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How Much Does It Cost To 3D Print Metal – Calculating Metal 3D Print Cost


As a professional manufacturer of metal 3D printing parts, we are more often asked “how much does it cost to print a XX metal prototype?”, although we mainly provide 3D printing services and help customers test fit material matching generally does not provide a real cost accounting method, and our answer has always been “aside from the technical cost, the cost of the prototype itself = the required metal material × 3d printing filament price”, of course, this algorithm is somewhat general and difficult It is convincing, Although there’s plenty to be said about metal 3d printing technology, the best metal 3D printers, on-demand services, and materials, here we talk price. So let’s get started for how to calculate it!

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Costs Involved With Metal 3D Printing


Metal 3D printing, also known as additive manufacturing, is a complex process that involves several costs. The overall costs can vary depending on various factors such as the type of metal being printed, the size and complexity of the object, the printing technology used, and the specific requirements of the project. Here are some of the key costs associated with metal 3D printing:

1

Metal 3D Printing Equipment

Metal 3D printing typically requires specialized equipment such as metal printers, which can be quite expensive. The cost of the printer itself can range from tens of thousands to millions of dollars, depending on the technology and capabilities.
2

Metal Powders

Metal powders are the primary materials used in metal 3D printing. The cost of metal powders can vary significantly depending on the type of metal and its quality. High-performance metals such as titanium, stainless steel, or cobalt-chrome alloys tend to be more expensive than standard metals like aluminum or mild steel.
3

Pre-Processing

Before metal 3D printing can take place, pre-processing steps are required. This includes design and engineering work, CAD modeling, and file preparation. The cost of pre-processing can vary depending on the complexity of the design and the expertise required.
4

Post-Processing

Once the metal object is printed, post-processing steps are often necessary to achieve the desired surface finish, dimensional accuracy, and mechanical properties. Post-processing can involve tasks like removing support structures, heat treatment, machining, polishing, and coating. The cost of post-processing can vary based on the size and complexity of the part and the desired quality standards.
5

Cost Of Labor

Before metal 3D printing can take place, pre-processing steps are required. This includes design and engineering work, CAD modeling, and file preparation. The cost of pre-processing can vary depending on the complexity of the design and the expertise required.
6

Facility & Utilities

Metal 3D printing may require a controlled environment, such as a dedicated facility or cleanroom, to ensure the quality and safety of the process. The associated costs include rent, utilities (electricity, water, etc.), and maintenance.
7

Cost Of Labor

Before metal 3D printing can take place, pre-processing steps are required. This includes design and engineering work, CAD modeling, and file preparation. The cost of pre-processing can vary depending on the complexity of the design and the expertise required.
8

Facility & Utilities

Metal 3D printing may require a controlled environment, such as a dedicated facility or cleanroom, to ensure the quality and safety of the process. The associated costs include rent, utilities (electricity, water, etc.), and maintenance.

Ensuring the quality and performance of metal 3D printed parts often involves inspection, testing, and certification processes. These additional costs may be necessary to validate the integrity and functionality of the printed components.

It’s important to note that the costs mentioned above are general considerations, and the actual costs will vary depending on the specific project and the location. The best way to determine the costs involved with metal 3D printing is to consult with metal 3D printing service providers or manufacturers who can provide detailed quotes based on your specific requirements.

What Does Metal Material Cost?


The cost of metal materials for 3D printing can vary significantly depending on the type of metal, its quality, and market factors. Metal powders are commonly used in metal 3D printing processes like selective laser melting (SLM) or electron beam melting (EBM). Here are some examples of metal materials and their approximate cost ranges as of my knowledge cutoff in September 2021:

