High-precision
Automated Scanning
Automated multi-angle scanning covers complex workpieces up to 0.5 m.
Volumetric Accuracy:
0.015 mm + 0.04 mm × L (m)
Agile Motion:
6-axis, ±360° Movement
- Photos
Neu
Automatisiert
Flexibel
Metrohub 09YU: Robotic Blue Laser 3D Scanning System for High-Precision Scanning & Measurement
· Vollautomatische Kalibrierung
· Volumetrische Genauigkeit: 0,015 mm + 0,04 mm × L (m)
· Dreifach-Blaulaser-Erfassung
· Schnelle Scangeschwindigkeit bis zu 7.000.000 Punkte/s
· Zertifizierte 3D-Messung & Inspektion – erfordert Revo Measure (*nur Windows 10/11 unterstützt.)
· Agile Bewegung 6-Achsen, ±360° Bewegung
· Plug-and-Play-3D-Automatisierung
· Volumetrische Genauigkeit: 0,015 mm + 0,04 mm × L (m)
· Dreifach-Blaulaser-Erfassung
· Schnelle Scangeschwindigkeit bis zu 7.000.000 Punkte/s
· Zertifizierte 3D-Messung & Inspektion – erfordert Revo Measure (*nur Windows 10/11 unterstützt.)
· Agile Bewegung 6-Achsen, ±360° Bewegung
· Plug-and-Play-3D-Automatisierung
Save With Our Trade-in Program
Vorbestellte Geräte werden ab dem 22. Juni versandt. Software ist vom Umtausch ausgeschlossen, schnelle digitale Lieferung per E-Mail.
Features
Metrohub 09YU — MetroY Ultra 3D-Scanner, Vbot 9 Roboter und MetroBot Software für automatisiertes Scannen und Prüfen.
High-precision
Real-Time.
Intelligent Multiple Scanning Modes
34 cross-line, 15 parallel-line, 1 deep-hole laser and 62-line full-field structured light — up to 7,000,000 points/s, capturing dark, high-reflective & complex surfaces.
Automated Scan-to-Measure Workflow
Set once, scan repeatedly — Metrohub 09YU auto-scans batch parts and flows directly into Revo Measure for GD&T output.
On-Site Accuracy Verification
Place the *Ball Plate in MetroBot — Metrohub 09YU auto-scans, calculates, and confirms accuracy before every inspection.
*Included in the CMM Edition.
Detachable & Independent Scanning
MetroY Ultra detaches for standalone handheld scanning or mounts on Vbot 9 for fully automated robotic scanning.
6-Axis Force Sensing
Vbot 9's integrated 6-axis force sensors deliver real-time force feedback and precise force control for high-accuracy industrial applications.
Smooth Drag-to-Teach Setup
Pre-scan to verify robot paths, scan coverage, and data quality before committing to a full run.
Safe by Design
1N force sensitivity ensures collision-free human-robot collaboration — no safety fences required.
Fully Automated Calibration
Automated calibration workflow simplifies robot, 3D Scanner, and turntable calibration — eliminating human error for reliable, repeatable results.
Third-Party Development Kit
TCP/IP protocol enables seamless third-party integration for factory automation and batch inspection.
MetroBot — Plug-and-Play
3D Automation
Set up automated scans in minutes with drag-to-teach, CAD-to-path, or vision-to-path — no complex programming required.
Track Every Angle.
Trust Every Scan.
Global marker alignment builds a unified coordinate system — minimizing cumulative errors across multi-angle scans.
Fully Integrated with
Revopoint Software Ecosystem
Integrate with Revo Measure for one-click measurements, CAD comparison, and 10+ GD&T functions.
Abnehmbar & Flexibel
Der MetroY Ultra lässt sich für den Handbetrieb abnehmen – Roboterarm oder eigenständiges Scannen.
MetroY Ultra 3D Scanner
Detach the scanner for wireless, standalone scanning — ideal for complex structures, or any scenario where the robotic arm cannot reach. Maintains high-precision scanning accuracy in both robotic and handheld modes.
Learn More
Robot Vbot 9
Lightweight, 6-axis cobot with a 919 mm working radius and 1N force sensitivity for safe human-robot collaboration. Pairs seamlessly with the MetroY Ultra for automated multi-pose scanning across complex workpieces.
Learn MoreProfessionelle Lösungen
Automatisiertes 3D-Scannen
Planen Sie automatisch Mehr-Posen-Scanpfade über Blattoberflächen und Root-Merkmale mit KI-Kollisionsvermeidung – für eine vollständige 360°-Punktwolkenerfassung in einem einzigen Setup.
Additive Fertigung
Erfassen Sie automatisch Punktwolken von Überhängen, Gitterstrukturen und internen Hohlräumen – und generieren Sie STL-Daten für Modellreparatur, Prozesskompensation und Nachfertigung.
