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Pellet 3D Printing Cost Savings Calculator | Garuda3D

Pellet 3D printing cost savings calculator

Enter how much material you use and what you pay for it. The calculator compares your monthly material cost on filament with the same work printed from pellets, and shows the saving, cost per part and payback period.

Your numbers

Results update as you type.

kg / month
The material that ends up in good, finished parts. If you enter what you already buy each month, set wastage to 0 so it isn't counted twice. Enter how many kilograms you use in a month.
₹/ kg
Enter a price above zero.
₹/ kg
Enter a price above zero.
%
Share of the material you buy that is lost to failed prints, supports, purge and trimmings. Material to buy = requirement ÷ (1 − wastage). Enter a percentage from 0 to 90.
parts / year
Used to show material cost per part. Enter a whole number of parts, or leave it empty.
Add running costs and printer investment
%
Enter a percentage from 0 to 90, or leave it empty.
₹/ month
Additional material drying, power, maintenance or labour costs compared with your filament setup. Deducted from the material saving to give your net saving. Enter an amount of zero or more.
How are you buying the pellet printer?
₹
Enter an amount of zero or more.
₹
Enter an amount of zero or more.
Additional investment for pellet printing — Calculated automatically
Enter the total equipment investment for each technology, including installation and setup where applicable.

Monthly material cost

Material only. Running costs are compared below.

For 100 kg of material a month

Filament—
Pellets—
saved

Monthly operating comparison

Material saving—
Extra running cost for pellet printing—
Net monthly saving—

Estimated annual net saving at your current usage rate

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Estimated material cost reduction
—
Estimated annual material saving
—
Annual material requirement
—
Break-even pellet price
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Material cost per part
Add annual volume
Payback period
Enter printer investment to calculate payback

Based on your consumption, material prices, wastage and running-cost inputs, and assumes they stay the same through the year. Actual savings depend on material suitability, processing requirements and operating conditions. This is an estimate, not a guarantee.

Get a pellet 3D printing feasibility assessment Your numbers are sent with the request.

Explore Garuda3D pellet 3D printers

Both printers feed directly on 2–4 mm plastic pellets through a motorised auger extruder. Choose by the size of the parts you make.

Garuda3D GF500 pellet 3D printer

GF500 — Pellet 3D Printer

For customers evaluating pellet extrusion for prototypes, functional components and other medium-to-large parts.

Build volume
500 × 500 × 500 mm
Nozzle
2 mm standard (0.8–2 mm)
Max nozzle temp
300°C
Layer height
0.4–2 mm
Max throughput
0.5 kg/hr (PLA, 2 mm nozzle)
Materials
PLA, ABS, PETG, TPU/TPE, PPGF, PPCF, HIPS, GPPS
Garuda3D GF1000 large-format pellet 3D printer

GF1000 — Large-Format Pellet 3D Printer

For customers evaluating larger parts and production applications that benefit from a 1-metre build volume.

Build volume
1000 × 1000 × 1000 mm
Nozzle
2 mm standard (0.8–3 mm)
Max nozzle temp
300°C
Layer height
0.4–2 mm
Max throughput
0.5 kg/hr (PLA, 2 mm nozzle)
Materials
PLA, ABS, PETG, TPU/TPE, PPGF, PPCF, HIPS, GPPS

How the numbers are worked out

Nothing is hidden. These are the exact formulas the calculator uses, so you can check them against your own spreadsheet.

Material to buy
monthly requirement ÷ (1 − wastage %)
Filament material cost / month
filament bought × filament price per kg
Pellet material cost / month
pellets bought × pellet price per kg
Material saving / month
filament material cost − pellet material cost
Net monthly saving
material saving − extra running cost for pellet printing
Annual net saving
net monthly saving × 12 (at your current usage rate)
Material cost reduction
material saving ÷ filament material cost × 100
Break-even pellet price
(filament material cost − extra running cost) ÷ pellets bought
Cost per part
material cost × 12 ÷ parts per year
Additional investment
pellet printer − filament printer (when buying instead of a filament printer)
Payback period
investment counted ÷ net monthly saving

Example: if the same material costs ₹1,000/kg as filament and ₹250/kg as pellets, the raw material cost difference is ₹75,000 for every 100 kg consumed.

Payback example: a material saving of ₹13,200 a month minus ₹1,500 extra running cost gives a net saving of ₹11,700. If the pellet printer costs ₹6,00,000 and the filament printer you would otherwise buy costs ₹5,00,000, the additional investment is ₹1,00,000 and pays back in about 8.5 months. Bought as an additional machine, the full ₹6,00,000 would take about 51.3 months.

Get a pellet 3D printing feasibility assessment

Tell us what you make and how much material you use. The Garuda3D team will check whether pellet printing suits your parts and get back to you.

What the assessment covers

  • Material suitability for pellet printing
  • Recommended pellet printing approach
  • Estimated operating economics
  • Suitable Garuda3D printer configuration
kg / month
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We use these details only to reply to your request.

Frequently asked questions

How does the pellet 3D printing cost calculator work?

It divides your monthly material requirement by (1 − wastage) to get the material you need to buy, then multiplies that by the filament price and by the pellet price. The difference is your material saving. It then deducts any extra monthly running cost you enter for pellet printing to give your net monthly saving. Annual figures are the monthly figures multiplied by 12, which assumes your consumption, prices and wastage stay the same through the year. Payback is the investment counted divided by the net monthly saving.

Why is pellet material usually cheaper than filament?

Filament is made from pellets: they are melted again, extruded into a strand of tightly controlled diameter, wound onto spools and packed. That extra processing and packaging is reflected in the price per kilogram. This doesn't mean every pellet grade is cheaper than every filament, so compare the same material and grade using your own supplier quotes.

Are the savings shown by the calculator guaranteed?

No. Results are estimates based on the figures you enter. Actual savings depend on your application, material suitability, print settings, wastage and the processing requirements of your parts.

What costs does the calculator not include?

Unless you include them in the extra running cost, it does not include electricity, labour, maintenance or equipment depreciation. It also does not account for differences in print time, post-processing, part quality or financing costs between the two processes.

Which Garuda3D printers print with pellets?

The GF500 has a 500 × 500 × 500 mm build volume, and the GF1000 is a large-format pellet printer with a 1000 × 1000 × 1000 mm build volume. Both use a motorised auger extruder that feeds directly on 2–4 mm pellets.

Can I print directly from recycled plastic pellets?

Sometimes. It depends on the polymer type, pellet size and consistency, contamination, moisture, additives and the printer configuration. Recycled pellets are not automatically suitable for every pellet extrusion system, so they need to be tested first. Share a sample description in the feasibility assessment and our team will check it.

What do I need to share for a pellet 3D printing feasibility assessment?

Your material, your application, the approximate size of your parts, your production volume and monthly material consumption, and how you make the parts today. The calculator results are sent with your request automatically.

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