Medical five-axis parts
We specialize in parts manufacturing for medical industry customers!
Our 5-axis machined parts follow strict medical manufacturing standards in terms of precision, workmanship, and quality.
Strictly implement the ISO13485 medical device quality management system to ensure the safety, reliability and precision of parts.
Good at processing special-shaped and curved surface parts for medical equipment. The machining accuracy can reach the industry-leading tolerance of ±0.005mm.
We have multiple five-axis machining centers imported from Japan, equipped with three-dimensional, 2.5-dimensional projectors, metal analyzers and other high-precision inspection instruments. We are deeply involved in equipment parts in the medical industry. Whether it is precision, quality or workmanship, we With rich experience in five-axis machining, we can satisfy customers with both quality and delivery.
Traceable Materials.
5-axis medical parts support repeated disinfection and sterilization, biocompatibility, high-precision, acid, and alkali corrosion resistance.
Our five-axis processing materials mainly include:
stainless steel SUS304, 304L, 316, 316L, 416, 430, 430F, aluminum 5052, aluminum 6061, aluminum 6063, plastic ABS, PC, PA, POM, PP, PEEK, in addition, There are titanium alloys, copper, cobalt, alloy steel, magnesium, nickel and other hard alloys.
Stainless Steel
Aluminum Alloy
Titanium Alloy
Magnesium Alloy
Our five-axis machined parts are mainly used for:
Five-axis parts of treatment equipment:
medical robots, gastric lavage machines, microsurgery equipment, surgical equipment, electrotherapy equipment, dialysis equipment, etc.
Five-axis parts of diagnostic equipment:
endoscopes, X-ray machines, CT, MRI, ultrasonic diagnostic machines, etc.
Five-axis parts of monitoring equipment:
electrocardiograph, sphygmomanometer, ventilator, etc.
It can provide five-axis processing of various parts for medical equipment, including five-axis processing of structural parts, appearance parts, connectors, fasteners and various non-standard custom parts.
Structural Parts
Transmission Parts
Connecting Parts
Customized Parts
1. Surface treatment of medical five-axis parts
Brushing, polishing, anodizing, sandblasting, laser engraving, electroplating, electrophoresis, chromating, powder coating and painting.
2. Materials that comply with Rohs, Reach, and 10993 biocompatibility
Purchase materials through formal channels and conduct 100% incoming material inspection. Provide third-party MSDS reports, Rohs, Reach and 10993 biocompatibility reports. Ensure that parts are of reliable quality, safe and stable, and materials are traceable to protect medical safety and customer rights.
3. Committed to providing 100% qualified parts
With the help of the ISO13485 medical device quality management system, each production link will be strictly verified and pass the quality inspection of three-dimensional, two-dimensional, altimeter, micrometer, imager and other precision instruments to ensure that from manufacturing to quality inspection to shipment, each The yield rate can be ensured in a timely manner at every step, and the dimensions meet the customer's drawing requirements.
4. Support multi-variety, small-batch custom orders
The order characteristics of medical customers are small orders of multiple varieties. Without rich experience in five-axis parts processing in the medical industry and general manufacturers that have not formed such a production system, it will be difficult to provide cost-effective products in terms of cost and time. Five-axis machining solution
surface treatment
biocompatibility
Strictly implement ISO13485
Quality inspection
Let AbleMed supply you with medical five-axis parts from now on!
What is five-axis machining?
Five-axis machining (5 Axis Machining), as the name suggests, is a mode of CNC machine tool processing. Using linear interpolation motion of any five coordinates among X, Y, Z, A, B, and C, the machine tool used for five-axis machining is usually called a five-axis machine tool or a five-axis machining center.
The use of five-axis machine tools to process workpieces is often referred to as five-axis machining, and can be divided into two types of processing: five-axis simultaneous machining and five-axis indexing machining. Five-axis linkage processing: X, Y, Z, B and C axes can move and process at the same time. Five-axis indexing processing: The machine tool tilts or rotates on the B-axis or C-axis in advance, and then uses 3 axes (X, Y and Z) and the B or C-axis to perform 4-axis processing at the same time.
Which medical parts are suitable for five-axis machining?
The five-axis manufacturing process is suitable for medical parts that require high precision, complex shapes and strict tolerances, such as: complex curved workpieces, special-shaped workpieces, plate workpieces, discs, sleeves, shaft parts, inclined grooves and inclined holes, honeycombs, blades and other shapes of parts.
Quality and precision are non-negotiable when manufacturing medical devices, and the high-precision capabilities of the 5-axis manufacturing process help produce implants, devices, and other devices to meet stringent medical requirements. Most medical parts are precision and complex. 5-axis technology provides an efficient and cost-effective method for producing these parts.
How to choose a five-axis processing manufacturer?
Examining the equipment and processes of five-axis processing manufacturers, the processing of five-axis parts requires a high degree of technology and experience. Only manufacturers with professional technical standards and rich experience can provide high-quality products.
It is necessary to choose manufacturers with quality management systems and quality standards to ensure that products meet customer requirements and standards. Corresponding system standards can reduce the probability of trial and error of defective products.
It is necessary to choose manufacturers with quality management systems and quality standards to ensure that products meet customer requirements and standards. Corresponding system standards can reduce the probability of trial and error of defective products.
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