More and more large brand companies turn to work with KAIAO to assist design and development in medical devices,we supply powerfully the healthcare devices, a range of medical equipment and monitors and prosthetics by offering custom rapid prototyping no minimum order from one single prototype and low volume production services to meet the special needs in the medical industry.
We know every day counts when developing new products to quickly react the feedback between the users and designers, for manufacturing fitness tracker,medical enclosure ,drug delivery devices,health monitors and other medical equipment we're not only fabricating the products but also saving life there’s no room to make a digital mistakes ,we're proud our team on our quick response timing,on-time delivery,well-controlled quality and strict material verification during every stage of prototypes manufacturing from CNC program making,machining or surface treatment, it's worth to do it on personality. We get good feedback from our partners.
To meet the requirement for the innovation in medical industry, at Kaiao, we offer CNC Milling and CNC Turning service , CNC Lathe Service ,3D Printing Service ,Vacuum casting Service (Duplicated casting Service) and Plastic Injection Molding Service for Low Volume Production and rapid prototyping services.
Our high quality CNC Machining rapid prototyping process is able to satisfy the needs of the growing robotics sector.
Using CNC milling solution to custom produce the robotic plastic parts and robotic metal parts. We create your custom robotics parts from your design. CNC machinery robotic parts like robotic gear,camera plastic housing,and other robotic component like aluminium robotic plate, battery case as robotic parts.
Due to low cost and short time tooling making the vacuum casting (cast urethanes) is one perfect rapid prototyping service for quality low volume manufacturing. Vacuum casting is one common process using in robotic industry to cast the plastic robotic components.We’re the reliable custom manufacturer providing vacuum casting service for your robotic parts.
Our in-house sheet metal manufacturing prototyping service allows us to make the aluminium medical parts ,brass medical components, steel medical device components, combined our other solution laser cutting service, we’re no problem to fabricate the metal bracket aluminium box steel plate for your medical parts . We use the sheet metal solution to bend the metal parts in stainless steel,copper,brass, aluminium plate to shape the parts for medical device innovation.
Plastic injection molding is a fabrication process for low volume especially large volume production plastic parts in wide range of materials.
The plastic injection molding help industrial robotics also with competitive unit price and high quality. The robotic plastic parts with double or more separate parts where joined together it called as plastic over-molding process ,which can meet more cosmetic needs or more function. Send us a inquiry to custom made injection molded plastic robotic components and relative robotic parts.
| image | Name | Description | Materials | Color | Texture | Link |
| Anodizing | This technique significantly enhances the corrosion and wear resistance of medical components. | |||||
| Powder Coating | Opting for powder coating proves advantageous for medical devices due to its inherent antimicrobial properties. It fosters the essential hygienic and sterile environment crucial in the medical sector. | |||||
| Electroplating | Electroplating serves as a dual-purpose finish, augmenting medical products' visual allure and corrosion resistance. Moreover, it bolsters their mechanical attributes, thereby enhancing overall durability. | |||||
| Bead Blasting | Bead blasting contributes to the aesthetic enhancement of medical devices while concurrently minimizing wear and tear. This augmentation extends the operational lifespan of these components. | |||||
| Passivation | The passivation process expels particulate matter from medical components, mitigating the likelihood of future corrosion. This procedure ensures commendable corrosion resistance in the resultant products. | |||||
| Heat Treatment | Implementing heat treatment plays a pivotal role in enhancing medical devices' corrosion resistance, strength, and biocompatibility. |