Printer Parts Kodak

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Easy to print Strong and temperature resistant Food-safe Main application: Practical applications including food packaging Printing Temperature: 225 - 250 ?C Print bed temperature: 70-90?c

Easy to print Strong and temperature resistant Food-safe Main application: Practical applications including food packaging Printing Temperature: 225 - 250 ?C Print bed temperature: 70-90?c

Easy to print Strong and temperature resistant Food-safe Main application: Practical applications including food packaging Printing Temperature: 225 - 250 ?C Print bed temperature: 70-90?c

Easy to print Strong and temperature resistant Food-safe Main application: Practical applications including food packaging Printing Temperature: 225 - 250 ?C Print bed temperature: 70-90?c

Easy to print Strong and temperature resistant Food-safe Main application: Practical applications including food packaging Printing Temperature: 225 - 250 ?C Print bed temperature: 70-90?c

Perfect combination of ease of use and strength Main application: concept modeling Filament Diameter: 1.75mm (+/- 0.02mm) Print temperature: 210-240?C. Print bed temperature (optional): 50-70?C Tips: post-annealing at 80-130?C can be used to promote crystallization and improve the part's heat deflection temperature

Very high strength and ease of use Main application: functional prototyping Filament Diameter: 1.75mm (+/- 0.02mm) Print temperature: 210-240?C. Print bed temperature (optional): 50-70?C Tips: anneal at 110-120?C for 10-20 minutes to improve the material?s thermal and impact resistance

Very high strength and ease of use Main application: functional prototyping Filament Diameter: 1.75mm (+/- 0.02mm) Print temperature: 210-240?C. Print bed temperature (optional): 50-70?C Tips: anneal at 110-120?C for 10-20 minutes to improve the material?s thermal and impact resistance

Very high strength and ease of use Main application: functional prototyping Filament Diameter: 1.75mm (+/- 0.02mm) Print temperature: 210-240?C. Print bed temperature (optional): 50-70?C Tips: anneal at 110-120?C for 10-20 minutes to improve the material?s thermal and impact resistance