We often see online discussions about the price of 3D prints, or more specifically: how to calculate the price for having something 3D printed. Since there are many myths floating around, we figured out that many people will be interested in a deep dive into various aspects of this field. So, how do you set the right price for a 3D print? We’ll take you through the main aspects of 3D printing pricing that affect the price, however, if you’re not really keen on learning every single detail, feel free to scroll down to the end – we have a small surprise for you there.
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Let’s imagine a purely hypothetical example of a certain Josef from Prague (any similarities to actual persons or places are purely coincidental), who bought three 3D printers to make some profit: he has the Original Prusa i3 MK3S, Original Prusa MINI, and the Original Prusa SL1.
A customer ordered this test object from Josef and wishes to know the price of the object printed on the printers mentioned above. It should be printed with Prusament PLA Orange (MK3s and MINI) and with Prusa Orange Tough resin (SL1).
Josef already knows that the most expensive aspects are manpower and filament (or resin). Filament and resin prices depend on the manufacturer’s pricing, which makes counting the material costs very simple. 1kg of Prusament PLA Orange costs 24.99 USD (without tax and shipping) and according to PrusaSlicer, one tree frog model consumes 6.27 g of filament (basic settings – 0.15mm layer height, 15% gyroid infill).
Josef simply calculated (24.99 / * 6,27) that material for one tree frog on the MK3s or MINI will cost him 0.15 USD. Printing a tree frog without supports on the SL1 (0.05mm layer height) will consume 10.43 ml resin – this costs 0.6 USD. If the customer wants to print it with other materials, the price could rise a lot. There are filaments with a price exceeding 90 USD/kg and resins more expensive than 315 USD/kg.
The bottom line here is pretty simple: Material cost = filament price / filament weight (g) * model weight (g)
Josef values his work at 9.50 USD/hour (calculated from average wage in the Czech Republic for the year ). He already knows that print preparation (including slicing) takes him approximately 5 minutes (10 minutes in case the resin in the SL1 needs to be changed). Therefore, he calculated the work on one treefrog to 0.8 USD for MK3s/MINI and 1.6 USD for SL1. It’s not too expensive to prepare small models downloaded from the internet. However, it’s important to know that plenty of models require more difficult print preparations. Even slicing alone can take even 30 minutes or more – e.g. preparing supports for SLA printing using manual supports can take a long time.
The price for human labor can, in many cases, reach dozens of USD, especially in cases when something completely new has to be designed. Even a relatively simple technical part can take several hours to draw, which increases the price dramatically.
Another thing that Josef calculated was 3D printer operation costs. He started with electricity: according to the local electricity distributor’s rates, 1 kWh costs from 0.07 USD to 0.09 USD. Let’s work with 0.09 USD. The printer input power depends on several factors, however, most of the time it needs around 100-150 W. Printing a tree frog on the MK3s takes 1h 16 min, 1h 10min on the MINI, and 1h 48 min on the SL1. With 150W power input (usually it’s not that much), electricity for printing one tree frog will be less than 0,023 USD. Such a low price is practically negligible.
On the other hand, Josef would like to recoup the money he spent on buying his printers within 6 months ( hours) of printing. This led him to add a fixed fee to printing hour costs. The fee (based on our actual printer prices) is 0.21 USD/hour for the MK3S, 0.1 USD/hour for the MINI, and 0.36 USD/hour for the SL1.
3D printer operation costs = Printer price / required investment return time (h) * print time (h)
Electricity cost = negligible
Josef is still afraid that his investment might not return with these prices. There are other factors coming into play as well: for example, a printing accident could occur, causing the loss of filament. Or there may be extra maintenance costs. The most common issues are usually print quality problems (e.g. printing large ASA-based objects can lead to warping etc.). You can head over to our older articles about print quality and troubleshooting.
In other words, it’s not easy to calculate a price that would cover all potential issues and/or mistakes. It largely depends on the user’s experience and many other factors. In this case, Josef has to observe what percentage of prints tend to fail over a long period, and what do these failures cost him. However, for starters, he set the margin to be 30% of the material (filament or resin) price.
