Medical Screws Visual Optical Sorting Machine

NINGBO LANCEINDUSTRIAL CO.,LIMITED provides professional medical visual inspection and sorting machines for the medical device industry, specifically designed for selecting screws, nuts, bolts, and other fasteners that meet verification standards. The Medical Screws Visual Optical Sorting Machine is adapted to large-scale production needs and meets the high yield standards of the medical device industry. It is particularly suitable for inspecting critical components in medical equipment. It primarily achieves rapid detection of appearance, size, and quality defects in medical screws through high-precision imaging and automated processing.

Technical feature

The Medical Screws Visual Optical Sorting Machine utilizes multiple CCD lenses to achieve top-down, bottom-up, and surround inspection, covering the outer circumference, upper and lower end faces, and threaded areas. A glass turntable stably places the work piece, preventing mechanical damage. It allows for data recording and traceability, counting the total number of screws per shift and the number of defective products, and generating inspection reports.

Advantages

The Medical Screws Visual Optical Sorting Machine is equipped with high-precision sensors and multi-angle imaging capabilities. We offer customization services to meet specific customer needs, supporting non-standard customization to accommodate the testing requirements of medical screws of different sizes. It also supports high-precision testing, capable of detecting key parameters such as screw head width, height, root diameter, pitch, and thread depth with an accuracy of ±0.001mm. It can identify thread defects (such as skewed threads or rolled threads), thread concentricity, length deviation, and plating condition.

LANCEINDUSTRIAL’s CCD Visual Optical Sorting Machines are used in the medical equipment industry and have received positive feedback from customers. If you also have testing needs for medical-related products, please feel free to contact us.

Q&A

Question: What products does the Medical Screws Visual Optical Sorting Machine mainly inspect?

Answer: This device is mainly used for inspecting and sorting medical screws, nuts, bolts, etc. It is suitable for large-scale production scenarios in the medical device industry, especially for the quality inspection of key components of medical devices. It can meet the high qualification rate standards of the industry and help enhance the safety and reliability of medical devices.

Question: What is the detection range and accuracy of the equipment?

Answer: The equipment's detection accuracy is ±0.001mm. It can measure key parameters such as the width, height, and root diameter of the screw head, and can also identify defects such as screw thread skew, rolled teeth, concentricity deviation, length deviation, and poor electroplating. It achieves comprehensive detection through multiple CCD lenses, covering the outer circumference, upper and lower end faces, and the threaded area of the screw, with no blind spots in the detection.

Question: During the detection process, can the equipment avoid damaging the medical screws?

Answer: Yes. The equipment uses a glass turntable to place the workpiece stably, which can effectively prevent mechanical damage and protect the medical screws from being damaged. At the same time, it is equipped with high-precision imaging and automated processing, which can not only achieve rapid detection but also ensure the integrity of the workpiece during the detection process, meeting the strict quality inspection requirements for medical components.

Question: Can the equipment be compatible with different specifications of medical screws?

Answer: We can provide non-standard customization services. According to the specific needs of the customers, we can adapt to the detection requirements of different-sized medical screws. At the same time, the equipment has the function of data recording and traceability. It can count the total number of screws per shift, the number of defective products, and generate a detection report, meeting the quality inspection and traceability requirements of the medical device industry.