Synced from Product Parameters V2: Basic & Appearance
| Recommended printing conditions | Nozzle Temperature240-260°CRecommended Nozzle Diameter≥0.2 mmRecommended build surface treatmentGlass、PEI Film or PC FilmBuild plate temperature100-110°CChamber TempSealing or 60-80°CCooling fan speedOff-30 %Print speed30-120 mm/sRetraction distance1-5 mmRetraction speed1800-3600 mm/minRecommended Support MaterialFusFree™ S-Multi Quick-Remove SupportDrying setting70℃ for 5-6hAnnealingN/A |
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Printing Tips：1.Compared with PLA, PETG and other materials, ABS materials need a higher chamber temperature to help release the residual stress during the printing process. Please keep the printer chamber closed during the printing process. It can effectively avoid printed parts from warping and cracking. If the device has a heated chamber, it is recommended to set the temperature of heated chamber between 60-80°C.2.If the ABS filament has been unpacked for a long time and the printing quality starts to degrade during the printing process, please dry the filament at 70-80°C for 4-6 hours before printing. Although FusFun™️ ABS has much less odor compared with similar products, it is still recommended to place the printer in a well-ventilated area during printing. Recommended printing conditions
No matching print profile files.
연결된 제품 파라미터 V2의 값으로, 슬라이싱 및 시험 인쇄의 출발점이 됩니다.
Core temperature, speed and cooling settings from Product Parameters V2.
Nozzle, build plate and pre-print preparation recommendations.
Support material, spacing and compatible material recommendations.
FusRock 3D printing materials in the Automotive segment, illustrated by “Electric vehicle conductive component connector verification inspection tool”, balancing structural strength, print fidelity and field reliability.
FusRock 3D printing materials in the Home Decoration segment, illustrated by “Wireless charging desktop modified accessories”, balancing structural strength, print fidelity and field reliability.
FusRock 3D printing materials in the Automotive segment, illustrated by “Engine intake pipe modification parts”, balancing structural strength, print fidelity and field reliability.
FusRock 3D printing materials in the Outdoor Durability segment, illustrated by “Rescue ship application case”, balancing structural strength, print fidelity and field reliability.
FusRock 3D printing materials in the RC Aircraft & Drones segment, illustrated by “Application cases of remote-controlled unmanned aircraft”, balancing structural strength, print fidelity and field reliability.
FusRock 3D printing materials in the Industrial Parts segment, illustrated by “Daily accessories or industrial parts storage box”, balancing structural strength, print fidelity and field reliability.
FusRock 3D printing materials in the Tabletop Games segment, illustrated by “Customized mechanical keyboard”, balancing structural strength, print fidelity and field reliability.
FusRock 3D printing materials in the Industrial Parts segment, illustrated by “Product shell cover”, balancing structural strength, print fidelity and field reliability.
FusRock 3D printing materials in the Electrostatic Discharge segment, illustrated by “Anti-static bracket for electronic products”, balancing structural strength, print fidelity and field reliability.
No FAQs for this product yet.
通用安全提示（FusRock）
| 短期不使用时 | 放入密封防潮盒或进行简易抽真空即可，避免阳光直射。 |
|---|---|
| 长期不使用 | 将耗材放入出厂铝箔袋并尽量排出袋内空气（条件允许时在袋内再放一包干燥干燥剂）；外套一层家用抽真空保鲜袋后抽真空。置于阴凉干燥处，避免阳光直射。 |
PTC 小型烘干盒：60–70℃，烘干 4–6 小时。
小型恒温鼓风烘干机：箱内温度场往往不均匀，可能导致料盘变形；此类设备上建议适当降低温度并缩短单次烘干时间（示例：40–45℃，约 4 小时），并结合材料详情中的干燥建议综合判断。
重要：若按此温度烘干后打印效果仍无改善，请先用空料盘做温度测试，再酌情提高烘干温度，以防温度过高或不均匀导致料盘烘干变形。
大型恒温鼓风烘干机：60–70℃，烘干 4–6 小时。
PS：为什么不同烘干设备适用温度会有差别？可在后台插入说明或外链「点击了解」。
⚠ 操作前请阅读
（可插入「变形 vs 正常」料盘对比照片，注意控制烘干温度与摆放方式。）
耗材受潮的影响
| 未受潮 | 受潮 |
|---|---|
| 表面相对整洁、颜色正常、力学性能在规格内 | 可能出现痘痕/毛刺/拉丝、颜色发白、力学性能下降等（因材料而异） |
（可插入 RH80% 环境下拆封后第 1 / 2 / 3 天打印同一模型的对比图。）
* 上述吸湿对比示例可能因产品系列而异（例如 PAHT-CF），请在插入图片时于脚注中注明材料系列。
No application disclaimer to display yet. Link a Product Parameters V2 record to this product in the admin.
