Prototyping Services
3D Printing | Casting | Injection Molding
Request for Quote Tips
For the quickest service, include as much of the following information that you can. If not sure, describe the application and we will help with the rest.
- Email your 3D design in STL, 3MF, or STEP format. We also accept SolidWorks files up to version 2024.
- The desired material and color if applicable. Available material is listed under each technology page
- Any special post processing requirements.
- How many parts you will need. Note that there is a minimum dollar value per order.
- Most customers prefer to pick up their orders, so let us know if you want it shipped.
FDM Fused Deposition Modeling
- Uses plastic or composite filament for robust and economical prototyping
- Maximum build size: 500 x 500 x 740 mm (20' x 20' x 29'')
- Standard lead time: 2 business days
- Cost: Minimum $150.00 per order
SLA Stereolithography
- Uses UV resin or silicone for best surface finish or small detailed parts
- Maximum build size :145 x 145 x 175 mm (5.7 x 5.7 x 6.8")
- Standard lead time: 2 business days
- Cost: Minimum $200.00 per order
Casting
- Two part silicone or urethane parts for specific applications
- Requires a 3D printed mold
- Standard lead time: 2-3 weeks
- Cost: Minimum $500.00 + tooling
Injection Molding
- Uses plastic or composite pellets for end use parts
- Requires an aluminum or steel mold
- Standard lead time: 3-4 weeks
- Cost: Minimum $1000.00 + tooling
Post processing
Onset Engineering offers many services to provide ready to use parts and fixtures
Sanding and Painting
ABS Smoothing
Tapping or Threaded Insert Installation
Assembly and Bonding
Silicone Mold Making
Material Includes:
ABS, Flexible, PLA, PETG, Nylon, Carbon Fiber Filled, ASA, Polycarbonate, Polypropylene, Wood Filled, PVA, Markforged Onyx, MatterHackers NylonX, MatterHackers NylonG, MatterHackers NylonK, 3DXTech 3DXSTAT, Metal/Plastic, Alumide, BASF Ultrafuse 316L, Peopoly Model, Peopoly Nex (HiTemp), Peopoly Tough, Nextdent Cr & Br, Nextdent SG, Nextdent Ortho Clear, Nextdent C&B MFH, Moonray SG, MakerJuice Waxcat, MarkerJuice G+, MarkerJuice SF, Funtodo Snow White, Funtodo Castable, Dreve FotoDent Model, Dreve, FotoDent SG, Spot-A HT
Our Samples
rubber 3d printing parts
carbon fiber 3d printing parts
silicone casted parts
3D Printing FAQs
Ideas from our customers transferred to reality powered by our 3D printers.
How 3D Printing is Turbocharging Robotics Engineering
Rossi Journey to Recovery with 3D Printing
With more than 20 FDM 3D printers at our 3D printing farm, we have a very broad range of manufacturing capabilities and support both one-off prototyping and low-volume production. We work with mechanical design engineers to create custom 3D printed parts for application in multiple industries: aerospace, automotive, renewable energy, battery manufacturing, defense, electronics, industrial automation, machinery, medical devices, and robotics.
We take immense pride in offering our manufacturing services to individuals like Caesar Sierra, a nurse and innovative product developer. Just 8 months ago, Caesar, a recent nursing graduate, approached us with a passion for enhancing products in his free time. His journey began with the concept of creating an M135 mm film holder.
If you're into 3D printing like we are, you know that sometimes the tiniest details can make or break your project. That’s where this handy tool comes in. By using the Skybasic Digital Microscope, we can zoom in on the smallest parts of our prints and see everything super clearly.
This is especially helpful when we're working with small holes that need to match up perfectly with our blueprints. Once we’ve got a magnified view, we can use a precision drill to clean out and adjust the holes to the exact size we need. It’s like giving our prints a mini makeover!
Manufacturing Process Development using SLA Printers and Injection Molding.
Onset Engineering Inc. was founded to transfer products from prototype to production with the minimum cost through applying the latest manufacturing technologies and working closely with inventors/designers during the design/product development process. Our customers are benefited by enhanced understanding the degree of conformance of a design to different manufacturing methods as well as appropriate materials. In this video, we introduce the rapid prototype manufacturing process development in which we use SLA printer to develop rapid prototype for the "Nose Splint", the medical device to guard the nose for patients after nose surgery.