A month ago, I received a customer's inquiry: What is the printing accuracy of your P13 3D printer?
After understanding, I learned that the customer runs a 3D printing studio. Recently, he was entrusted by an old customer to print a batch of assembly parts with particularly high precision requirements. However, the printing accuracy of the customer's printer did not meet the criteria, and most of the printed assembly parts could not be assembled. After seeing this result, the old customer had to give the order to someone else.
After realizing that he would lose old customers if he did not change, the customer immediately looked for high-precision printers on the market and prepared to upgrade his printers. After comparing several printers, the customer took a fancy to the Magforms P13 and contacted us.
The Magforms P13 has an industrial-grade matrix light source composed of 91 imported lamp beads. The light source is more uniform, the collimation is higher, the curing is more accurate, and the printing success rate and accuracy are significantly better than the printers on the market. In addition, P13 can use image processing technology and XY resolution of image grayscale adjustment to achieve a resolution of 25.5μm, and the printing accuracy is further improved.
After learning about P13, the customer personally visited our company and used P13 to conduct a series of printing tests. Finally, it was found that P13 can control the size difference within 0.05mm when printing 100mm samples. The customer was delighted with this and immediately bought a P13.
Today, I received another message from the customer. The customer said that he used P13 to print the assembly parts of the old customer again, and the assembly was seamless. His old customer was very satisfied with it, so the customer decided to buy 2 more P13.
A month ago, I received a customer's inquiry: What is the printing accuracy of your P13 3D printer?
After understanding, I learned that the customer runs a 3D printing studio. Recently, he was entrusted by an old customer to print a batch of assembly parts with particularly high precision requirements. However, the printing accuracy of the customer's printer did not meet the criteria, and most of the printed assembly parts could not be assembled. After seeing this result, the old customer had to give the order to someone else.
After realizing that he would lose old customers if he did not change, the customer immediately looked for high-precision printers on the market and prepared to upgrade his printers. After comparing several printers, the customer took a fancy to the Magforms P13 and contacted us.
The Magforms P13 has an industrial-grade matrix light source composed of 91 imported lamp beads. The light source is more uniform, the collimation is higher, the curing is more accurate, and the printing success rate and accuracy are significantly better than the printers on the market. In addition, P13 can use image processing technology and XY resolution of image grayscale adjustment to achieve a resolution of 25.5μm, and the printing accuracy is further improved.
After learning about P13, the customer personally visited our company and used P13 to conduct a series of printing tests. Finally, it was found that P13 can control the size difference within 0.05mm when printing 100mm samples. The customer was delighted with this and immediately bought a P13.
Today, I received another message from the customer. The customer said that he used P13 to print the assembly parts of the old customer again, and the assembly was seamless. His old customer was very satisfied with it, so the customer decided to buy 2 more P13.
