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- Economy orders will take up to twice as long but have a 10% discount on price and will proceed as the lowest priority. They may process sooner.
- Standard orders will process at the normal advertised lead times
- Expedited orders are limited to MJF PA12 or MJF PA12S. When you click the checkbox, all items in the quote that aren\'t already MJF Nylon will be converted to MJF Nylon. Expedited orders cost an extra $100 per order, plus a 100% markup on each part, excluding shipping. Turn around on print is as low as 2 business days for orders placed before 2pm MST. Expedited shipping is available as well. The box size limitation on expedited parts is 330mm x 280mm x 50mm. The non-expedited order total must be below $1200 in order to use this option.
Lead Times vary per process and material.
- SLS - Selective Laser Sintering: Laser fuses polymer powder, Low cost per part, high productivity, and no support structures, Excellent mechanical properties resembling injection-molded parts. BEST FOR: Functional prototyping and end-use production, Functional prototyping, patterns, molds and tooling
- MJF - Like SLS but it is more isotropic for higher strength in the z-axis.
- SLA – Stereolithography: Laser cures photopolymer resin, Highly versatile material selection, Highest resolution and accuracy, fine details. BEST FOR: Functional prototyping, patterns, molds and tooling
- SLM – Selective Laser Melting: Precise, durable, lightweight metal parts. Best For: Complex geometries and structures with thin walls and hidden voids or channels.
- FDM - Currently offering Carbon Fiber PETG, it is a strong and versatile material designed for functional parts that need extra stiffness and durability. Components printed with Carbon Fiber PETG hold their shape well and perform reliably in demanding applications—from brackets to mechanical assemblies. It has a matte black finish straight off the printer and offers excellent dimensional stability. While it’s not as impact-resistant as pure PETG, it delivers a higher strength-to-weight ratio and improved heat resistance.
- MJF Nylon PA12 S – PA12S is a high-quality Nylon material known for its smooth surface finish and aesthetic appeal. It helps reduce common issues like pitting, making it an excellent choice for both functional and visual parts.
- MJF Nylon 11 – Ink Jet sintering that provides a raw ash grey part. Thermoplastic material delivering optimal mechanical properties. Best parts are black but colors can be used with a darker based and some inconsistences. Wall thickness recommendation is 1mm. PA 11 is ideal for producing ductile, quality, functional parts.
- MJF Nylon PA 12 – Ink Jet sintering that provides a raw ash grey part. High-dimensional accuracy and high strength qualities. Best parts are black but colors can be used with a darker based and some inconsistences. Wall thickness recommendation is 1mm. PA 12 is ideal for producing strong, functional, detailed complex parts.
- MJF Full Color – Ink Jet sintering that provides a full color part matching the colors defined in the uploaded .3mf file.
- MJF Polypropylene – Ink Jet sintering that provides a raw ash grey part. Polypropylene is a versatile material ideal for a wide range of automotive, consumer, industrial, and medical applications. Wall thickness recommendation is 1mm.
- MJF Glass-Filled Nylon - Ink Jet sintering that provides a raw ash grey part. Glass-Filled provides more rigidity for stronger parts. High-dimensional accuracy and high strength qualities. Best parts are black but colors can be used with a darker based and some inconsistences. Wall thickness recommendation is 1mm.
- SLS Nylon PA2200– White powder sintered together with a laser. High-dimensional accuracy and good strength qualities. Can be dyed any color with more vibrant bright colors. Wall thickness recommendation is 1mm.
- SLS Nylon PA12– Off white powder sintered together with a laser. High-dimensional accuracy and good strength qualities like PA2200. Cost Less to manufacture and small box contraints. Can be dyed any color with more vibrant bright colors. Wall thickness recommendation is 1mm.
- TPU – A rubber like plastic that is sintered together with a laser at low temperature. High-dimensional accuracy and very strong. Recommended to have wall thicknesses of at or above 0.75mm. Can be dyed any color. Good for soles, padding, cases, protective gear and clips.
