|
Basic |
Standard |
Verbessert |
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Montageverfahren |
Ende der Roboter-Faraday-Scheibe |
Ende der Roboter-Faraday-Scheibe |
Ende der Roboter-Faraday-Scheibe |
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Bildgebung |
2D (200W Pixel) |
2D (500W Pixel) |
2D (1600W Pixel) + 3D |
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Sichtfeld |
260 × 200 mm |
420 × 330 mm |
880 × 500 mm |
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Genauigkeit der Positionierung |
0,5 mm |
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Schärfentiefe |
5 mm |
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Lichtquellentyp |
Infrarotlicht, weißes Licht, blaues Licht, rotes Licht |
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Layout: System status monitoring on the left, visual identification display in the center, operation control panel on the right.
Interaction: drag-and-drop task programming, 3D visual preview, one-click start/pause.
Indicator light: Dark blue as the primary color, with high-contrast warning red and green.
Visual positioning technology, with its core advantages of "high precision, high speed, non-contact operation, and strong stability", has been deeply integrated into multiple fields such as manufacturing, logistics, new energy, and 3C electronics. It primarily addresses scenario-specific needs of "being able to find, place accurately, and see clearly"—namely, issues like target positioning, attitude calibration, and coordinate matching.
Anwendungen
3C Electronics Industry
In the 3C electronics industry, components of 3C products are small in size and require high precision, making visual positioning a core support for automated production.
Positioning for shell/structural part processing: Before CNC milling, grinding, and drilling of mobile phone middle frames and laptop casings, visual positioning is used to identify the workpiece contour or reference holes, compensating for clamping errors to ensure processing accuracy.
Automotive Manufacturing Industry
In the automotive manufacturing industry, there are numerous auto parts and complex assembly processes, and visual positioning significantly improves production efficiency and consistency.
Component Assembly Positioning: During the assembly of engine blocks/cylinder heads, the assembly of transmission components, and the installation of seats/instrument panels, visual positioning is used to calibrate the posture of components, ensuring that assembly tolerances meet requirements.
New Energy Industry
In the new energy industry, extremely high requirements are placed on positioning accuracy and stability, making visual positioning a key factor in improving quality and efficiency.
Lithium Battery Production: Electrode Cutting/Slitting Positioning: Visual positioning identifies the edge of the electrode and the position of the tab, guiding the cutting equipment to process accurately and avoiding burrs and dimensional deviations.
Highlights
1
Based on different design requirements, it can meet the positioning and guidance needs of most users.
2
The visual photography beat can be achieved within 1s, and then the time of the robot's travel trajectory is calculated, which can meet the needs of uninterrupted production and processing while the robot is preparing materials and waiting.
3
It can be equipped with quick-change tooling system to switch between multiple products. It can also be designed with dual grippers for simultaneous material removal without interference.
4
Different cameras and manipulators can be configured to meet diverse customer needs, depending on the field of view and precision requirements.
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