Yake ABS Filament

Yake ABS Filament – ​​Domestic production, trust in functional parts

Yake ABS is a 3D printer filament produced in Turkey, known for its high impact and heat resistance . Its smooth surface, strong layer adhesion, and consistent diameter tolerance ensure reliable results from prototype to end-use parts. The continuous inventory and rapid support provided by domestic production meet the expectations of professional users.

Highlights

• Domestic production assurance: Continuous quality control, fast delivery, technical support.

• High mechanical resistance: Robust construction against impact and fatigue; ideal for functional parts.

• Heat resistance: Higher service temperature compared to PLA.

• Good workability: Sanding, drilling, tapping and surface smoothing with acetate vapor (with appropriate safety precautions).

• Stable diameter: low risk of clogging and dimensional accuracy with ±0.02 mm tolerance.

Technical Specifications

• Material: ABS (Acrylonitrile Butadiene Styrene)

• Weight: 1 KG net

• Diameter / Tolerance: 1.75 mm / ±0.02 mm

• Density: ~1.04 g/cm³ (may vary depending on color)

• Heat Resistance: Higher than PLA; dimensional stability is increased when printing in a closed chamber

• Compatibility: All FDM printers that support 1.75mm ABS, such as Bamboo, Prusa, Creality, Anycubic, Elegoo, etc.

Recommended Print Settings (starting point)

• Nozzle: 235–255 °C

• Table: 90–110 °C

• Enclosure: Closed chamber (recommended to reduce warping and cracking)

• Fan: 0–20% (gradual for small parts/bridging)

• Speed: 35–60 mm/s

• Adhesion tips: PEI/textured surface + thin adhesive; first coat slowly and 0.2–0.25 mm; brim/raft helps.

Safety note: Good ventilation and, if possible, a filtered enclosure is recommended for fumes/particles generated in ABS printing.

Comparison with ABS, PLA and ASA

• Compared to PLA: Higher heat and impact resistance; advantageous in outdoor environments and mechanical loads.

• According to ASA: UV/resistance may be in favor of ASA for outdoor use; ABS offers high performance for indoor functional parts.

• Printing difficulty: More demanding than PLA; stable result when using a closed chamber.

Areas of Use

Machine tools and jigs, enclosures, gears/hinges/clips, automotive interior prototypes, hand tool bodies, interior parts subject to heat.

Packaging & Storage

• Shipped with vacuum packaging + desiccant .

• When not in use, store in a zip-lock bag in a cool, dry place. For long-term storage, drying at 70–80°C for 2–3 hours is beneficial.

FAQ – Short

• How to reduce warping: Closed chamber, high table, brim/raft, and draft-free environment.

• How to polish the surface? With acetone vapor (proper ventilation and safety precautions are required).

• Will there be an odor? Yes, ABS printing can cause an odor; good ventilation is recommended.

Delivery & Support

Fast shipping within Türkiye. Our technical team provides support for part design and printing settings.

Yake ABS Filament – ​​Domestic production, trust in functional parts

Yake ABS is a 3D printer filament produced in Turkey, known for its high impact and heat resistance . Its smooth surface, strong layer adhesion, and consistent diameter tolerance ensure reliable results from prototype to end-use parts. The continuous inventory and rapid support provided by domestic production meet the expectations of professional users.

Highlights

• Domestic production assurance: Continuous quality control, fast delivery, technical support.

• High mechanical resistance: Robust construction against impact and fatigue; ideal for functional parts.

• Heat resistance: Higher service temperature compared to PLA.

• Good workability: Sanding, drilling, tapping and surface smoothing with acetate vapor (with appropriate safety precautions).

• Stable diameter: low risk of clogging and dimensional accuracy with ±0.02 mm tolerance.

Technical Specifications

• Material: ABS (Acrylonitrile Butadiene Styrene)

• Weight: 1 KG net

• Diameter / Tolerance: 1.75 mm / ±0.02 mm

• Density: ~1.04 g/cm³ (may vary depending on color)

• Heat Resistance: Higher than PLA; dimensional stability is increased when printing in a closed chamber

• Compatibility: All FDM printers that support 1.75mm ABS, such as Bamboo, Prusa, Creality, Anycubic, Elegoo, etc.

Recommended Print Settings (starting point)

• Nozzle: 235–255 °C

• Table: 90–110 °C

• Enclosure: Closed chamber (recommended to reduce warping and cracking)

• Fan: 0–20% (gradual for small parts/bridging)

• Speed: 35–60 mm/s

• Adhesion tips: PEI/textured surface + thin adhesive; first coat slowly and 0.2–0.25 mm; brim/raft helps.

Safety note: Good ventilation and, if possible, a filtered enclosure is recommended for fumes/particles generated in ABS printing.

Comparison with ABS, PLA and ASA

• Compared to PLA: Higher heat and impact resistance; advantageous in outdoor environments and mechanical loads.

• According to ASA: UV/resistance may be in favor of ASA for outdoor use; ABS offers high performance for indoor functional parts.

• Printing difficulty: More demanding than PLA; stable result when using a closed chamber.

Areas of Use

Machine tools and jigs, enclosures, gears/hinges/clips, automotive interior prototypes, hand tool bodies, interior parts subject to heat.

Packaging & Storage

• Shipped with vacuum packaging + desiccant .

• When not in use, store in a zip-lock bag in a cool, dry place. For long-term storage, drying at 70–80°C for 2–3 hours is beneficial.

FAQ – Short

• How to reduce warping: Closed chamber, high table, brim/raft, and draft-free environment.

• How to polish the surface? With acetone vapor (proper ventilation and safety precautions are required).

• Will there be an odor? Yes, ABS printing can cause an odor; good ventilation is recommended.

Delivery & Support

Fast shipping within Türkiye. Our technical team provides support for part design and printing settings.