- High Temp TS - SLA High Temp TS has increased strength and durability characteristics. It is great for automotive projects with isotropic mechanical properties. It has an industrial, dark blue default color, making it perfect for mechanical applications. It is also highly applicable in aerospace fields, for parts like display panels and dashboards.
- Imagine Black - Similar to engineering plastics, SLA Imagine Black has stable performance, dimensional stability, and is chemically resistant. It also saves on dying costs, as it comes in a pure black default color. A small drawback is that it is slightly weaker than nylon.
- SLA Proto Plus - Proto Plus is an accurate and durable material. It is suitable for prototyping needs, although may not hold up as well as other materials. It comes in a default white that can appear slightly yellowish, but these parts can be dyed to other colors. This material is an excellent option for consumer medical parts.
- SLA Smooth GP - This white material is water and moisture proof, and has high cost performance. It is known to turn yellowish and become brittle when left in sunlight. For products that need to be more UV resistant, we suggest nylon or another material. Smooth GP is great for digital electronic modifications.
- Tough Plus - SLA Tough Plus is a great option for prototyping and test parts, but is not suitable for end use pieces because of its impressionable nature. Additionally, it tends to fade to yellow with time. This material can be painted or dyed after production. Parts from SLA Tough Plus will have outstanding detail.
- Tough Resin Green - This material has excellent heat resistance and dimensional stability. It is also extremely stable and durable. The printing speed for Tough Resin Green is very quick and efficient. One limitation is that this material has a default color of light green/yellow. It can be modified for end use products.
- Transparent Plus - This material is mostly clear when printed. It is an excellent option for projects like wind tunnels, liquid containers, and sturdy concept models. One drawback with Transparent Plus is that it may result in small air bubbles in the surface of the print. However, these can sometimes be fixed with printer adjustments.
- WaterTight Proto - SLA WaterTight Proto has excellent waterproof abilities. It is also very resistant and durable. It comes in a default color of whitish yellow but can be colored. It is good for use in batch runs and end use pieces, from medical models to household parts. It is also an option for interior car parts.
- Aluminum - Ideal for functional prototypes and end-use components, aluminum 3D printing enables complex geometries, reduced material waste, and faster iteration compared to traditional manufacturing—making it a strong choice for aerospace, medical, industrial, and engineering applications.
- 316L Stainless - SLM Stainless Steel 316L is a great material for consumer and industrial products, from medical prototypes to aerospace designs. The surface hardness of this material can vary depending on the method of preparation for printing. For more details, click the link below.
- 17-4PH Stainless - This stainless steel material is great for any project that needs to be especially resistant to corrosion. It is very high strength and can be welded if necessary. Some applications for this material are shafts, engine parts, and other mechanical mechanisms. Learn more at the link below.
- Carbon Fiber PETG - Our Carbon Fiber PETG offers excellent stiffness, strength, and chemical resistance while remaining easy to print with. It’s ideal for functional or mechanical parts that need durability and dimensional stability. We can produce Carbon Fiber PETG components for prototypes, small runs, or full-scale production.
- Raw – Raw is the surface finish right out of the printer after all the excess powder has been removed. Currently only option for metal printing.
- Tumbled – Tumbled is the part being placed in plastic bead media and tumbled for 1 to 2 hours for a smoother finish.
- Polished – Polished is the part being tumbled and then shot peened. This provides a very smooth part.
- Vapor Polished –Vapor polishing is the process of smoothing the surface of 3D printed parts. The results give your models the look of professionally made injection molded parts.
Package each item(s) per file name with label showing file name and qty, $2 per line item.
ITAR are US government regulations that control the import, export, and manufacturing of defense-related products and services. Not all of our processes and materials meet this criteria.
Photo will be taken and emailed to customer, one photo per line item, $5.00 fee.
Custom Dimension $30 per line item, customer must provide PDF showing callouts they need checked. A paper copy will be included in the shipment and a pdf copy will be emailed to customer. At least one part will be checked per line item, max of 10%.