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Bambu Lab X1 Carbon Combo (PF001-P+SA001-US)Bambu Lab
Bambu Lab X1 Carbon Combo (PF001-P+SA001-US)
- Regular price
- $1,449.00
- Sale price
- $1,449.00
- Regular price
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Bambu Lab A1 Combo (PF002-A+SA005-US2)Bambu Lab
Bambu Lab A1 Combo (PF002-A+SA005-US2)
- Regular price
- $529.00
- Sale price
- $529.00
- Regular price
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Bambu Lab A1 mini Combo (PF002-M+SA005-US)Bambu Lab
Bambu Lab A1 mini Combo (PF002-M+SA005-US)
- Regular price
- $389.00
- Sale price
- $389.00
- Regular price
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Bambu Lab P1S Combo (PF001-U+SA001-US)Bambu Lab
Bambu Lab P1S Combo (PF001-U+SA001-US)
- Regular price
- $849.00
- Sale price
- $849.00
- Regular price
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Bambu Lab X1E Combo (PF001-E+SA001-US)Bambu Lab
Bambu Lab X1E Combo (PF001-E+SA001-US)
- Regular price
- $2,899.00
- Sale price
- $2,899.00
- Regular price
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Bambu Lab A1 mini (PF002-M-US)Bambu Lab
Bambu Lab A1 mini (PF002-M-US)
- Regular price
- $239.00
- Sale price
- $239.00
- Regular price
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Bambu Lab X1C (PF001-P-US)Bambu Lab
Bambu Lab X1C (PF001-P-US)
- Regular price
- $1,199.00
- Sale price
- $1,199.00
- Regular price
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Bambu Lab P1P (PF001-S-US1)Bambu Lab
Bambu Lab P1P (PF001-S-US1)
- Regular price
- $539.00
- Sale price
- $539.00
- Regular price
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Futurology integrates additive technologies into modern manufacturing processes
Futurology sees additive technologies as the foundation of a new manufacturing paradigm. By integrating 3D printing into modern production processes, we enable millions of businesses to shorten development cycles, test prototypes within hours, and respond flexibly to market demands. Our expertise spans everything from deploying individual printers in laboratories to scaling up production with entire fleets of 3D printers. We build a digital infrastructure that supports flexible, personalized, and sustainable manufacturing—from mechanical engineering to medical devices.
In particular, 3D printing is unlocking new possibilities in critical industries such as:
● Mechanical engineering and aviation – producing lightweight yet durable structures, custom components, and replacement parts.
● Medicine and bioengineering – printing prosthetics, implants, medical models, and surgical planning tools.
● Construction – creating complex architectural elements that are impossible to produce using traditional methods.
● Education and research – developing models, mock-ups, and prototypes for learning and experimentation.
● Design and industrial production – manufacturing custom products and rapidly launching small-batch production.