3D Printer Specifications

Know what I can print before you ask!

I currently run four 3D printers with different capabilities - three FDM (filament) printers and one resin printer. Here's what each one can do so you know what's possible for your project. I'm personally not good at designing CAD and models, so please send a finished file.

Standard Temp
📏

Sovol SV08

Standard Temperature Only

View Printer Specs →

Build Volume: 350 x 350 x 330 mm
Volume (inches): ~13.8" x 13.8" x 13"
Enclosure: ⚠️ Partially Enclosed

✅ Supported Materials

PLA PETG TPU

⚠️ NOT rated for high-temp materials (ABS, ASA, PC)

Best For:

  • Large prints (bigger build volume!)
  • PLA decorative items
  • PETG functional parts
  • Prototypes and models
  • Big figurines and art

❌ Cannot Print:

  • ABS (warping issues without full enclosure)
  • ASA (requires full enclosure)
  • Polycarbonate (too high temp)
Resin (SLA)
💎

ELEGOO Saturn 4 Ultra

Ultra High Detail - Different Technology

View Printer Specs →

Technology: SLA/Resin
Resolution: Ultra High Detail
Build Volume: Varies by model
Surface Finish: ✨ Smooth & Glossy

What's Different?

Resin printing uses liquid resin cured by UV light instead of melted plastic filament. This gives incredibly smooth, highly detailed results!

✅ Resin Types Available

Standard Resin Tough Resin Flexible Resin Various Colors

Resin prints require post-processing (washing & curing)

Perfect For:

  • Miniatures & figurines (amazing detail!)
  • Jewelry & small intricate parts
  • Dental/medical models
  • Prototypes with fine features
  • Smooth surface finish parts

⚠️ Considerations:

  • Generally more brittle than FDM prints
  • Requires post-processing time
  • Not ideal for large functional parts
  • UV sensitive (can degrade in sunlight)

FDM vs Resin: Which is Right for You?

🖨️ FDM (Filament)

My 3 enclosed/large printers

  • ✅ Stronger, more durable parts
  • ✅ Larger build volumes
  • ✅ Wide material choices
  • ✅ Better for functional parts
  • ✅ Less post-processing
  • ⚠️ Visible layer lines

Use when: You need strength, size, or specific materials

💎 Resin (SLA)

My resin printer

  • ✅ Incredibly smooth finish
  • ✅ Ultra-fine detail
  • ✅ Great for miniatures
  • ✅ Perfect for jewelry/models
  • ⚠️ More brittle
  • ⚠️ Requires post-processing

Use when: Detail and surface finish matter most

Material Quick Reference

Not sure which material you need? Here's a quick guide:

PLA

Standard Temp

Best for: Decorative items, prototypes, low-stress parts

Properties: Easy to print, biodegradable, good detail

Not for: High heat, outdoor use, mechanical stress

Available on: All 3 printers

PETG

Standard Temp

Best for: Functional parts, mechanical components, containers

Properties: Strong, flexible, chemical resistant

Not for: Very high temperatures

Available on: All 3 printers

ABS

High Temp

Best for: Durable parts, heat resistance, automotive

Properties: Strong, heat resistant, can be acetone smoothed

Not for: Outdoor UV exposure (use ASA instead)

Available on: Enclosed printers #1 & #2 only

ASA

High Temp

Best for: Outdoor parts, UV resistance, weather exposure

Properties: Like ABS but UV resistant

Not for: Food contact

Available on: Enclosed printers #1 & #2 only

TPU (Flexible)

Standard Temp

Best for: Flexible parts, gaskets, phone cases, grips

Properties: Rubber-like, flexible, impact resistant

Not for: Rigid structural parts

Available on: All 3 printers

Build Volume Comparison

Enclosed #1 & #2
256³ mm
(~10" cube)
🔥 High-temp capable
Large Format
350x350x330 mm
(~13.8"x13.8"x13")
📏 Bigger prints, standard materials

Need something specific? Reach out and we'll figure out which printer works best for your project!

Ready to Print?

Now that you know what I can do, let's make your project happen!