LDO ABS Filament - High-Strength & Heat-Resistant for 3D Printing

The Proven Performer: Strength, Heat Resistance & Precision

HDT 97°C | Enclosure-Optimized | Built for Functional Parts

LDO ABS is engineered for creators and professionals who need more than just a visual prototype. It delivers the functional strength, thermal stability, and dimensional accuracy required for end-use parts, mechanical assemblies, and rigorous testing.

Engineered for Predictable Performance

Precision | Strength | Heat Resistance | Layer Bonding | Enclosure Optimized

• Tight Diameter Tolerance: 1.75 ± 0.02 mm ensures consistent extrusion for accurate dimensions, minimizing print failures due to under- or over-extrusion.
• Balanced Strength & Stiffness: tensile strength 46 MPa and flexural modulus 2350 MPa for load-bearing structures and functional components.
• Enhanced Heat Resistance: HDT 97°C (typical) for dimensional stability and shape in medium-temperature environments (e.g., inside electronics enclosures), outperforming standard plastics.
• Improved Layer Adhesion: reduces the risk of layer splitting or delamination, especially beneficial for printing long, thin-walled, or large-surface-area parts reliably.
• Optimized for Enclosed Printing: combined with a 90–110°C heated bed and minimal cooling, it delivers warp-free, stable prints with less hassle.

Built for Demanding Indoor Projects

Your Go-To Material for Tough, Functional Parts That Last

• Housing, brackets & snap-fits
• Small jigs & fixtures
• Educational models & kits
• Appliance repair parts
• Electronics enclosures (Indoor)
• Desktop Organizers & Hooks

Important Usage Note:  For applications requiring heat resistance (e.g., parts inside a car on a hot day) or prolonged outdoor exposure to sunlight and moisture, we recommend upgrading to ABS or ASA filaments.

Your Quick-Start Guide to Printing ABS

Nozzle 260°C / Bed 90–110°C / Low-speed Fan / Enclosure Recommended

• Nozzle: 260°C (Ideal starting point)
• Bed: 90–110°C (Adjust based on model size and surface)
• Speed: Walls 40–60 mm/s; Infill 80–100 mm/s
• Strategy: ①Use an enclosure to maintain a stable, draft-free environment. ②Keep the part cooling fan low or off. ③For large parts, always add a Brim to prevent corner lifting.

Spend less time tuning, more time creating.

Engineered for Consistency, Guaranteed in Every Spool

Diameter Tolerance + Neat Winding + Batch-to-Batch Consistency

• Tight Diameter Tolerance: 1.75 ± 0.02 mm for consistent extrusion and superior surface quality with minimal banding.
• Neat winding: precision-wound spools prevent snags and jumps, reducing mid-print failures and frustration.
• Batch Consistency: smaller shifts in color/gloss—critical for multi-spool projects and worry-free reordering.

Specs That Translate to Superior Prints

Turn Material Data into Project Results

• Tensile Strength 46 MPa: this means threads and screw holes resist stripping and wear, so your assemblies stay secure.
• Notched impact 19 kJ/m²: parts like clips, latches, and jigs can handle drops and impacts without cracking.
• HDT 97°C: less deformation in medium-temperature environments.
• Shrinkage 0.4–0.7%: easy to design accurate holes and snap-fits that assemble smoothly.

Find Your Perfect Filament

Answer Three Simple Questions to Pick The Right Material for Your Project—Quickly and Confidently.

• Want easy printing & mild odor but without enclosure? → Choose PLA.
• Need heat resistance and outdoor UV durability? → Choose ASA / ASA-CF.
• Need high toughness and engineering performance for indoor use? → Choose ABS.

Frequently Asked Questions

Q1: Does LDO ABS have a strong odor while printing while printing?

A: Yes, it produces fumes. For safety, always use an enclosure with ventilation or a filter.

Q2: Why do I need an enclosure?

A: A warm, stable chamber is essential — it’s the best way to prevent warping and weak layer adhesion.

Q3: My layers are splitting. How do I fix it?

A: Turn down the cooling fan, increase your nozzle and bed temperatures, and try slowing your print speed at 40–50 mm/s.

Q4: How can I stop corners from lifting (warping)?

A: Keep hotbed near ~100°C; use a 5–8 loop Brim; add a 5-8 loop brim, and apply a bed adhesive for a super-strong first layer.

Q5: Can I use ABS outdoors?

A: Not for the long term. recommended. For any outdoor or UV-exposed parts, switch to our weatherproof ASA or ASA-CF.