Stratasys Material Cost per Cubic Inch (and per Kilogram)

If you operate a Stratasys Fortus system, material pricing is typically quoted by volume—92 cubic inches per canister. However, many engineers, buyers, and procurement teams evaluate material costs by weight (kg) when comparing polymers, suppliers, or manufacturing processes.

This page converts Stratasys Fortus material pricing from cost per cubic inch to an estimated cost per kilogram, using published material densities. This allows for clearer, apples-to-apples cost analysis across materials and platforms.

A Fortus-compatible 3D printing filament spool resting on a digital scale, illustrating how material weight is used to calculate cost per kilogram.
Stratasys Material Type Density (g/cm³) Typical OEM $/92ci Estimated $/ci Estimated $/kg Notes
ABS-M30 Model 1.04 $454.00 $4.93 $289.56 General-purpose ABS production material
ABS-ESD7 Model 1.07 $522.00 $5.67 $323.59 ESD-safe ABS for fixtures and housings
ASA Model 1.07 $454.00 $4.93 $281.44 UV-stable thermoplastic for outdoor use
PC Model 1.20 $522.00 $5.67 $288.54 Higher strength and heat performance
PC-ABS Model 1.12 $522.00 $5.67 $309.15 Balanced toughness and thermal performance
Nylon 12CF Model 1.20 $774.00 $8.41 $427.83 Carbon fiber reinforced nylon for stiffness
PPSF Model 1.29 $897.00 $9.75 $461.23 High heat and chemical resistance (Fortus)
ULTEM™ 9085 Model 1.27 $887.00 $9.64 $463.27 Aerospace-capable PEI
ULTEM™ 1010 Model 1.27 $887.00 $9.64 $463.27 Higher temperature PEI for tooling / sterilization
Antero™ 800NA Model 1.30 $1,547.00 $16.82 $789.33 PEKK-based high-performance material
SR-35 Support 1.20 $454.00 $4.93 $250.95 Soluble support for ABS/ASA
SR-100 Support 1.20 $567.00 $6.16 $313.41 Support material for PC applications
SR-20 Support 1.20 $567.00 $6.16 $313.41 Support for PC-ABS builds
ULTEM™ 9085 Support Support 1.27 $842.00 $9.15 $439.77 Support material for ULTEM™ 9085
ULTEM™ 1010 Support Support 1.27 $842.00 $9.15 $439.77 Support material for ULTEM™ 1010
Fortus Plus canisters are typically 92ci usable volume. $/kg is estimated using material density to translate volume-based pricing to weight-based pricing.
Conversion used: $/kg ≈ ($/ci × 61.024) ÷ density(g/cm³). Values are practical estimates for budgeting and comparison; actual pricing may vary by region, dealer, and contract.

Key takeaway

$/in³ is best for part costing — $/kg is best for purchasing comparisons

Stratasys® Fortus® materials are typically sold as 92 in³ canisters. Converting pricing to $/in³ helps estimate part material cost from slicer volume. Converting to $/kg helps compare purchasing economics across material families — where density changes the “real” cost by weight.

  • Use $/in³ to estimate part material cost from Insight / GrabCAD volume.
  • Use $/kg to compare purchasing economics across materials and vendors.
  • Density matters: two materials can share $/in³ yet differ in $/kg.
Conversion reference: $/kg ≈ ($/in³ × 61.024) ÷ density (g/cm³)

Keep these pages consistent across your pricing + calculator hub so users can move between reference tables and tools.