compatibility includes the exact arm generation, kinematic mount, probe or laser line probe, FARO software, computer/network connection, calibration and the physical mounting environment. Do not assume a used or previously configured Quantum Max arm includes a current software entitlement. When 8-Axis is required, confirm arm/software compatibility and the supplied rotary table. FARONow! provides customer-specific information such as product details, certification status, calibration and warranty information.
Applications for FARO Quantum Max FaroArm
- First-article and in-process dimensional inspection
- CAD-to-part comparison
- Reverse engineering
- Tooling and fixture verification
- Large-part portable measurement
- Non-contact point-cloud capture with a configured ScanArm
- Fabrication/alignment and quality-control workflows
FARO Quantum Max FaroArm comparison with related models
The first comparison is FaroArm versus ScanArm. FaroArm contact probing is appropriate when discrete dimensional features and tactile measurement are primary. A ScanArm configuration adds dense laser scanning for surfaces and reverse engineering. Within Quantum Max, a 2.0 m arm provides the strongest published accuracy and lowest mass, while 4.0 m provides much larger access at a higher published error. The correct choice is therefore reach-versus-accuracy, not simply “largest arm.”
What is included?
Because the source listing does not specify the exact Quantum Max configuration, do not claim a universal package. Confirm arm length, 6/7-axis configuration, contact probe, laser line probe if any, calibration artifacts/certificates, batteries, charger, case, mounting hardware, computer/software license and 8-Axis option. The laser scanner should not be treated as included unless the exact LLP is listed.
Important limitations and buyer considerations
- The current product name is family-level and does not identify arm length, axis count or laser-line-probe model.
- A FaroArm and a ScanArm are not identical configurations.
- Accuracy varies with arm size and measurement method.
- Published LLP performance applies to the specified xR/xP/xS probe, not every scanner head.
- Calibration/certification condition is critical on pre-owned metrology equipment.
- Warranty information should be checked in FARONow!/seller documentation for the exact serial number and package.
Who should buy this exact model?
The FARO Quantum Max FaroArm is best for industrial quality, metrology and reverse-engineering teams that need portable measurement around large parts or machinery. Buyers should choose the exact size and probe configuration based on tolerance, surface coverage and workpiece access.
Authoritative technical and manufacturer resources
For this metrology system, match the exact arm length, axis count, probe/laser-line-probe configuration, calibration status and software entitlement.
FARO Quantum Max FaroArm technical quick answers
What sizes are available for the FARO Quantum Max FaroArm?
FARO published 2.0, 2.5, 3.0, 3.5 and 4.0 m nominal arm classes.
How accurate is the the Quantum Max arm?
Published contact-measurement error depends on size/configuration; for the 7-axis E model FARO lists 0.040 mm at 2.0 m through 0.100 mm at 4.0 m.
Does FARO Quantum Max always include a laser scanner?
No. Laser scanning requires a ScanArm configuration with a compatible laser line probe.
How fast can a Quantum Max ScanArm scan?
FARO’s published Quantum Max laser-line-probe specification lists up to 600 Hz and 1.2 million points per second.
Detailed FAQs
What does “3D FARO arm” mean?
It usually refers to a portable articulated measurement arm; it may use contact probing or a ScanArm laser configuration depending on the system.
What is the difference between xR, xP and xS?
They are laser-line-probe options with different accuracy, scan width, stand-off and depth-of-field tradeoffs.
Which arm length should I buy?
Use the shortest arm that can access the workpiece and measurement volume while meeting tolerance requirements.
What software is included?
Do not assume a software license from the arm family name. Confirm the exact FARO software/entitlement in the quotation.
How do I verify warranty or calibration status?
FARO’s FARONow! portal provides customer-specific product, certification, calibration and warranty information; also verify the seller’s written terms.
Relevant internal links
Use this product page together with the relevant category and quotation workflow on AI Robot Supplier. Additional model-to-model links should be added only after the exact live URLs are verified.
Request a B2B quotation
For a Quantum Max quotation, specify arm size, 6- or 7-axis requirement, contact or scanning workflow, laser-line-probe preference, software, calibration needs and destination.