  • Stainless Steel: Stainless steel is a commonly used metal in various industries. The cost of stainless steel powder for 3D printing can range from $50 to $200 per kilogram, depending on the grade and quality.
  • Titanium: Titanium is a lightweight and high-strength metal widely used in aerospace and medical applications. The cost of titanium powder can range from $100 to $400 per kilogram, depending on the grade and specifications.
  • Aluminum: Aluminum is a lightweight metal known for its excellent strength-to-weight ratio. The cost of aluminum powder for 3D printing typically ranges from $50 to $100 per kilogram.
  • Cobalt-Chrome Alloys: Cobalt-chrome alloys offer high strength and excellent wear resistance. The cost of cobalt-chrome powder can range from $200 to $400 per kilogram, depending on the specific alloy composition.
  • Nickel Alloys: Nickel-based alloys, such as Inconel or Hastelloy, are known for their excellent high-temperature properties. The cost of nickel alloy powders can range from $200 to $500 per kilogram, depending on the alloy and specifications.

It’s worth noting that these prices are approximate ranges and can vary over time due to market fluctuations, supplier pricing, and other factors. Additionally, some specialty metals or customized alloys may have higher costs than the ones mentioned above.

When considering the cost of metal materials, it’s essential to factor in the amount of material required for the 3D printing project, as well as any waste or excess material generated during the process. Consulting with metal powder suppliers or 3D printing service providers can provide more accurate and up-to-date pricing information based on your specific material requirements.

How To Calculating Metal 3D Print Cost


Calculating the cost of a metal 3D print involves considering various factors, including material cost, machine usage, labor, post-processing, and additional expenses. Here’s a step-by-step guide on how to calculate the cost of a metal 3D print:

1.Determine Material Cost

  • Determine the weight of the metal part you plan to 3D print. If you have a CAD model, you can use software to estimate the weight.
  • Research the cost per kilogram of the metal material you’ll be using. This information can be obtained from metal powder suppliers or 3D printing service providers.
  • Multiply the weight of the part by the cost per kilogram to get the material cost.

2.Calculate Machine Usage Cost

  • Determine the machine’s hourly rate or depreciation cost per hour. This can be based on the initial cost of the machine, its expected lifespan, and maintenance costs.
  • Estimate the time required for the 3D print. This can be based on the printer specifications, part complexity, and layer height.
  • Multiply the machine rate by the estimated print time to calculate the machine usage cost.

3.Calculate Labor Cost

  • Determine the labor hours required for pre-processing, machine setup, and post-processing steps such as design, file preparation, removing support structures, heat treatment, and finishing.
  • Multiply the total labor hours by the hourly labor rate to calculate the labor cost.

4.Consider Post-processing Cost

  • Estimate the cost of any necessary post-processing steps such as machining, polishing, coating, or heat treatment.
  • Add the post-processing costs to the total.

5.Include Additional Costs

  • Consider any additional expenses specific to your project, such as quality control inspections, testing, certifications, or facility overhead costs.
  • Include these costs in the total calculation.

6.Calculate the Total Cost

Add up the material cost, machine usage cost, labor cost, post-processing cost, and any additional costs to get the total cost of the metal 3D print.

Remember that the values used for material cost, machine rate, labor rate, and other factors may vary depending on your specific circumstances. It’s recommended to gather accurate cost estimates by consulting with metal 3D printing service providers, equipment manufacturers, or industry experts who can provide detailed cost breakdowns based on your specific project requirements.

Additionally, keep in mind that this is a general guide, and the actual cost calculation may differ based on the specific details and variables involved in your metal 3D printing project.

How Much Does It Cost To 3D Print Aluminum


The cost of 3D printing aluminum can vary depending on several factors, including the size and complexity of the part, the 3D printing technology used, the quality requirements, and the specific service provider or manufacturer. However, I can provide a general estimate based on the cost of aluminum powder and typical pricing trends:

The cost of aluminum powder for 3D printing can range from approximately $50 to $100 per kilogram. Keep in mind that this price can fluctuate over time due to market conditions and supplier pricing.

