







Inslogic PETG 3Dプリンター用フィラメント 3KG(1kg × 3スプール)、1.75mm ブラック
Trusted by 5,500+ makers worldwide
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Trusted by 5,500+ makers worldwide
Trusted by 5,500+ makers worldwide
- Easy-to-Print, No Enclosure Needed: Combines the printability of PLA with the durability of ABS—no heated chamber required.
- Factory Pre-Dried & Vacuum Sealed: Each spool is dried and sealed with desiccant before shipping, ready to print straight out of the bag.
- Strong Layer Adhesion: Forms solid interlayer bonds that reduce cracking and delamination for reliable mechanical performance.
- Low Shrinkage & Dimensional Stability: Minimizes warping, keeping both detailed models and large-format prints true to size.
- Heat & Impact Resistant: Enhanced toughness compared to standard PLA, built for parts exposed to daily handling and stress.
- Compatible: Works with Bambu Lab AMS, A1 Mini, Creality, Prusa, Anycubic, Elegoo, QIDI, and most 1.75mm FDM printers.
- Drying Settings: 60-65 °C, 4h
- Nozzle Size: 0.2, 0.4, 0.6 mm
- Nozzle Temperature & Printing Speed: 240-260 °C at 50-300 mm/s
- Bed Temperature: 60 - 70 °C
- Cooling Fan Speed: 100%
- Bed Type: Smooth PEI Sheet, High Temperature Plate
* The settings displayed above are intended as guidance to help you find your optimal print settings. These ranges in settings should work for most printers. Each desktop 3D printer has its own characteristics and requires fine-tuning and optimization of these settings to achieve the best printing results.
Inslogic PETGフィラメントは、直径1.75mmのフィラメントを使用するFDM 3Dプリンター向けに幅広く設計されており、±0.02 mmの精度で製造されています。長時間のプリントでもスムーズな送りと安定した押し出しを実現します。
PLAの印刷しやすさとABSの耐久性を兼ね備えたPETGは、安定した押し出し、強固な層間接着、安定した印刷品質を実現し、初心者から経験豊富なメイカーまで幅広く使用できます。バランスの取れた強度と靭性により、ブラケット、ツールホルダー、プロトタイプ、ワークショップ用アクセサリー、日常使用するパーツなど、実際の取り扱いや機械的ストレスに耐える必要がある機能的な用途に最適です。
各スプールは工場であらかじめ乾燥され、乾燥剤とともに真空密封してから包装されているため、袋から取り出してすぐに印刷でき、水分に起因する印刷トラブルを軽減できます。優れた層間接着性により強固な層間結合を形成し、ひび割れや層間剥離を抑制します。また、低収縮性と寸法安定性により、詳細なモデルから大型の機能部品まで、反りを最小限に抑えながら正確なサイズを維持できます。
標準的なPLAと比べて靭性と耐熱性が向上したInslogic PETGは、プロトタイプ、エンジニアリングモデル、収納用品、取り付けブラケット、交換部品、製造補助具に適しています。Bambu Lab、Creality Enderシリーズ、Prusa、Anycubic、Elegoo、QIDI、および標準的なPETG設定で動作するほとんどの1.75mm FDM 3Dプリンターに対応しています。
Bambu Lab AMSおよびA1 miniに対応。
- Length: 300 m
- Net Weight: 1 kg
- Reusable Spool & Cardboard Coil Weight: 232 ± 3 g
- Total Weight: 1.233 ± 0.03 kg
- Diameter: 1.75 mm ± 0.02 mm
- Tensile Strength: 58 MPa
- Elongation at Break: 16%
- Flexural Strength: 80 Mpa
- Flexural Modulus: 2400 Mpa
- Heat Deflection Temperature at 0.45 MPa: 75 ℃
* All specifications have been tested in a laboratory. Please note that material properties may vary based on part geometry, print orientation, print settings, and temperature.
How to Use Inslogic Reusable Spool and Refill
FAQ
Shipping
It depends on where you are.
Within our delivery locations, all packages are shipped via USPS, DHL, FedEx, DPD, or UPS and will arrive within 3-10 business days (except for pre-sale items).
United States: 3-7 business days
Germany: 1-3 business days
Other Europe Contury: 3-10 business days
United Kingdom: 2-4 business days
Delivery details will be provided in your confirmation email. Check delivery location here.
About Filament
For optimal results
1. Before printing: Dry the filament thoroughly.
2. For long prints (>6H): Use moisture protection throughout the process.
Inslogic Refill Filament compatible with Bambu Reusable Spool and Sunlu Third-Generation Reusable Spool.
It is recommended to keep them in a dry and cool place, away from direct sunlight and moisture.
Consider using vacuum-sealed bags to keep moisture, odors, and bugs away.
The quality of your prints depends on both the printer and the filament used.
To achieve the best results, it's advisable to fine-tune the slicing parameters to discover the optimal settings for various filaments and printers.
- The nozzle might be too distant from the bed.
- Ensure that your heated bed is both level and clean.
- Additionally, confirm that your printing and bed temperatures are within the correct range; Adjust them if necessary.
When working with specialty filaments like ABS, ASA, and others, consider reducing the first layer print speed to enhance your chances of success.











