Fathom makes getting 3D printing quotes fast and easy. Every day, companies from all industries trust us with low- to high-volume projects because of our award-winning expertise, speed and commitment to quality. Fathom is used by 9 of the Top 10 Fortune 500 Companies.
Just upload your file to our SmartQuote® tool and receive an online quote in seconds.
If you have questions or want cost-saving manufacturing options, improved functionality, drive part speed, talk to a Fathom expert today. Our engineer team specializes in rapid manufacturing for even the most complex projects.
Additive Manufacturing Quotes Made Easy
Just add your file, customize volume and part details as desired and get an online quote. It’s that easy. See below //
Looking for 3D Printing Prices?
Looking for 3D Printing Prices? 3D printing quotes are available free online with our Price Quote Tool.
How Much Does 3D Printing Cost?
How much do 3D printing services cost? Use our cost calculator to build cost models for your next project. Costs are determined by complexity, materials and volume but can be as low as $150 per order.
How Fast Is the Process from 3D Quote to Additive Manufacturing Parts?
Quotes are instant – pops right on your screen after uploading a file.
Parts are dependent on complexity, quantity and technology following these lead times //
Same-Day //
PolyJet
Next-Day //
PolyJet, SLA & FDM
Two-Day //
PolyJet, SLA, FDM, MJF & SLS
Three-Day //
DMLS
3D Printing Quote Considerations by Technology
Choosing the right technology and process can help cut costs on your quote. Fathom can review your quote and make sure you choose the optimal production plan. See our technologies below //
FDM 3D Printing Quotes
Fused Deposition Modeling (FDM) is ideal for building concept models, functional prototypes and end-use parts.
FDM, sometimes called Fused Filament Fabrication (FFF) uses a continuous filament of engineer-grade thermoplastic material. It offers fast lead times and the ability to make functional prototypes with strong thermal and chemical resistance as well as strong strength-to-weight ratios.
Compare FDM 3D Printing Prices
What are FDM 3D Printing prices? Calculate the price of manufacturing FDM parts with our Price Quote Tool.
What does FDM 3D Printing Cost?
Looking for FDM 3D Printing costs? FDM 3D Printing cost is dependent on the following factors: material type, volume of parts, part complexity, volume of material and finish processes but can be as low as $150 per order. Get cost calculations with an instant FDM quote.
FDM Comparison Characteristics
Strong Material Selection Options
Versatile & High-Accuracy
Lower Resolution Finishes
FDM Material Considerations
TPU (thermoplastic polyurethane elastomer)
Elastomer parts with high accuracy & high elongation
Strong toughness & abrasion resistance
Wide application variety including flexible hoses, tubes, air ducts and vibration dampeners
Antero™ 800NA (polyetherketoneketone)
High heat resistance
High chemical resistance
Low outgassing & high dimensional stability
Excellent properties for strength, toughness & wear-resistance
ULTEM™ 1010 resin (polyetherimide)
Food safety & bio-compatibility certification
Highest heat resistance, chemical resistance & tensile strength
Stereolithography (SLA), sometimes referred to as SL, Stereolithography apparatus, optical fabrication, photo-solidification, or resin printing is a process for building prototypes and production parts through layer-by-layer printing using light to cure photosensitive polymers. It is often used for smooth finish surfaces with high detail similar to parts created through injection-molding.
Compare SLA 3D Printing Prices
What are SLA 3D Printing prices? Compare SLA part pricing with our Price Quote Tool.
What does SLA 3D Printing Cost?
Looking for SLA 3D Printing costs? SLA 3D Printing costs range based on material type, volume of parts, part complexity, volume of material and finish processes but can be as low as $150 per order. Get cost calculations with our SLA cost calculator.
