Reduce Cost
Reduce Lead Time
Increase Productivity
Increase Profitability
Get Your Parts & Tools 3D printed in 3 days!
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REDUCE COSTS. REDUCE LEAD-TIME. INCREASE PRODUCTIVITY. INCREASE PROFITABILITY.
Senga’s engineers incorporate FFF/FDM additive manufacturing technology to be able to create custom-designed parts. Additive manufacturing can create a small number of lightweight and robust parts at a lower cost and quicker turnaround compared to traditional CNC manufacturing
Compared to CNC machining, 3D printing parts can take less time to produce parts, requires less set-up, has virtually no scrap material, and the cost remains the same no matter how complex the design.
Overall additive manufacturing can produce prototypes and low-quantity parts at a lower price compared to other traditional manufacturing methods. Unlock the full potential of your designs and bring your ideas to reality.
MATERIALS AND RECOMMENDED APPLICATIONS:
- ABS-ESD7 prevents static build-up making it ideal for use in electronics and fixturing for electronic components.
- ABS-M30 is easy to use polymer great from rapid prototyping for form, fit, and function, and fixturing.
- ABS-M30i offers the same ease of use and rapid prototyping as ABS-M30, however, it is bio-compatible adding medical and food packaging to its list of applicable fields.
- Antero 800na offers the automotive and aerospace industries and material capable of withstanding exposure to hydrocarbons and heat making it a great candidate for prototyping and production runs of components.
- ASA offers a wide array of colors and finishes making it a great candidate for modeling and fixturing with the greatest strength and resolution of the plastics
- Nylon 12 and Nylon 6 resist the wear and tear of repeated use making it an optimal choice for any part that will where against itself or other materials repeatedly as well as parts requiring a snap-fit.
- Nylon 12 Carbon Fiber provides a high strength option capable of replacing some metal tooling as well as offering production-level quality parts. Nylon 12 Carbon Fiber has comparable strength to 6061-T6 Aluminum with lighter weight and no required tooling.
- PolyCarbonate is best used in modeling and tooling and is ideal in automotive and aerospace.
- Polycarbonate ABS offers the same heat resistance and strength of standard polycarbonate, with the greater range of uses that the ABS and ASA polymers offer making it great for prototyping, tooling, and low volume manufacturing.
- PolyCarbonate ISO is a heat-resistant, bio-compatible, FDA approved thermoplastic ideal for use in the medical, pharmaceutical, and food packing industries.
- Ultem 9085 is an aerospace-grade resin with high heat, chemical, and FST tolerances used in the aerospace and automotive industries.
- Ultem 1010 is the bio-compatible variation of the Ultem resin so it retains the heat and chemical resistance that the 9085 resin has.
- SR-130, SR-30, SR-35 are specifically designed as dissolvable supports for use throughout the additive manufacturing capabilities of the Fortus 450mc.
