Expert in customizing high-precision medical parts.
Strictly implement the ISO13485 medical device quality management system to ensure the safety, reliability and precision of parts.
Good at processing high-precision micro parts on surgical robots, with a minimum wall thickness of 0.05mm, a minimum hole diameter of 0.1mm, a minimum groove width of 0.15mm, and a minimum thread of S0.5.
Our medical robot parts are machined with multiple imported five-axis, four-axis and three-axis machining centers and CNC engraving machines. Equipped with three-dimensional, 2.5-dimensional projectors, metal analyzers, and other high-precision inspection instruments, whether in terms of process, accuracy, or quality, we can provide cost-effective solutions.
We mainly provides parts such as operating arms, surgical instruments, pliers, scissors, joints, gears, joint nuts, etc. that can process a variety of robots. It has supplied parts to 50 internationally renowned medical brands and supports customized processing of multiple varieties and small batches of surgical robot parts.
Structural Parts
Appearance Parts
Fastening Parts
Surgical Instrument Parts
Whether it is materials that require repeated sterilization or biocompatibility, they can be processed with high precision, safety and stability, and are traceable!
The main materials we process include:
Stainless steel SUS304, 304L, 316, 316L, 630, aluminum 5052, aluminum 6061, aluminum 6063, polymer plastic materials ABS, PC, PA, POM, PP, PEEK, PEI, in addition, there are titanium alloy, alloy steel and ceramics, etc.
Small
The minimum hole diameter can be 0.1mm, and the minimum groove width can be 0.15mm.
Thin
The minimum wall thickness can be 0.05mm
Refined
The smallest thread can be S0.5
Let AbleMed supply you with medical robot parts from now on!
What is an orthopedic surgical robot?
Orthopedic surgical robots are mainly passive (the robot system itself does not perform surgical operations and the doctor is completely autonomous) and semi-active (the doctor and the robot operate together). The system includes a navigation and positioning system, a surgical planning system and a robotic arm execution system.
Spine surgical robot: The current main clinical procedure is pedicle fixation. The robotic arm autonomously completes or guides the doctor to complete the implantation channel drilling operation.
Traumatology orthopedic surgical robot: automatic surgical planning technology based on geometric constraints. Optical tracking navigation system: high-precision robot control technology for real-time three-dimensional navigation and dynamic tracking feedback.
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