Gießen und Schmieden
Scannen Sie Guss- und Warmwerkstücke automatisch mit Echtzeit-Wärmekompensation – zur schnellen Identifizierung von Materialabweichungen, Schrumpfung und Oberflächenfehlern, um die Formkorrektur zu beschleunigen.
Kunststoffe
Automatisierte Inspektion für spritzgegossene, blasgeformte und tiefgezogene Teile – zur Erkennung von Schrumpfung, Verzug, Rückfederung und Konturverformung in der Serienproduktion.
Metallformung
Automatisches Scannen von Schweißnähten, Lochpositionen und Oberflächenprofilen an Karosserieteilen – Vergleich von Punktwolken mit CAD-Daten über offene TCP/IP-Schnittstellen zur Integration in die Fertigungslinie.
Batterieinspektion
Mehr-Posen-Roboterscanning erfasst alle sechs Seiten, Dichtungszonen und Anschlüsse prismatischer Batteriegehäuse – zur Erkennung von Ausbeulungen, Dellen, Dichtungsversatz und Maßabweichungen.
Lieferumfang
MetroY Ultra 3D-Scanner
Vbot 9 Roboter
Scanner-Kabel
(USB-C auf USB-C Kabel)
Netzteil
Marker × 1000
Kalibrierplatte
Kugelplatte
Roboter-Netzteil
Ethernet-Kabel
großer elektrischer Drehteller
T-förmiger Target-Stab × 8
Kabelklemme
Scanner-Adapter
Inbusschrauben-Set
Schlitzschraubendreher
Einstellstift
Dockingstation
Specifications
| Metrohub 09YU Robot 3D Scanning System | |
|---|---|
| Main components | Metrohub 09YU, Robot Vbot 9 |
| Metrohub 09YU Volumetric Accuracy① | 0.015 mm + 0.04 mm × L (m) |
| Scannable Object Dimensions | ∅500 mm × H 500 mm |
| Worktable Mounting Dimensions (L × W × H) | 90 × 90 × 80 cm |
| Robot Arm Operating Radius | 919 mm |
| Shipping Dimensions | 91 × 55 × 52 cm |
| Total Weight | 39 kg |
| MetroY Ultra 3D Scanner | |
|---|---|
|
MetroY Ultra
|
|
| Technology | Multi-line Laser Scan and Full-field Structured Light Scan |
| Scannable Object Size | Small to Medium |
| Single-frame Precision, up to | 0.01 mm |
| Single-frame Accuracy, up to | 0.015 mm |
| Volumetric Accuracy | 0.015 mm + 0.04 mm × L (m), L is the length of the object. |
| Fused Point Distance, up to | 0.05 mm |
| Working Distance | 200 ~ 400 mm |
| Single Capture Area at Nearest Distance | 152 × 138 mm at 200 mm |
| Single Capture Area at Furthest Distance | 332 × 276 mm at 400 mm |
| Minimum Scan Volume | 10 × 10 × 10 mm |
| Maximum Scan Volume | 2 × 2 × 2 m |
| Scanning Speed, up to | NVIDIA GPU: 90 fps CPU: 60 fps |
| Point Return Rate | Multi-line Laser Scan: 3,000,000 Points/s Full-field Structured Light Scan: 7,000,000 Points/s |
| RGB Camera Resolution | 2 Megapixels |
| Tracking Methods | Global Marker |
| 3D Light Source | 34 Blue Cross Laser Lines 15 Blue Parallel Laser Lines 1 Blue Deep Hole Single Laser Line 62 Line Blue Full-field Structured Light |
| Fill Lights | 12 Blue LEDs |
| CPU | 4 core ARM, 2.0 GHz |
| Built-in Chip Computing | Depth Computing |
| Buttons | 4 |
| Output File Formats | PLY, OBJ, STL, ASC, 3MF, GLTF, FBX |
| Ready to Print 3D Models | ✔ |
| Wi-Fi | 6 |
| Connector Type | USB Type-C to Type-C |
| Power Requirements | DC 12V, 3A |
| Scanner Weight | 450 g |
| Dimensions (L × W × H) | 211 × 94 × 47 mm |
| Special Object Scanning | Please use scanning spray when scanning transparent or specular surfaces in Laser Line modes. Using scanning spray is recommended when scanning transparent, black, specular, or highly reflective surfaces in Full-Field Structured Light modes. |
| User Recalibration | Yes |
| Robot Specifications | ||
|---|---|---|
|
Vbot 9
|
||
| Robot | Vbot 9 | |
| Load | 5 kg | |
| Working Radius | 919 mm | |
| Weight | 17.5 kg | |
| Number of Axes | 6 | |
| Maximum TCP Speed | ≤2.0 m/s | |
| Operating Temperature | 0°C ~ +50°C | |
| Storage Temperature | -10°C ~ +55°C | |
| Maximum Humidity | 0%~93%, non-condensing, non-frosting | |
| Noise level | ≤70dB(A) | |
| Control Type | Built-in | |
| Joint Range of Motion (ROM) | Axis J1 | ±360° |
| Axis J2 | ±135° | |
| Axis J3 | -170° ~ +140° | |
| Axis J4 | ±360° | |
| Axis J5 | ±360° | |
| Axis J6 | ±360° | |
| Single-Joint Speed | Axis J1 | 180°/s |
| Axis J2 | 180°/s | |
| Axis J3 | 180°/s | |
| Axis J4 | 180°/s | |
| Axis J5 | 180°/s | |
| Axis J6 | 180°/s | |
| Note 1. Volumetric Accuracy are acquired in a controlled lab environment. Actual results might vary, subject to the operation environment. 2. Class 2M Laser Safety Tips: (1) The product uses a Class 2M laser projector. Avoid looking directly at it at close range! Please refer to the Class 2M laser standard document for details. (2) To avoid retina damage, don't look directly into the laser beam through optical instruments capable of magnifying it (e.g., telescopes, and camera lenses). (3) To prevent laser reflection, avoid placing reflective surfaces like mirrors or glass in the path of the laser beam. 3. To ensure accuracy, it's recommended to use the product within an environment temperature range of 20℃ to 25℃ (68℉ to 77℉). 4. This product has flashing lights, which may not be suitable for people with photosensitive epilepsy. |
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FAQ
Does it support secondary development interfaces?
