- Suitable for scaling from 1-10000 parts
- Offers wide variety of material
- Provides high precision tolerances
Supercharge your development cycle of prototype - test - repeat. Karkhana.io provides you access to quick turn around for high quality prototyping in 20+ metal alloys and 50+ industrial-grade plastics.
Do not compromise on customised features that are tailored to your modern product applications. Implement low-volume pilot or short-term production runs.
Our design for manufacturability (DFM) feedback will enable you to design and iterate quickly and efficiently. Use our Engineering team like your own to discuss and finalize a part that Karkhana.io can produce. Get parts in 1 day
Challenges with Quality and multiple reworks are quite a bummer for fast moving teams. With two stages of quality inspection and constant communication on project status, Karkhana.io ensures that you receive parts right the first time, every time.
You get in-depth insights to improve your design for manufacturing, choose the right material and get fair pricing for fabrication.
Instantly access the production capacity of over 150+ manufacturers with wide-ranging capabilities and certifications across India from your desktop.
CNC machining is a vitally important manufacturing process for the medical industry. From surgical tools to bedside monitoring devices to hip implants, machined parts can be found throughout the world of healthcare. Common materials for machined implants : Titanium alloys such as Ti6Al4V, Cobalt-chrome alloys, Stainless steels, Polyether ether ketone (PEEK), surgical steel (AISI 316L)
Hip implants, Spine implants, Knee implants
Handles, Cutters, Saws
Forceps, Holders, Clamps, Spacers
Implantable components
Beakers, test tubes and other containers
Housings and casings for medical and laboratory equipment
Drug delivery equipment and components
Combined with 3D imaging technologies, additive manufacturing allows for custom with reduced design and development time. Used for surgical guides (conjoined twins separation) and prosthetics are two of the most common areas this technology is used.