Ceramco, Inc.

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  | Summary | LPIM | HPIM | microPIM | Additive

Additive Macro Images

Product Manufacturing…
Additive (3D Printing) Ceramic Components

Rapid Prototyping, Short Production Runs of Specialized Geometries

Additive manufactured alumina bone screw implantable deviceAdditive manufacturing is generically referred to as 3D printing, The industry-specific name for this process is Lithography-based Ceramic Manufacturing or LCM. Commercial additive manufacturing of ceramics began in Europe. Ceramco’s U.S. introduction of this technology in 2017 provides customers an invaluable knowledge base.

Rapid Prototyping Saves Time

Let's say you are committed to a project with Ceramco destined for injection molding (LPIM, HPIM or microPIM) but require some sample parts quickly for testing? While the injection molded part eventually will require tooling, Ceramco’s additive process is tool-free, making it possible to produce your prototypes (in some cases) in only days. Addditive manufactured Alumina fiber optic connector housing for fiber optic cable manufacturing

Rapid Prototyping Can Also Save Money

Utilizing Ceramco’s additive process, not only is the wait time reduced, but the resultant prototype parts may also reveal some design changes that would otherwise mean adjusting or even scrapping tooling had it been required. You save time and can also (potentially) save money.

Short Production Runs, Specialized Geometries

Ceramco’s additive manufacturing process provides OEMs a means to realize ceramic parts that could otherwise not be produced in quantity. Additive overcomes die lock and de-molding issues. Lattice structures with 0.12 mm (120 μm) minimum walls and struts and holes as small as 0.5 mm are possible. Contact us for more information on additive manufacturing limitations and design guidelines.

Consistent Material Chemistries

Additive manufactured alumina carrier sensor base for instrumentation


Interview with Ceramco's President, Thomas Henriksen. Visit our Channel for other Ceramco videos.

From one production run to the next, good process control and acceptable quality are due in large part to maintaining consistent material chemistries across all of our manufacturing processes. Well documented alumina, zirconia, silicon nitride, and other oxide and non-oxide production formulations are maintained for your manufacturing assignments as they move from additive prototype to injection molded production run.

People Making it Happen

Additive... is like living in the future, today! Tool free fabrication. Optimizing feature sizes via the customer’s CAD file. Ceramco’s trained specialists can make additive a part of the production process for your OEM ceramic components.

Ready to Make it Happen for You

Do you need a quotation on your print for an OEM ceramic part? Submit an RFQ now, or contact Ceramco. You'll be greeted by a courteous customer service specialist ready to provide immediate, personal assistance. Ceramco specializes in manufacturing OEM ceramic parts with complex geometries, matching the appropriate forming process to your order's specifications and quantity:

Ceramco's Forming Process Methods

LPIM
Ceramco’s LPIM near-net shaping
Semi-automated, low to medium
volume injection molding

HPIM
Ceramco’s HPIM near-net shaping
Fully automated, high volume
injection molding

microPIM
Ceramco’s microPIM near-net shaping
Semi-automated, high volume
injection molding ≥ 0.05 grams

Additive
Ceramco’s additive manufacturing/3D manufacturing
Additive service bureau… 3D printing
prototypes & production quantities

Contact Ceramco, Inc.

  • CERAMCO INC
    1467 E MAIN ST
    CENTER CONWAY NH 03813
  • Call:  +1 (603) 447-2090
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