Here’s an example of a chart table to help you calculate the cost of 3D printing aluminum. This table provides a breakdown of the different cost components involved in the process:

Cost ComponentCalculation
Material CostMaterial weight (in kg) x Cost per kg of aluminum
Machine Usage CostMachine rate per hour x Estimated print time
Labor CostLabor hours x Hourly labor rate
Post-processing CostEstimated cost of post-processing steps
Additional CostsAny other relevant expenses
Total CostSum of Material Cost, Machine Usage Cost, Labor Cost, Post-processing Cost, and Additional Costs

Using this table as a reference, you can fill in the specific values for each cost component based on your project requirements, pricing information, and any other relevant factors. This will allow you to calculate the total cost of 3D printing aluminum for your specific case.

The table is a general template, and you should adapt it to your specific needs and gather accurate cost estimates from suppliers or service providers to get more precise calculations for your project.

How Much Does It Cost To 3D Print Stainless Steel


The cost of 3D printing stainless steel can vary depending on several factors, including the size and complexity of the part, the 3D printing technology used, the desired quality and finish, the specific service provider or manufacturer, and other project-specific requirements. It’s important to note that I can provide a general price range, but the actual cost will depend on your unique circumstances. Here are some approximate cost ranges for 3D printing stainless steel:

  • Small to Medium-Sized Parts: For smaller and less complex stainless steel parts, the cost can range from $200 to $800. This range includes the material cost, machine usage, and basic post-processing. The exact cost will depend on factors such as part size, printing technology, and other specifications.
  • Large or Complex Parts: The cost of 3D printing large or intricate stainless steel parts can significantly increase due to factors like material consumption, longer printing times, and additional post-processing requirements. The cost for such parts can range from $800 to several thousand dollars or more.

These figures are general estimates and can vary based on factors such as location, supplier pricing, and specific project requirements. It’s recommended to obtain detailed quotes from 3D printing service providers or manufacturers who can provide more accurate cost breakdowns based on your specific part and project parameters.

How Much Does It Cost To 3D Print Titanium


The cost of 3D printing titanium can vary significantly due to various factors, including the size and complexity of the part, the 3D printing technology used, the desired quality and finish, the specific service provider or manufacturer, and other project-specific requirements. Please note that the cost of titanium is generally higher compared to other metals, which can impact the overall 3D printing cost. Here are some approximate cost ranges for 3D printing titanium:

  • Small to Medium-Sized Parts: For smaller and less complex titanium parts, the cost can range from $500 to $2,000 or more. This range includes the material cost, machine usage, and basic post-processing. The exact cost will depend on factors such as part size, printing technology, and other specifications.
  • Large or Complex Parts: The cost of 3D printing larger or intricate titanium parts can increase significantly due to higher material consumption, longer printing times, and additional post-processing requirements. The cost for such parts can range from several thousand dollars to tens of thousands of dollars.

It’s important to note that these figures are general estimates and can vary based on factors such as location, supplier pricing, and specific project requirements. Additionally, titanium 3D printing often involves more stringent processing requirements and additional quality control measures, which can also impact the overall cost.

To obtain accurate cost estimates, it’s recommended to consult with 3D printing service providers or manufacturers who specialize in titanium 3D printing. They can provide more detailed cost breakdowns based on your specific part design, quality standards, and project parameters.

Detail Of Calculating Metal 3D Printed Cost


Most people assume material costs are the primary driver, but that is not the case with all 3D-printed parts. The solid cube obviously requires more material than the cross-linked design.

Costs don’t fluctuate too much due to a fairly constant price of materials, though you’ll want to do basic maintenance and maybe some post-processing afterwards.

Let’s go through the basic of 3D printing so you have a better understanding of how much it costs to 3D print an object. Keep reading for a more detailed answer.

Detail Of Calculating Metal 3D Printed Cost

1.Cost Of Setup Of 3D-Printed Parts

The cost of setting up 3D-printed parts can vary depending on several factors, including the complexity of the part, the 3D printing technology used, the desired quality and finish, and the specific requirements of the project. Here are some cost components to consider when calculating the setup cost for 3D-printed parts:

