Smart Print ABS+ Filament - Black 1 kg / 1,75 mm

Smart Print ABS+ Filament - Black 1 kg / 1,75 mm

Smart Print ABS+ 3D printing filament is developed through extensive modification and optimization of traditional ABS materials, resulting in a comprehensive upgrade in performance. Compared with standard ABS materials, it offers superior mechanical properties, lower odor emissions, and reduced shrinkage, delivering a better 3D printing experience and more reliable printed objects. Product features Excellent Mechanical Properties High strength and impact resistance. Printed parts are solid and durable, capable of withstanding significant external forces, making them suitable for applications requiring high mechanical strength. Eco-friendly and Low Odor With a low content of volatile organic compounds (VOCs), it emits minimal odor during printing, ensuring a comfortable printing environment and reducing potential health risks. Low Shrinkage Rate The shrinkage of Smart Print ABS+ is significantly lower than that of traditional ABS materials, effectively minimizing the risk of warping and cracking. It ensures precise dimensions and clean appearance, improving both printing success rate and product quality. Outstanding Printability It retains the easy-printing characteristics of ABS. Thanks to optimized fluidity and thermal stability, it ensures smooth printing with reduced risk of nozzle clogging and can reproduce complex geometries and fine details accurately. Printing parameters Nozzle temperature: 250°CBuild surface material: PEI, glassBuild surface treatment: glueBuild plate temperature: 80 - 110°CCooling fan: offPrinting speed: 30 - 150 mm/sRaft separation distance: 0.2 mmRetraction distance: 7 mmRetraction speed: 20 mm/sThreshold overhang angle: 60° Based on a 0.4 mm nozzle. Printing conditions may vary with different nozzle diameters. Drying recommendations To ensure print quality, it is recommended to dry Smart Print ABS+ filaments before use. Long exposure to humidity may negatively impact printing, causing defects such as bubbles or delamination. A professional filament dryer is recommended. If a dryer is unavailable, a household oven can be used with great care to avoid overheating and deformation. Precautions Shrinkage: Although Smart Printb ABS+ has a low shrinkage rate, thermal insulation is still necessary. It is advisable to print inside a closed printer chamber or use a heat cover around the build platform to reduce heat loss and warping. Cooling Control: Due to the material’s relatively low cooling performance, print settings should be adjusted as needed. If a cooling fan is used, its speed should be kept low to prevent uneven cooling. For models with large overhangs, reduce print speed or modify the model to lessen overhang angles for better results. Filament Storage: Store in a dry, cool place, away from moisture and direct sunlight. Seal unused filament to avoid moisture absorption, which could impact future prints. Printer Compatibility: Ensure your printer is compatible with Smart Print ABS+ filament. Different printer brands and models may require different filament specs (e.g., nozzle diameter, feeding systems). Incompatibility may result in issues such as nozzle clogging or poor filament feeding. Spool dimensions: Ø 195 mmSpool center diameter: Ø 75 mmSpool width: 58 mm Disclaimer of Liability The typical values provided in this datasheet are for reference and comparison only. They should not be used as design specifications or for quality control. Actual values may vary depending on print conditions. The performance of printed parts depends not only on the material but also on design, environment, and print parameters.Each user is responsible for evaluating the safety, legal compliance, technical suitability, and recycling/disposal of Smart Print materials for their intended application. Smart Print makes no warranty of any kind regarding suitability for any specific use or application and is not liable for any damage, injury, or loss resulting from the use of materials. Always use the parameters given directly on the spool.