RVC-M2600-V2 · TRI-MODE 3D CAMERA

RVC M2600-V2Tri-Mode | Strong-Light and High-Reflection Resistant | Waterproof and Vibration Resistant

Tri-mode imaging: area scan, oscillating line scan, and fixed line scan for welding, cutting, grinding, outdoor positioning, 3D laser processing, and other automation applications.

RVC-M2600-V2 Line-scan structured-light 3D camera and scanning light field
Continuous scanning of large steel structures and robotic welding
01 / Key Challenges

Smart welding for steel-structure

Large-size workpieces with fixture positioning deviations exceed single-view coverage. Continuous acquisition needs trigger synchronization and pointcloud stitching.

Robotic cutting of a curved steel structure
02 / Key Challenges

Intelligent Saddle-Hole Cutting

Curved steel surfaces and assembly deviations alter the cutting position, while dust, moisture, spatter, and vibration may undermine long-term stability.

Outdoor robotic charging under strong sunlight and vehicle offset
03 / Key Challenges

Outdoor Charging Positioning

Variations in outdoor lighting and strong vehicle-body reflections pose challenges, while inconsistent vehicle parking positions and connector orientations place high demands on 3D positioning stability.

Robotic flexible grinding on a large pipe surface
04 / Key Challenges

Flexible Pipe Grinding

Manual grinding suffers from low efficiency, inconsistent quality and high programming complexity.

Product Features

Animated steel-structure welding and 3D point-cloud inspection results
Typical Point Cloud Examples/ Steel-Structure Seam-Finding Welding
Animated saddle-hole scan and color 3D point-cloud comparison
Typical Point Cloud Examples/ Intelligent Saddle-Hole Cutting
Animated outdoor charging-port capture and 3D point-cloud comparison
Typical Point Cloud Examples/ Outdoor Charging Positioning
Animated flexible pipe grinding and color 3D point-cloud comparison
Typical Point Cloud Examples/ Flexible Pipe Grinding

>400 Hz Fixed Line-Scan Hardware Trigger

Enables continuous acquisition with linear motion rails, supporting 3D scanning and point‑cloud stitching for large‑size steel structures.

Ambient‑Light Immunity > 600 000 Lux

The blue laser tolerates strong ambient‑light conditions and highly‑reflective metal surfaces to assist reliable weld‑seam trajectory detection.

IP67 Protection Rating

Handles outdoor glare, position changes, and complex environments to provide 3D pose data for robotic alignment and insertion.

Tri-Mode Imaging Complex-Curved-Surface Imaging

Imaging modes are selected according to workpiece conditions and motion profiles, delivering 3D data for path planning and trajectory compensation in flexible pipe grinding.

Typical Applications

Intelligent Welding

Intelligent Cutting

Outdoor Charging Positioning

Intelligent Grinding

Intelligent Loading & Unloading

Assembly Positioning

Intelligent Spray Guidance

3D‑Guided Laser Processing

PRODUCT PARAMETERS

Product Specifications

RVC-M2600-V2 Working distance and field-of-view diagram
ParameterRVC-M2600-V2
Basic Data
Camera Dimensions (mm)145×73.5×62
Camera Weight (kg)0.8
Baseline Length (mm)110
Camera Resolution1440×1080 (1.6M), binocular, grayscale
Light SourceBlue Laser
Data InterfaceGigabit Ethernet
Operating Voltage / CurrentDC 24V / 3.75A
SDK-Supported SystemsLinux / Windows
SDK-Supported LanguagesC / C++ / C# / Python
Performance
Working Distance (mm)400-1500
Depth of Field (mm)1100
Near FOV (mm)380×270 @ 400
FOV at Optimal Working Distance (mm)650×460 @ 700
Far FOV (mm)1350×920 @ 1500
Z-Axis Single-Point Repeatability (mm)0.01 @ 400 / 0.06 @ 1000 / 0.19 @ 1500
Z-Axis Area Repeatability (mm)0.008 @ 400 / 0.015 @ 1000 / 0.042 @ 1500
XY Resolution (mm)0.27 @ 400 / 0.65 @ 1000 / 0.98 @ 1500
Default Fixed Line-Scan Frame Rate with Hardware Trigger400 fps (configurable above 400 fps)
High-Precision Mode Capture Time (s/frame)0.8-2.2
Reliability
Housing ProtectionIP67 Protection Rating
Ambient-Light ResistanceOscillating Line-Scan >600,000 Lux
Vibration ResistanceSinusoidal vibration along three axes, 10–57 Hz, 1.5 mm amplitude, 3 hours per axis
Shock ResistanceHalf-sine pulse, peak acceleration 147 m/s² (15g), 11 ms duration, three impacts in each positive and negative direction of all three axes
Operating Temperature (°C)-20-50℃