  • Design and CAD Preparation: The cost of designing the part and preparing the CAD (Computer-Aided Design) file for 3D printing. This cost may vary depending on the complexity of the design and the expertise required for the CAD preparation.
  • Pre-processing: Activities such as file preparation, slicing (converting the 3D model into printable layers), and any necessary adjustments or modifications to the design for optimal printing. The cost for pre-processing can include labor hours and any software or tool expenses.
  • Machine Setup: The time and effort required to set up the 3D printing machine for a specific part. This can include calibrating the machine, loading the material, and configuring the printing parameters.
  • Support Structure Generation: For certain 3D printing technologies, support structures may be required to ensure stability during the printing process. The cost may include the time and material needed to generate and remove these support structures.
  • Calibration and Testing: The process of calibrating the 3D printer to ensure accurate printing and conducting initial test prints to verify the quality and integrity of the part.
  • Material Handling: The cost associated with handling and preparing the material, such as loading the material into the 3D printer and any material waste or recycling processes.

It’s important to note that the setup cost is typically a one-time expense for each unique part or batch of parts. Once the setup is complete, subsequent prints of the same part can have reduced setup costs or may only require minimal setup adjustments.

The specific cost of setup for 3D-printed parts can vary based on the complexity of the part, the experience and efficiency of the operator, and the specific workflow and equipment being used. It’s recommended to consult with 3D printing service providers or manufacturers to obtain more accurate cost estimates based on your specific project requirements.

2.Part Cost Drivers for 3D Printing

Several factors can influence the cost of 3D printing parts. The following are key drivers that can impact the overall cost:

  • Part Size and Complexity: Larger and more complex parts generally require more material and longer print times, which can increase the cost. Intricate designs may also require additional support structures, post-processing, or manual labor.
  • Material Selection: The choice of material affects the cost of 3D printing. Different materials have varying costs per kilogram, and some specialized or high-performance materials can be more expensive than standard options. Additionally, certain materials may require specific handling or processing techniques, which can influence the cost.
  • Printing Technology: Various 3D printing technologies exist, such as selective laser sintering (SLS), fused deposition modeling (FDM), or stereolithography (SLA). Each technology has its own considerations and cost factors. For example, SLS can be more expensive due to the use of powdered materials and laser systems, while FDM may have lower material costs but slower print speeds.
  • Post-processing Requirements: Depending on the desired finish and functionality, post-processing steps such as support removal, polishing, sanding, or painting may be necessary. These additional processes add to the overall cost of the part.
  • Volume and Batch Size: The volume of parts being produced and the batch size can impact the cost. For larger production volumes, economies of scale may come into play, resulting in lower cost per part. Conversely, producing a single or small quantity of parts may be relatively more expensive.
  • Quality and Tolerance Requirements: Parts with high precision or tight tolerances may require additional time, effort, or specialized equipment to achieve the desired quality. These factors can contribute to higher costs.
  • Part Orientation and Nesting: The arrangement and orientation of parts within the build volume can impact the overall cost. Efficiently utilizing the available space through strategic nesting or stacking can optimize material usage and reduce printing time.
  • Material Waste and Support Structures: The amount of material waste generated during printing and the need for support structures can affect the cost. Minimizing waste and optimizing the design to minimize support material requirements can help reduce costs.
  • Labor and Operator Expertise: The level of expertise required to operate the 3D printer, perform pre-processing or post-processing tasks, and handle quality control can influence labor costs. Skilled operators or specialized technicians may command higher rates.
  • Additional Services and Requirements: Special requests such as specific certifications, testing, or secondary operations like machining or surface treatment can increase the overall cost of 3D printing.

It’s important to consider these factors when estimating the cost of 3D printing parts. The specific impact of each driver will depend on the project requirements and the capabilities of the chosen 3D printing service provider or equipment. Obtaining detailed quotes and discussing your project specifics with suppliers or manufacturers will help provide more accurate cost assessments.

Achieving Quality And Cheap Metal 3D Printing Service With Be-Cu


Given the importance of those considerations, it’s worth finding a manufacturing partner to help you select a suitable 3d printing, and ensure that it offers the best quality and cost efficiency possible. At Be-Cu, our expert team of designers and engineers can offer insight not just into the 3d printing process, but material selection, tooling, and suitable CNC technologies.

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