Inkbit - Constructing Electrical Connectors and Housings with high production volumes and low-labor post-processing
A manufacturer of high density interconnection products is investigating using Additive Manufacturing methods to produce specialized connectors. Additive Manufacturing could allow the company to supply semi or fully custom connector designs to customers at production volumes that are not cost-effective to mold.
Fill up the form below and we will send you the data sheet by e-mail.
Inkbit - Constructing cost-competitive Split Sprocket with Mating Features
An industrial automation systems supplier is making components for a customer project. Their projects contain many unique parts that are needed in low to mid volume.
Tooling for injection molds is expensive at these volumes, driving them to machine most components. However, machining is relatively expensive and results in parts that are often bulkier and heavier than needed.
This has led them to pursue making these components using Additive Manufacturing.
Fill up the form below and we will send you the data sheet by e-mail.
Inkbit - Constructing static mixers with excellent chemical compatibility and significant cost savings
A supplier of fluid handling products is developing a new reactor system that requires a high efficiency static mixer. Most static mixing elements are molded, which has geometric limitations that reduce performance.
High performance static mixers are difficult to produce, therefore they are costly and come in limited sizes and materials.
Fill up the form below and we will send you the data sheet by e-mail.
Upload your design and select your requirements.
We will check your submission as soon as possible. Then we will print, process and ship your parts to you.
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