Intelligent Needle Butler-Q9-12
Intelligent Needle Butler-Q9-12
• Model: Q9-12
• Dimensions (L×W×H): 850 × 430 × 1650 mm
• Weight: 120 kg
Features:
• Uses a 15.6-inch industrial touch screen.
• Equipped with the latest AI facial recognition technology for live body detection.
• Configured with 12 machine needle export channels.
• Needle detection length precision, with a margin of error less than 0.5 mm.
• Facial recognition database stores more than 1,000 faces.
• Equipped with two electronic password locks and dual-speaker voice prompt system.
• Power: AC 220V, power consumption less than or equal to 90W.
Product Function Overview:
• Safety first, prevention is key! Automated management, no need for manual supervision! The operation process takes only 18 seconds, improving management efficiency and reducing intermediate costs or direct expenses.
• The device uses a high-definition recognition camera system to identify the needle model and perform face recognition for staff members.
• It can automatically describe and diagnose needle breakage with high precision. If the needle does not meet the requirements, the machine will provide voice prompts and block the needle from being issued.
• Automatically generates EXCEL intelligent data, identifying the batch number, model, serial number, and process name.
• Data can be retrieved and stored at any time and can be exported via a USB interface to U-disks.
• It can be connected to the factory network, and reports can be checked via the back-end system on any computer in the factory.
• The independent old and broken needle recovery system ensures 100% recycling of old and damaged needles.
Unique Technical Parameter Explanation:
• Made with a 2.5mm steel plate in one piece, the exterior corners of the main body are designed with R50 rounded corners for a sleek appearance. The body uses a white texture coating, making it durable and scratch-resistant.
• The unique patented needle-removal mechanism (patent number ZL2022 2 2986729.3) adopts a rotating design, allowing the needles to fall freely without being affected by external forces.
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