So, let’s sum up the order: Josef charged the customer the following prices: 1.3 USD (MK3s), 1.16 USD (MINI), and 3.15 USD (SL1), tax not included. Certainly, there will be many people who see it differently – there are customers who won’t pay larger sums of money and there are makers who don’t see it profitable enough.
The purpose of this guide is to give you an overview of all things you should take into account when calculating the costs. Basically, you need to include the material costs, time spent on print preparations, and some kind of “failure insurance”, plus general running costs. The price for energy consumed is almost negligible. Really long prints will be around a dollar, tops. Obviously, we did not include taxes – if you want to start a business with commissioned 3D printing, you need to check your country’s laws regarding this kind of work.
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Here’s a complete recap of Josef’s order:
Material: 0.15 (MK3s) + 0.15 (MINI) + 0.6 (SL1) USD
Labor: 0.8 (MK3s) + 0.8 (MINI) + 1.6 (SL1) USD
Printer operation: 0.27 (MK3s) + 0.12 (MINI) + 0.65 (SL1) USD
Margin (30% of material cost): 0.05 (MK3s) + 0.05 (MINI) + 0.18 (SL1) USD
Total: 5.42 USD
Finally, let’s see how the price would change if the customer wanted to have a truly large and complex model printed on the MK3s. Again, it’s a downloaded model, which is pretty much ready to print, however, it takes 1 day, 17 hours, and 48 minutes to finish. The material of choice is a non-standard carbon fiber composite material XT-CF20, which costs 49.99 USD and we will need 756 g to finish the print. Other values necessary for the calculation remain the same:
Material: (49.99 / 750) * 756 = 50.39 USD
Labor: 0.8 USD
Printer operation: 0.21 * 41.8 + 0.023 * 41.8 = 9.74 USD
Margin (30% of material cost): 50,39 * 0,3 = 15,12 USD
Total: 76.05 USD
It comes as no surprise that larger objects and expensive materials also mean much higher final prices, even though the price for labor stays the same. Printer running/maintenance costs gradually increase with printed hours. Similarly, the price can increase even with seemingly simple parts, if it needs more of Josef’s time (for example drawing the part, manual editing of supports etc.).
We know that there’s a lot of things to cover, so this is why we made this handy 3D Printing Price Calculator! It’s incredibly easy to use: just fill in the data and it will give you the result immediately! You can set every necessary attribute there and you can share your results with other people. The calculator can also import existing G-codes, saving you even more time. Give it a go!
Do you use 3D printing to make a living? Share your experience with pricing and general thoughts in the comment section – we’re sure that many others will find it useful!
You can use 3D printing for prototypes or one-of-a-kind items. Let The UPS Store® bring your ideas to life. We can even use your 3D CAD file.
We understand when you do your own manufacturing, jigs and fixtures are critical for ensuring high quality and efficiency during assembly and testing. Our 3D printer can create complex parts so you are not dependent on a CNC machine.
Want to design your own smartphone case or money clip? Most items that are smaller than a bread box and can be made out of a single color of plastic are perfect for 3D printing.
You can work in just about any 3D architectural design program and then export to common 3D CAD file types. The finished product is ready to show off, or you can sand and paint your building to give it just the right look.
The UPS Store 3D print locations can now also offer you 3D CAD and 3D scanning services through HoneyPoint3D. Getting a custom 3D print has never been easier – you dream it, HoneyPoint3D designs it, The UPS Store prints it. Enjoy the HoneyPoint3D benefits of an easy quoting process, affordable and quality engineering, online viewing of your 3D files, and efficient turnaround times. Get your 3D CAD or scan quote today!
Here a few questions we frequently hear about 3D Printing.
3D Printing is a manufacturing process that uses a digital file to create three-dimensional objects one layer at a time. We run a system that uses ABS plastic and soluble supports to create realistic prototypes and marketing models.
Small business owners and aspiring entrepreneurs will have the opportunity to print prototypes as part of the new product development process. With this printer, The UPS Store locations will be equipped to produce items like engineering parts, functional prototypes, acting props, architectural models, fixtures for cameras, lights and cables.
The time it takes to print an object will depend on the complexity of the design. A simple object may take 4-5 hours, while a complex object may take 24 hours.
For more information, please visit aluminum cnc machining service.