SLA Comparison Characteristics
Good accuracy, high-resolution
Detailed and complex parts
Great surface finish
Often used for medium to large prototypes
SLA Material Considerations
Accura 25 or Accura ClearVue
Often used for aesthetic models, complex geometries, & high-quality finishes
Highly cost-effective for medium- to large-sized parts
Exceptionally tough & durable
Great for snap fits, assemblies, & master patterns for casting
SLA is one of the most versatile technologies for post processing
Accura Black
Often used for aesthetic models, complex geometries, & high-quality finishes
Highly cost-effective for medium- to large-sized parts
SLA is one of the most versatile technologies for post processing
PolyJet is a unique technology that supports a wide selection of materials with properties that range from rubber to rigid and transparent to opaque. It is also possible to 3D print with multiple materials in a single build to achieve combinations of colors and characteristics (e.g. parts made of rigid and flexible materials).
Compare PolyJet 3D Printing Prices
How much are PolyJet 3D Printing prices? Compare PolyJet part pricing with our Price Quote Tool.
What does PolyJet 3D Printing Cost?
Looking for SLA 3D Printing costs? SLA 3D Printing costs range based on material type, volume of parts, part complexity, volume of material and finish processes but can be as low as $150 per order. Get cost calculations with our PolyJet cost calculator.
PolyJet Comparison Characteristics
Fine detail
Fine surface finishes
Able to achieve combinations of colors and characteristics
PolyJet Material Considerations
Digital Materials
Wide flexibility ranges, Shore A 27 to Shore A 95
Rigid materials – simulated standard plastics to the toughness, temperature resistance of Digital ABS Plus TM
Vibrant colors both in rigid or flexible materials, over 500,000 color options on the Stratasys J750
Simulated ABS
Wide flexibility ranges, from Shore A 27 to Shore A 95
Rigid materials ranging from simulated standard plastics to the toughness and temperature resistance of Digital ABS Plus TM
Vibrant colors in rigid or flexible materials, with over 500,000 color options on the Stratasys J750
Transparent
Wide range of flexibility, from Shore A 27 to Shore A 95
Rigid materials ranging from simulated standard plastics to the toughness and temperature resistance of Digital ABS Plus TM
Vibrant colors in rigid or flexible materials, with over 500,000 color options on the Stratasys J750
Rigid Opaque
Simulates the appearance and functionality of polypropylene
Ideal for prototyping containers and packaging, flexible snap-fit applications and living hinges, toys, battery cases, laboratory equipment, loudspeakers and automotive components
Simulated Polypropylene
Simulates the appearance and functionality of polypropylene
Ideal for prototyping containers and packaging, flexible snap-fit applications and living hinges, toys, battery cases, laboratory equipment, loudspeakers and automotive components
Rubber-like
Offers various levels of elastomer characteristics
Combine with rigid materials for a variety of Shore A values, from Shore A 27 to Shore A 95
Ideal for rubber surrounds and overmolding, soft-touch coatings and nonslip surfaces, knobs, grips, pulls, handles, gaskets, seals, hoses, footwear, and exhibition and communication models
Selective Laser Sintering (SLS) is an additive manufacturing technology using a laser as the power source to sinter powdered material, binding it to create a solid structure. This is similar to selective laser melting (SLM) where the material is fully melted rather than sintered.
Compare SLS 3D Printing Prices
How much are SLS 3D Printing prices? Compare SLS part pricing with our Price Quote Tool.
What does Selective Laser Sintering 3D Printing Cost?
Looking for SLA 3D Printing costs? SLA 3D Printing costs range based on material type, volume of parts, part complexity, volume of material and finish processes but can be as low as $150 per order. Get cost calculations with our Selective Laser Sintering (SLS) cost calculator.
SLS Comparison Characteristics
Good for high-complexity and organic geometries
Strong for parts requiring durability.
Finer details than most processes that use high-strength plastics.
SLS Material Considerations
Nylon PA2200 (White)
Nearly Isotropic
Parts Built Without Supports, Allowing for Complex Geometries
Durable Production Quality Thermoplastic
PA 12 Glass Bead
High rigidity
Resistant To Wear & Tear
Thermally Resilient
PA 11
High Impact Resistance & Elongation At Break
Higher Temperature Resistance Than PA 12
Does Not Splinter Under Load
PA 11 Fire Retardant
High Ductility Combined With Strength
Flame-Retardant Properties Are Similar To ULTEMTM Filament
Carbon-Filled Nylon 11
High Strength Combined With Increased Impact Resistance & Elongation At Break Electrostatically Dissipative
Multi Jet Fusion (MJF) is capable of 3D printing parts with high detail, as well as suitable for applications that require durability (e.g. snap fits). It is common for designers and engineers to choose this material for short production runs because the MJF process allows for nesting in the z direction.
