Reciflex Pellet
Reciflex Pellet is a fully recycled TPU in pellet form, ideal for sustainable 3D printing projects.
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Reciflex is a groundbreaking 100% recycled TPU flexible filament, sourced from both local footwear industry waste and Recreus' production processes. Each batch undergoes meticulous selection and magnetic screening to ensure optimal print quality and performance. With a Shore hardness range of 96A-98A, this sustainable filament delivers exceptional mechanical properties and solvent resistance while maintaining consistent print quality.
Available exclusively in black, achieved through careful pigmentation of recycled materials, Reciflex offers universal compatibility with all 3D printers in the market. This eco-conscious filament not only provides outstanding mechanical performance but also adds sustainable value to every print. By choosing Reciflex, you're not just creating flexible, durable parts - you're contributing to a more sustainable future in 3D printing.
Key Features
- Sustainable Material: 100% recycled TPU Eco-Friendly
- Professional Grade: 96A-98A Shore hardness
- Quality Assured: Magnetically screened for purity
- Universal Use: Compatible with all 3D printers
- Eco Impact: Locally sourced recycled materials Sustainable
Professional Applications
- Protection Solutions: Camera and phone protective cases
- Drone Components: Impact-resistant protective parts
- RC & Robotics: Wheels and flexible components
- Industrial Parts: Solvent-resistant components
- Sustainable Projects: Eco-conscious flexible parts
Complete Technical Printing Guide - RECIFLEX
🌡️ 1. Material Preparation
Filament Drying (CRUCIAL):
- 📏 Temperature: 55°C
- ⏱️ Minimum time: 1 hour
- 💡 Proper drying is essential for optimal printing results
⚡ 2. Understanding Print Speed
Volumetric vs. Linear Speed
- 🌊 Volumetric Speed (mm³/s): Like water through a hose - measures how much plastic flows per second, regardless of nozzle size.
- 📏 Linear Speed (mm/s): Like walking speed - how fast the printer head moves across the print area
- 🔑 Key Formula: Linear Speed = Volumetric Speed / (Line Width × Layer Height)
✨ The Magic: When you set a volumetric speed limit in your slicer, it automatically calculates and adjusts all linear speeds (perimeters, infill, etc.) based on your current nozzle size and layer height. This ensures consistent material flow regardless of your print settings!
⚙️ 3. Basic Parameters
Unique Characteristics of Reciflex
Unlike rigid filaments, TPU stretches when extruded, producing thinner lines. The line width will be smaller than the nozzle diameter. To ensure proper bonding between vertical walls and perimeters
| Nozzle | Layer Height | Line Width | Volumetric Speed | Temperature |
|---|---|---|---|---|
| 0.4mm | 0.2mm | 0.40mm | 4.5 mm³/s | 245°C |
| 0.6mm | 0.3mm | 0.60mm | 10.1 mm³/s | 245°C |
| 0.8mm | 0.4mm | 0.80mm | 18.0 mm³/s | 248°C |
| 1.0mm | 0.5mm | 1.00mm | 28.1 mm³/s | 250°C |
🚀 4. Speed Settings
0.4mm Nozzle (Volumetric Speed: 4.5 mm³/s)
| Line Type | Percentage | Speed |
|---|---|---|
| External Perimeter | 50% | 28.13 mm/s |
| Internal Perimeters | 75% | 42.19 mm/s |
| Infill | 100% | 56.25 mm/s |
| Top/Bottom | 60% | 33.75 mm/s |
| First Layer | 30% | 16.88 mm/s |
0.6mm Nozzle (Volumetric Speed: 10.1 mm³/s)
| Line Type | Percentage | Speed |
|---|---|---|
| External Perimeter | 50% | 28.06 mm/s |
| Internal Perimeters | 75% | 42.08 mm/s |
| Infill | 100% | 56.11 mm/s |
| Top/Bottom | 60% | 33.67 mm/s |
| First Layer | 30% | 16.83 mm/s |
0.8mm Nozzle (Volumetric Speed: 18.0 mm³/s)
| Line Type | Percentage | Speed |
|---|---|---|
| External Perimeter | 50% | 28.13 mm/s |
| Internal Perimeters | 75% | 42.19 mm/s |
| Infill | 100% | 56.25 mm/s |
| Top/Bottom | 60% | 33.75 mm/s |
| First Layer | 30% | 16.88 mm/s |
1.0mm Nozzle (Volumetric Speed: 28.1 mm³/s)
| Line Type | Percentage | Speed |
|---|---|---|
| External Perimeter | 50% | 28.10 mm/s |
| Internal Perimeters | 75% | 42.15 mm/s |
| Infill | 100% | 56.20 mm/s |
| Top/Bottom | 60% | 33.72 mm/s |
| First Layer | 30% | 16.86 mm/s |
↩️ 5. Retraction Settings
🚀 IMPORTANT: Set travel speed to the maximum your machine allows (200-500mm/s). Faster movements reduce filament oozing time, minimizing stringing.
| Nozzle | Distance | Speed | Z-Hop |
|---|---|---|---|
| 0.4mm | 1.8-2.5mm | 40mm/s | 0.2mm |
| 0.6mm | 1.8-2.5mm | 40mm/s | 0.2mm |
| 0.8mm | 2.0-3.0mm | 40mm/s | 0.2mm |
| 1.0mm | 2.0-3.0mm | 40mm/s | 0.2mm |
🌡️ 6. Bed Temperature Settings
Bed Temperature:
- Small parts: No heating (room temperature)
- Large parts: 50-55°C
❄️ 7. Cooling Settings
Cooling Configuration:
- General: 0% (fan off)
- KEEP FAN ALWAYS: OFF
- Force fan speed for overhangs and bridges: OFF
- Layers < 20 seconds: 40% fan
- First layer: Always 0%
🔧 8. Troubleshooting Guide
| Problem | Solution |
|---|---|
| Irregular extrusion | 1. Dry the filament 2. Check extruder 3. Reduce speed |
| Poor adhesion | 1. Dry the filament 2. Use adhesive 3. Adjust first layer |
| Stringing | 1. Dry the filament 2. Adjust retraction 3. Increase travel speed 4. Check temperature |
✨ 9. Best Practices
- 🌡️ Keep filament dry - store properly and dry before use
- ⚙️ Preferably use direct drive extruder
- 🔄 Print multiple small parts simultaneously for better results
- 🚀 Use maximum travel speed to minimize stringing
⚠️ PLEASE NOTE: These printing parameters are initial recommendations based on our experience. They may need adjustment depending on your specific 3D printer, environmental conditions, and the geometry of the part you are printing. Use these settings as a starting point and fine-tune them according to your specific needs.
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