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简体中文 Hanryk CNC Machining Services for Medical Devices
Hanryk®: Your One-Stop CNC Precision Machining Service Partner For Medical Industry
The healthcare sector requires reliable, safe, and top-notch components, devices, and goods to promote wellness and happiness for everyone. Hanryk collaborates with medical equipment makers to provide them with exceptional precision components and prototypes. Our manufacturing capabilities include CNC machining, sheet metal fabrication, die casting, and injection molding. Additionally, our rapid injection molding and tooling services provide an excellent solution for producing small to medium quantities of medical-grade materials.
Benefits of Hanryk® CNC Machining Services for Medical Devices
- Our ISO 9001:2015 accreditation ensures that our medical components offer maximum performance.
- Thanks to our advanced CNC machining, we can provide precision medical parts with close-tolerances (±0.001mm) within one week, meeting your strict requirements.
- We have extensive experience working with various materials, including metals, alloys, composites, and plastics.
- Our expert engineers and specialized technicians closely monitor every stage of your product machining project.
- We offer comprehensive services from design to finishing, including heat-treating, painting, plating, cleaning, and testing.
- Your project’s privacy is fully protected, and we guarantee the safety of your export-controlled projects.
16+ Years
Manufacturing experience
70M+ Parts
We had finished
2000+ Clients
Over the world
100%
Inspection before shipment
HANRYK®: A Professional CNC Machining Parts Manufacturer For Medical Devices From China
For over 16 years, Hanryk has been a leading medical CNC machine shop in China, dedicated to producing precise medical parts. Our proven techniques ensure that every project we undertake is of the highest quality, performance, and reliability. Our technicians have extensive experience in a wide range of specifications related to therapeutic equipment, surgical implants, prosthetic devices, diagnostic instruments, and other tools.
Our advanced equipment includes CNC machines (3-axis/4-axis/5-axis and more), CNC lathes, Swiss screw machines, EDM machines, CMMs, and more, making us capable of handling any medical machining project. We have expertise in working with materials recognized by the medical industry, which can be sourced from our network of subcontractors or your approved vendor who can provide actual mill certifications.
Machining requirements for the medical sector demand precision and careful attention throughout the manufacturing process. Whether it is a housing or complex internal components for equipment ranging from MRI machines to cardiac pacemakers, Hanryk focuses on delivering the highest level of machining for every medical equipment component.
Hanryk's Diversified Capabilities Of Medical Device Parts Production
CNC Turning Services for Medical Machinery Parts
Our CNC machining factory specializes in providing precision CNC turning services using state-of-the-art technology that is ideally suited for medical parts requiring high rotational symmetry. For instance, the orthopedic industry demands CNC machines that can produce intricate shapes.
Our CNC turning process includes a variety of techniques such as cutting, knurling, facing, forming, threading, broaching, drilling, and boring. Our 5-axis CNC lathe is equipped with CAD software and multiple high-speed spindles to ensure efficient production and tight tolerances. This leads to faster production times and greater precision.
3/4/5-axis CNC Machining
When it comes to creating complex geometries for medical equipment, it's important to use the right machining techniques. That's why we recommend 5-axis CNC machines for this task. While some manufacturers claim to offer true 5-axis simultaneous machining, they often rely on 3+2 axis (two axes for positioning and three for machining) or 4+1 axis (one axis for positioning and four for machining) methods. At Hanryk, we guarantee true 5-axis simultaneous machining for all your needs.
CNC Milling for Medical Device parts
Our CNC milling services are well-suited to meet the diverse requirements of the medical industry, as we are capable of creating designs that range from simple linear shapes to complex and intricate geometric contours. With the ability to perform simultaneous cuts on different axes, CNC milling is an ideal application for producing parts for medical implants, minimally-invasive surgeries, and other medical procedures. Our state-of-the-art horizontal and vertical mill machines, combined with our precise engineering techniques, allow us to achieve an optimal balance between accuracy and speed, ensuring rapid production of high-quality parts.
CMM Inspection for Precision and Safety in Aerospace Engineering Projects
Given the critical nature of precision and safety in the medical industry, it is imperative to conduct CMM inspection on all medical tools. This service guarantees that your CAD models, as well as 2D drawings, are accurately and reliably met, ensuring the highest levels of precision and safety.
To deliver accurate measurements of medical parts along the X, Y, and Z-axis, we employ a range of vision and contact CMM systems within our temperature and humidity-controlled laboratory. This enables us to provide precise measurements of medical parts and ensure they meet the highest standards of precision, reliability, and safety.
Hanryk® CNC Precision Machining Manufacturing. With 16+ Years Experience
Precision Machining Components/Parts We Can Manufacture for Medical Usage
- Denture Models
- Dental Scalers
- Spinal Fusion Cages
- Cardiac Pacemaker Parts
- Maxillofacial Devices
- Bulkhead
- Mandibular Joint Replacement Devices
- Catheters
- Vertebral Hooks
- Bone Screws
- Bone Plates
- Locking Pins And Nails
- Acetabular Balls
- Implant Abutments
- Handles
- Flexure
- Respirator Components
- Expandable Rib Cages
- Hemodialyzer Parts
- Defibrillators
- Peristaltic Pump Components
- Tunnellers
- Artificial Knees
- Connectors
- Valves
- Stents
- Artificial Limbs
- Spacers
- Clamps
- Holders
- Forceps
- Saws
- Surgical Scissors
- Cough Assist
- Capstan
What Materials Work Best for Custom Medical Parts & Accessories?
Orthopedic surgery often requires the use of titanium and its alloys, particularly in procedures involving limb and cranial reconstruction. These materials are used to produce a range of internal fixation devices, such as artificial joints, skull and dura implants, teeth, dental braces, and crowns.
Cobalt alloys, on the other hand, are better suited for manufacturing long-term implants that are exposed to heavy in vivo loading conditions. They are commonly used to create artificial hip and knee joints, joint fasteners, bone plates, nails, and pins.
Stainless steel is commonly used in the production of medical devices that prevent fractures, including surgical knives, scissors, hemostats, needles, artificial joints, internal fixation devices for fractures, orthodontic appliances, and artificial heart valves.
Medical precious metals, including gold (Au), silver (Ag), platinum (Pt), and their alloys, are often used to make implantable electrodes or electronic detection devices due to their excellent electrical conductivity. These materials are sometimes referred to as “medical precious metals.”
Medical-grade plastics play an important role in the manufacture of various medical devices, such as prostheses, syringes, catheters, and IV connectors. Among the most popular medical-grade plastics are polyethylene, polypropylene, PVC, and polycarbonate.
Polyethylene is a cost-effective option that offers excellent impact and corrosion resistance, as well as structural integrity during sterilization cycles. This makes it an ideal material for the production of prostheses.
Polypropylene, on the other hand, is known for its stress, crack, impact, and fatigue resistance. It is commonly used in the manufacture of disposable syringes, oxygenator membranes, prescription bottles, connectors, and knuckle prostheses.
PVC is another durable, strong, and rigid material that is well-suited for medical applications. It is often used in the production of hemodialysis devices, catheters, cardiac catheters, and prosthetic materials.
Polycarbonate, which has good heat resistance and biocompatibility, is a suitable option for the production of medical components like IV connectors for renal dialysis and cardiac surgery.
Overall, these medical-grade plastics offer a range of benefits that make them ideal for various medical applications, providing both cost-effectiveness and high-performance properties.
Hi. We just got new sample products. All machining parts meet requirements. Delivering parts on time and with great accuracy is crucial in the aerospace industry. Thank you for your excellent service and we look forward to continuing our business relationship with your company.
Daniel Nguyen Procurement Manager