Bambu Lab H3C
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Product Details
5 Reasons to try Bambu Lab H3C:
1. Equipped with the Swaptek multi-head flash-switch system, the Bambu Lab H3C houses 9 independent print heads, each with its own feeding channel, heater, and hardened steel nozzle. Mechanical tool swaps complete in just 3.4 seconds, with printing resuming in as fast as 6 seconds thanks to intelligent pre-heating. By swapping dedicated heads instead of constantly retracting and flushing single nozzles, it dramatically cuts purge waste and print times on complex multi-color designs.
2. Move beyond decorative figurines into end-use, multi-property manufacturing. The H3C tackles ultra-soft Shore 75A TPU using a 2.85mm filament path and dynamic extrusion clamping to prevent flexible feeding jams. By fusing soft rubbers and rigid plastics in a single print job with high-temperature layer bonding, you can produce functional items like watches with flexible straps or cushioned tool handles without requiring adhesive assembly.
3. Built for demanding composites like carbon fiber nylon and polycarbonate, the H3C features an actively heated sealed chamber paired with high-temperature, wear-resistant nozzles. This controlled thermal environment prevents warping and cracking on dense functional parts. Additionally, the integrated AMS 3H bay includes two 85°C continuous drying slots to keep moisture-sensitive materials like PA and TPU dry during long print runs.
4. Boasting a build volume exceeding 30 cm in every dimension, the H3C lets you print large functional components, such as full helmet shells or mechanical brackets, in one seamless piece. For unmatched visual complexity, print head number one can link to up to four AMS units—fully compatible with previous-generation AMS hardware—to deliver up to 24 colors in a single job.
5. Engineered to serve professional makers, design studios, and R&D engineering teams, the H3C extends beyond standard filament deposition. The swappable tool-head architecture can integrate drawing pens, cutting blades, or embossing tools for marking, cutting, and cold stamping on paper and leather, turning the machine into a comprehensive desktop prototyping workstation.
1. Equipped with the Swaptek multi-head flash-switch system, the Bambu Lab H3C houses 9 independent print heads, each with its own feeding channel, heater, and hardened steel nozzle. Mechanical tool swaps complete in just 3.4 seconds, with printing resuming in as fast as 6 seconds thanks to intelligent pre-heating. By swapping dedicated heads instead of constantly retracting and flushing single nozzles, it dramatically cuts purge waste and print times on complex multi-color designs.
2. Move beyond decorative figurines into end-use, multi-property manufacturing. The H3C tackles ultra-soft Shore 75A TPU using a 2.85mm filament path and dynamic extrusion clamping to prevent flexible feeding jams. By fusing soft rubbers and rigid plastics in a single print job with high-temperature layer bonding, you can produce functional items like watches with flexible straps or cushioned tool handles without requiring adhesive assembly.
3. Built for demanding composites like carbon fiber nylon and polycarbonate, the H3C features an actively heated sealed chamber paired with high-temperature, wear-resistant nozzles. This controlled thermal environment prevents warping and cracking on dense functional parts. Additionally, the integrated AMS 3H bay includes two 85°C continuous drying slots to keep moisture-sensitive materials like PA and TPU dry during long print runs.
4. Boasting a build volume exceeding 30 cm in every dimension, the H3C lets you print large functional components, such as full helmet shells or mechanical brackets, in one seamless piece. For unmatched visual complexity, print head number one can link to up to four AMS units—fully compatible with previous-generation AMS hardware—to deliver up to 24 colors in a single job.
5. Engineered to serve professional makers, design studios, and R&D engineering teams, the H3C extends beyond standard filament deposition. The swappable tool-head architecture can integrate drawing pens, cutting blades, or embossing tools for marking, cutting, and cold stamping on paper and leather, turning the machine into a comprehensive desktop prototyping workstation.
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