Yes. A TCP/IP-based software control protocol is provided, enabling you to program the robot scanner software to start, scan, stop, and acquire data.
Are other brands of industrial and collaborative robots supported?
No, other brands are not currently supported.
What's in the package?
MetroY Ultra 3D Scanner, Vbot 9, Robot Power Adapter, Electric Large Turntable, and MetroBot Auto Scanning Software.
Do I need to program and teach the robot?
No teach pendant is required. It supports manual drag-to-teach and 3D visualization-based teaching for intuitive, straightforward setup.
What is the core difference between the Metrohub 09YU and 09TR?
Both are built around the Vbot 9 6-axis collaborative robot but use different scanning technologies. The 09YU integrates the MetroY Ultra, combining multi-line blue laser and full-field blue structured light for fine feature capture and high-speed data acquisition. The 09TR integrates the Trackit SR optical tracking scanner, using blue laser with a Tracker for real-time positioning — enabling marker-free tracking and flexible turntable-assisted scanning.
How do Metrohub 09YU and Metrohub 09TR differ in accuracy and scanning efficiency?
(1) Accuracy: Metrohub 09YU provides volumetric accuracy of 0.015 mm + 0.04 mm × L (m) for precision detail capture. Metrohub 09TR provides 0.025 mm + 0.04 mm × L (m) for stable markerless scans.
(2) Speed: Metrohub 09YU reaches 3,000,000 points/s in multi-line laser mode and 7,000,000 points/s in full-field blue structured-light mode. Metrohub 09TR reaches 2,000,000 points/s for coordinated robot and optical-tracking acquisition.
How do the deployment requirements differ between Metrohub 09YU and Metrohub 09TR?
Both systems use the Vbot 9 6-axis robot for automated multi-angle scanning. Metrohub 09YU primarily requires the scanner, robot, and turntable. Metrohub 09TR also requires a Tracker, with the Scanner, workpiece, and turntable kept within the Tracker’s effective field of view.
Which software is used with Metrohub 09YU and Metrohub 09TR? Are their functions the same?
Metrohub 09YU uses MetroBot, while Metrohub 09TR uses TrackBot. Both support robot teaching, path simulation, automated scanning, ball-plate measurement, model post-processing, and one-click transfer to measurement software, covering the complete workflow from scan planning to data application.
What are the scanning-mode differences?
Metrohub 09YU supports laser-line and full-field scanning. Blue laser lines capture complex geometry and fine details for industrial measurement; full-field blue structured light reaches up to 7,000,000 points/s for rapid models.
Metrohub 09TR supports stationary and turntable tracking. Stationary tracking suits smaller workpieces; turntable tracking coordinates the Tracker, Scanner, robot, and turntable for larger-workpiece capture.
How do the scanning workflows differ?
Metrohub 09YU switches between laser-line and full-field high-speed modes according to the workpiece. A global-marker environment must be established before scanning for stable positioning and data stitching.
Metrohub 09TR manages the Tracker’s field of view, hand-eye calibration, robot teaching paths, and turntable coordination. In stationary tracking mode, the Tracker and workpiece must remain still during scanning.
How do I choose between Metrohub 09YU and Metrohub 09TR for different applications?
For precision dimensional inspection, CAD deviation analysis, fine feature capture, or high-speed scanning of small-to-medium workpieces, choose the Metrohub 09YU (volumetric accuracy: 0.015 mm + 0.04 mm × L(m); laser line & full-field blue structured light). For complex surfaces, deep holes, freeform parts, or on-site spot checks requiring optical tracking flexibility with minimal marker prep, choose the Metrohub 09TR. Both support automated inspection, reverse engineering, and quality control.