Compare MJF 3D Printing Prices
How much are MJF 3D Printing prices? Compare MJF part pricing with our Price Quote Tool.
What does MJF 3D Printing Cost?
Looking for Multi Jet Fusion (MJF) 3D Printing costs? SLA 3D Printing costs range based on material type, volume of parts, part complexity, volume of material and finish processes but can be as low as $150 per order. Get cost calculations with our Multi Jet Fusion cost calculator.
Direct Metal Laser Sintering (DMLS) is a rapid 3D printing technique using a high-power laser to melt and fuse metallic powders together into a solid three-dimensional part made of metal.
Compare DMLS 3D Printing Prices
How much are DMLS 3D Printing prices? Compare MJF part pricing with our Price Quote Tool.
What does MJF 3D Printing Cost?
Looking for Direct Metal Sintering (DMLS) 3D Printing costs? DMLS 3D Printing costs range based on material type, volume of parts, part complexity, volume of material and finish processes. Get cost calculations with our DMLS cost calculator.
DMLS Comparison Characteristics
Precision
High-Quality
Low-Volume
Strength
DMLS Material Considerations
Stainless Steel (PH1)
High Hardness & Strength
Good for Prototype / Production Parts
Stainless Steel (GP1)
High Toughness & Ductility
Good for Engineering Applications
Cobalt Chrome (MP1)
High Temperature Resistance
Good for Turbines & Engine Parts
Maraging Steel (MS1)
Easily Machinable & Excellent Polishability
Good for Injection Molding Tooling, Conformal Cooling
Advanced Techniques – Fathom is an advanced rapid manufacturing leader, regularly introducing processes to engineers they didn’t know were possible.
As Much Engineering Help as Needed – Fathom’s expert engineering team is available for quotes at any time. They are able to engage in a full discussion on how to evolve your rapid manufacturing process. Contact an engineer now.
Quality, Reliability – Fathom does the highest quality work and delivers fast and on-time. It’s the reason that Fathom is used by 9 of the Top 10 Fortune 500 Companies, 8 of the Top 10 Fortune 500 Industrial Companies and 7 of the Top 10 Fortune 500 Aerospace & Defense Companies.
3D Printing Quote Costs vs. Injection Molding Quote Costs
Example(A) Accelerated Lead-Time—While the cost per part is close in this example, the critical requirement was getting parts in days, not weeks. Fathom recommends taking an AM approach as a bridge-to-production solution or avoid tooling and build parts as needed.
Quantity Required / / 3,500
AM Part Cost / / $3.52 ea (Lead-Time of 5 Days)
IM Part Cost / / $3.60 ea (Lead-Time of 35-40 Days, Prototype Tool)
Break-Even Point / / 3,740 Parts
Material Used & Weight / / PA12 (4.6 g)
Part Dimensions / / 25 mm × 23 mm × 25 mm
Injection Molding with Amortized Tool Price
Example (B) Limited Production Run—The tooling cost of this particular part is high because of a complex parting line and challenging features. When a lower volume of parts is required, Fathom recommends taking an AM approach to save on cost and time.
Quantity Required / / 1,500
AM Part Cost / / $8.18 ea (Lead-Time of 6 Days)
IM Part Cost / / $12.46 ea (Lead-Time of 40-56 Days)
Break-Even Point / / 1,829 Parts
Material Used & Weight / / Glass-Filled PA12 (14.2 g)
Comprehensive Capabilities for Rapid Manufacturing
At Fathom we offer a unique advantage of speed and agility-our experts help companies go from concept to prototype to manufacturing in ways not previously possible.
