How Is Custom 3D Printing Pricing Calculated?

One of the most common questions we receive is: “How much does it cost to 3D print a part?”

The answer depends on more than the size of the part or the amount of plastic used. At Jaeger Technology Group, we price industrial 3D printing, prototyping, tooling, and short-run manufacturing in much the same way a machine shop calculates a custom job: based on machine time, material recovery, setup requirements, and any additional finishing or engineering work required for the project.

This approach allows us to quote projects fairly while accounting for the actual resources needed to produce reliable, usable parts.

Machine Time

Machine time is usually the largest component of a 3D printing quote.

A 3D printer is a production machine. While a part is printing, that machine is committed to the job and is unavailable for other customer work. Machine-time pricing helps account for:

  • Print duration
  • Equipment utilization
  • Machine maintenance and wear
  • Nozzle, build plate, hotend, vat, screen, or other consumable wear
  • Electricity and operating overhead
  • Monitoring and quality-control requirements
  • The risk associated with long or technically demanding prints

A small part that prints in one hour will generally cost substantially less than a large tool, fixture, enclosure, or foundry pattern requiring several days of machine time.

Machine time also varies by process. A durable filament-printed fixture, a high-detail resin component, and a large-format tooling pattern each require different equipment, consumables, operating procedures, and risk allowances.

Material Recovery

Material is another part of the quote, but material cost is not simply the weight of the finished part multiplied by the cost of filament or resin.

Material recovery may include:

  • Filament, resin, or specialty polymer used in the final part
  • Supports, rafts, brims, purge material, or failed setup pieces
  • Resin losses associated with vats, filtering, washing, and cleanup
  • Specialty engineering materials such as nylon, carbon-fiber-filled polymers, castable materials, high-temperature plastics, or flexible materials
  • Adhesives, inserts, epoxy coatings, fasteners, or other incorporated materials where applicable

For some parts, material is a relatively small portion of the total cost. For others, especially large-format prints, resin components, specialty polymers, or dense tooling parts, material becomes a more significant factor.

Setup Fee

Every custom job requires some amount of setup before a printer ever begins producing the finished part.

Our setup fee accounts for the work required to prepare the job correctly, which may include:

  • Reviewing the customer’s files
  • Confirming scale, geometry, wall thickness, orientation, and general printability
  • Selecting an appropriate printing process and material
  • Preparing the build layout and slicing parameters
  • Setting up supports, rafts, brims, or other print-specific structures
  • Loading or preparing material
  • Preparing and calibrating the machine for the job
  • Removing the completed print from the machine and performing basic cleanup
  • Inspecting the completed part for obvious print defects

A one-off custom part generally requires more setup per part than a repeat production order. Once a job has been successfully prepared and validated, repeat orders may be more economical because some of the initial setup work has already been completed.

Additional Engineering or Design Work

A print-ready file and a concept that still needs development are two very different projects.

When a customer provides a properly prepared model that is ready for manufacturing, quoting is generally straightforward. When a project requires CAD modification, design assistance, reverse engineering, material evaluation, assembly planning, tolerance adjustment, electronics integration, or manufacturability review, those services are quoted separately or incorporated into the project estimate.

Examples may include:

  • Repairing or modifying CAD files
  • Designing a custom enclosure
  • Converting an idea or sketch into a manufacturable model
  • Adding threaded inserts, hardware, hinges, mounting points, or alignment features
  • Developing a foundry pattern with shrinkage, machining allowance, draft, or core-print features
  • Creating a prototype assembly for testing
  • Evaluating a part for short-run production

This distinction is important: 3D printing a finished design is manufacturing; developing the design is engineering and product development.

Finishing, Assembly, and Special Requirements

Some customers need parts directly off the machine. Others require a more complete deliverable.

Additional charges may apply for:

  • Sanding, filling, epoxy coating, sealing, priming, or painting
  • Bonding multiple printed sections into a larger assembly
  • Installing inserts, bushings, magnets, fasteners, or other hardware
  • Producing molds, master patterns, core boxes, or match-plate components
  • Special packaging or shipping preparation
  • Dimensional inspection or documentation
  • Rush scheduling
  • Confidential or controlled project handling requirements

These requirements are evaluated during quoting so the customer understands what is included in the finished deliverable.

Why We Do Not Price Solely by Part Weight

It is tempting to compare 3D printing prices by asking what a part costs “per gram.” For hobby printing or simple decorative items, that may provide a rough estimate. For industrial work, it is usually misleading.

Two parts may use the same amount of material but have very different production costs. One may print quickly with minimal setup. Another may require long machine time, extensive support material, careful orientation, specialized material handling, difficult post-processing, or higher risk of failure.

For this reason, industrial 3D printing is better evaluated as a manufacturing process than as a material resale service.

What Information Helps Us Quote a Project?

To provide an accurate quote, it is helpful to include:

  • A CAD file, preferably STEP, STL, or 3MF where applicable
  • The quantity needed
  • Intended use of the part
  • Preferred material, if known
  • Required strength, temperature resistance, outdoor exposure, chemical exposure, or flexibility
  • Important dimensions or tolerances
  • Desired surface finish
  • Whether the part is a prototype, tool, fixture, pattern, enclosure, production component, or display model
  • Required delivery date
  • Any confidentiality, documentation, or shipping requirements

Customers who do not yet have a completed CAD file are still welcome to contact us. We can evaluate whether a project needs design assistance, prototype development, manufacturing consultation, or a simple print quote.

Requesting a Quote

Jaeger Technology Group provides custom industrial 3D printing, prototyping, tooling, large-format printing, foundry patternmaking, and short-run manufacturing support from our facility in Decatur, Alabama.

Because each custom project has different requirements, we review the intended application before preparing a quote. This helps ensure that the selected process, material, and finished part are appropriate for the customer’s actual needs.

To request a quote, contact us with your project details, quantities, available files, and intended use of the finished part.

Jaeger Technology Group LLC
Decatur, Alabama

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