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The arm clamp of a medical surgical robot is a key component for achieving precise surgical operations, and its structural accuracy directly affects the stability and control precision of surgical movements. The client needs to perform a 3D scan of this arm clamp to obtain complete and high-precision 3D data, which will serve as a baseline for subsequent product optimization and design, laying the foundation for improving surgical instrument performance and ensuring surgical safety. Because the arm clamp has a delicate structure and the dimensions of critical details are very strict, the client requires extremely high scanning accuracy and data completeness. Traditional measurement methods are hard to meet these needs, so they chose the HOLON 3D Smart 49 handheld full-blue laser industrial-grade 3D scanner to provide reliable technical support for collecting digital baseline data of the arm clamp.
Scan the scene photo
Scan the scene photo
The arm clamp is small in size but has many tiny structures, like the gripping surfaces and joint connection holes. The accuracy of these details directly affects how reliable the reference data is. Traditional measuring tools struggle to capture these small features precisely, often leading to data errors or omissions, which can’t meet high-precision requirements. Since it’s a key part of surgical instruments, its surface might have delicate coatings or fragile structures, so contact measurements can easily damage the surface or deform the part, ruining its original state. On top of that, clients need complete data of the entire clamp for thorough design optimization. Traditional segmented measurements can cause errors when piecing data together, leading to inconsistent data that can’t fully reproduce the part’s structure, which seriously affects the accuracy of follow-up product improvements and designs.
Using the HOLON 3D Smart 49 handheld all-blue laser industrial-grade 3D scanner, we can specifically tackle the core challenges of scanning robotic arm clamps. This scanner features full-blue laser technology, offering ultra-high scanning accuracy, clearly capturing fine details like the flatness of the clamp's contact surfaces and the tolerance of joint connection holes, ensuring the data fully meets the customer's strict baseline requirements. Its non-contact scanning method avoids direct contact with the clamp surfaces and precise structures, effectively protecting the original state and surface coatings, and eliminating the risk of structural deformation. The handheld design is flexible and convenient, with almost no measurement blind spots, fully restoring the overall structure of the workpiece and ensuring data completeness. The high-speed scanning capability significantly shortens data collection time and quickly generates complete 3D data, which can directly serve as the design baseline. The resulting 3D data is precise and complete, fully meeting the customer's needs for subsequent product optimization and design, providing a solid digital foundation for performance upgrades and quality improvement of medical surgical robot arm clamps.
Scan Data Chart
Scan Data Chart
Scan Data Chart
