About Cadential Fabricators
A boutique job-shop manufacturing customer parts in Ti64
Full-service Additive Manufacturing job shop providing design, prototyping and production manufacturing services for titanium alloy (Ti6Al4V or Ti64) parts.
We use state-of-the-art electron-beam melting (EBM) to 3D print Ti64 by powder bed fusion (PBF). We operate GE/Colibrium Additive EBM-PBF machines with a maximum part dimension of 15".
Manufacturing Solutions
Design for Additive Manufacturing (DfAM)
We offer complimentary DfAM services and consulting. Let us help you decide if Ti64 and EBM-PBF are the right fit for your parts.
3D Printed Titanium Parts
We specialize in manufacturing Ti6Al4V (Ti64) by electron beam melting powder bed fusion (EBM-PBF). We do one thing, exceptionally well!
Finish Machining
To complement the state-of-the-art EBM-PBF tool, a full suite of conventional (CNC) machining tools and processes are available for finish work including drilling, tapping, boring, etc.
Thermal Post-Processing
We offer standard heat treatments for Ti64 Class A, B, D, E & F parts. Custom thermal processing available on request.
Surface Treatment
Ti64 is chemically and biologically inert so many applications don't require surface treatment. For the rest, we offer media blasting, electro-polishing, acid pickling, and anodization processes to achieve desired surface roughness and/or color.
Rapid Prototyping & Contract Manufacturing
We offer rapid prototyping services with fast turnaround as well as contract manufacturing delivering precision parts on schedule.
Structural Bracket
We helped the customer redesign a structural bracket for additive manufacturing and optimize the strength-per-weight while maintaining target safety factors for the load condition.
Print Dimensions: 261 x 115 x 105 mm
Part Volume / Weight: 94 cc / 415 grams
Number of parts: 2
Cost per part: $2000
Ultralight Suppressor
We worked with a suppressor manufacturer to optimize their design with Additive Manufacturing. Through a series of build and test cycles, they reduced the weight and increased suppression to outperform everything on the market.
Part Dimensions (mm): 110 Long x 35 Dia.
Part Volume / Weight: 17cc / 75 grams
Customer's estimated retail cost: $500
Prosthetic Finger
We have started a collaboration with a local non-profit manufacturing prosthetic limbs for kids. We have designed and printed our first prototype of titanium fingers. We have tested this prototype to support more than 30 pounds on a single digit. (Plastic pre-print shown in background)
Assembled dimensions: 11 x 16 x 90 mm
Part Volume / Weight: 3.5 cc / 15 grams
Estimated donation: $75