endoscopic robot parts
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.

Our primary focus is on machining various parts for robots, including operating arms, surgical instruments, clamps, scissors, joints, needles, gears, joint nuts, and more. We have supplied parts to over 50 internationally renowned medical brands, supporting the customization of surgical robot parts with diverse varieties and small batch quantities.


Surgical Forceps


Surgical Grasping Forceps


Optical Lenses


Rapid Assembly

Whether it is materials that require repeated sterilization or biocompatibility, they can be processed with high precision, safety and stability, and are traceable!

We primarily use the following materials for machining parts for surgical robots:

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.



The minimum hole diameter can be 0.1mm, and the 

minimum groove width can be 0.15mm.



The minimum wall thickness can be 0.05mm


The smallest thread can be S0.5

Let AbleMed supply you with endoscopic surgical robot parts from now on!

 Medical Surgical Robot Manufacturing

What is an endoscopic surgical robot?

Endoscopic surgical robots combine endoscope and robotic technologies. Most systems can be compatible with the hospital's existing endoscopic equipment and pass through its working channel to provide doctors with flexible and precise endoscopic surgical operations.

It can be applied in many surgical fields, common ones include urology, gynecology and surgical tumor resection.

Benefiting from technological advancements and the continuous demand for minimally invasive surgeries, the endoscopic surgical robot market has experienced significant growth. More and more robot companies are grabbing market share in this field, and the overall quality of robots is also being further tested.

What are the precautions for processing endoscopic surgical robot parts?

High precision requirements: Surgical robots have very high precision requirements. Parts need to meet strict requirements in terms of size, surface finish, assembly accuracy, etc., and must have advanced processing technology and equipment, as well as experienced engineers and technicians.

Material selection: Surgical robot parts require excellent chemical properties and mechanical strength so that they are not affected by repeated long-term sterilization. In addition, materials that are biocompatible and have sufficient strength need to be used for parts that come into contact with human tissue. .

Complexity and geometry: A large part of robot parts have complex shapes, such as curved surfaces, special shapes, and arcs. Such parts are usually processed with better equipment and require high processing technology.

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