Higher Collimation, Superior Precision: How Magforms P13 3D Printer Wins Customer Trust
A month ago, we received an inquiry from a customer: "How accurate is your P13 printer?" After understanding their situation, we learned that this customer runs a 3D printing studio and had recently taken on a highly detailed model printing project for an existing client. However, their current printer could not meet the required precision, resulting in blurred details and misfitting parts in the models. Ultimately, they had to pass the order to another company.
Realizing that failure to improve the printing accuracy would result in losing their old clients, they quickly began searching for a high-precision 3D printer to upgrade their equipment. After carefully comparing multiple printers, they found P13 3D printer a suitable option and decided to inquire further.
Advantages and technical highlights of P13
Magforms P13 3D printer features an industrial-grade matrix light source made up of 91 imported LED beads, providing a more uniform light distribution, higher collimation, and more precise curing. As a result, its printing success rate and accuracy are significantly better than most other printers on the market.
What’s more, P13 employs advanced image processing technology that uses grayscale management of XY pixels, achieving a resolution of 25.5μm, further improving printing accuracy. For a 100mm-sized part, the dimensional error can be controlled within 0.05mm.
Customer experience and purchase decision
After learning more about P13’s capabilities, this customer decided to visit our company in person to witness the printing process and inspect some sample prints. They were highly satisfied with P13's print quality and accuracy and made an immediate decision to purchase a P13 printer to enhance the precision of their studio's work and meet their industrial needs.
We look forward to helping more customers achieve high-precision printing requirements and to advancing the development and application of 3D printing technology together.
