Custom precision medical 3D printing rapid prototyping parts
service
The healthcare industry needs high-quality, reliable and safe
components and products so that they can lead to healthier and
happier lives for all. At JYH, we have been working with large and
small, supplying high quality precision parts and prototypes. Our
rapid tooling and injection molding services also provide the
perfect solution for small and medium volume production and medical
grade materials.
How can the medical device industry use 3D printing
- ability to 3D print small, complex, and intricate part geometry
- capability to rapidly prototype in diverse production-grade
materials (high-temperature plastics, thermoplastics, and
elastomeric materials)
- quality certifications: ISO 9001:2015
- post-processing options such as heat treatment to improve
mechanical properties
- 100% visual inspection for each part
3D printing process flow table
Machining Step
| Description
|
| Design Preparation | Create or optimize a 3D model using CAD software, ensuring it meets
the specifications and requirements for printing.
|
| Material Selection | Choose the appropriate material based on the application, such as
plastic, metal, or resin, considering factors like strength,
flexibility, and finish.
|
| Printing Setup | Configure the 3D printer settings, including layer thickness,
printing speed, and temperature, according to the material and
design requirements.
|
| 3D Printing | The printer builds the part layer by layer according to the digital
model, using the chosen material and printing technology (e.g.,
FDM, SLA, SLS).
|
| Post-Processing | Clean and finish the printed part by removing support structures,
sanding, polishing, or applying surface treatments to achieve the
desired final appearance and functionality.
|
The application of 3D printing in the medical industry
Thanks to advances in additive manufacturing technology, the
medical industry is continuously utilizing printing technology to
produce a variety of innovative products. Instruments and surgical
devices are common medical applications, and 3D printing can be a
viable option for validation and validation testing.
Before moving to 3D printing in the medical field, below are the
advantages of CNC machining, and when it is most useful:
- A broad range of material choices, including production-grade
polymers and metals
- Highly scalable for situations where standard parts or components
are required
- Unparalleled accuracy
- Fast production once development and setup stages are completed
(these stages can require longer lead times for initial production
runs).
Precision medical 3D printing rapid prototyping parts offers
several significant advantages:
Customization: Allows for patient-specific designs, allowing the
creation of customized implants and surgical tools tailored to
individual anatomy.
Speed: Rapid prototyping greatly reduces the time required to
develop and test medical devices, speeding up the innovation
process.
Complexity: The ability to produce complex geometries and detailed
structures that are difficult to achieve with traditional
manufacturing methods.
Cost-effective: Reduces material waste and expensive tooling
requirements, making it a cost-effective solution for prototyping
and small batch production.
Biocompatibility: Use materials that can be safely used in medical
applications to ensure compatibility with the human body.
3D printing post processing available
Name
| Description
|
| sandblast | The main function is to remove dirt and rust on the surface of the
workpiece, increase the adhesion of the surface of the workpiece,
and prepare for the subsequent surface treatment
|
| wire-drawing | Pass the material through the upper and lower sand belts and pull
out the material surface traces
|
| Oil injection | Liquid paint and self-drying paint are suitable for some precision
products
|
| product | Electroplating is to attach a layer of other metals on the surface
of the material to increase the corrosion resistance of the metal
and achieve a certain beautification effect
|
| anodizing | The formation of a dense protective film on the surface of the
workpiece to increase the corrosion resistance of the workpiece
generally has two methods: chemical oxidation and anodic oxidation
|
Screen printing
| The process of screen printing various marks on the surface of a
material
|
FQA:
1: What are the elements of your offer?
Samples or drawings, materials, finishes and quantities.
2. How do we guarantee quality?
There are always pre-production samples before mass production;
Always carry out final inspection before shipment;
3. What can you buy from us?
CNC Precision Parts, Injection Mold Plastic Parts, Aviation Parts,
Medical Equipment Parts, Automotive Parts, etc.
4.I want to keep our design safe. Can we sign the NDA?
Of course, we can sign a confidentiality agreement.
Our workshop
Shipping way:
QC ensure the qulity
Customized 3d ABS Resin Prototypes Printing Service And 3d Design
Drawing Prototype,JYH is your best partner!
