Printing technology

OPERATIVE TECHNIQUE

公司简介

Say,Shanshu,Meaning,Master the good calligraphy skills,What kind of pen to write,It doesn't matter。This is not unreasonable,Exist3DField,Good equipment and materials plus skilled printing skills,Is the training major“Fight”,The best way to create more valuable products。

For the convenience of everyone as soon as possible3DPrint,And can solve problems encountered in the printing process at a low cost,We specifically summarized some common issues in the printing process,You can refer to it,Prepare。If there is a more reasonable solution,Please leave us a message,We will listen to your valuable comments with an open mind,And give back gifts to show thank you!

We have been committed to continuously improve the equipment、Materials and technical support,Come better3DPrint enthusiasts provide satisfactory services。Along with3DUpdate of printing technology,We will also be supported by colleagues,Forge ahead,Only fight,Live in shaohua,For3DThe printing industry continues to inject new vitality!
Below we are from the underlying problem,Model problem,Model after the model,Cracking problems and other aspects,List related issues one by one and propose corresponding solutions,For your reference

Common problem

FAQ

Bottom layer not sticking, model fails to print
Check leveling; check if the build plate is pressing against the light-blocking strip; check if the build plate is warped; check slicing parameters; check exposure time; for large models, try hollowing them out.
First layer sticks, but the second layer doesn’t
Minimize the bottom layer area; avoid using sloped raft bases; avoid full-plate bottom layers; use multiple small circular bases instead, ensuring they are not connected.
Model fails to print
Check if supports are too thin; check print speed; check exposure time; check model orientation; check tightness of build plate and resin vat screws; check release film.
Partial model fails to print
One side succeeds while the other fails due to improper leveling; edges succeed but the center fails due to insufficient lift distance or excessive retract speed—adjust parameters accordingly.
Model quality issues
For designs prone to vacuum peeling, add side vents; use slicing software with precise algorithms; prefer NFEP or higher-grade release film.
Model breaks cleanly at cross-sections
Likely caused by multiple factors: design issues, motor step loss, Z-axis instability, slicing software, or temperature/humidity—try changing resin or adjusting resin formula.
Printed model cannot be assembled
Reduce light intensity and exposure time; apply tolerance compensation to the design (enlarge holes, shrink pegs); post-process by sanding.
Debris of various forms during printing
Lower light intensity—excessive light causes overexposure and debris; check if resin is exposed to sunlight (UV causes peeling); burrs or flakes indicate loose release film.
Model warping issues
Occurs during curing phase; resin is too soft; uneven or incomplete curing; improper support placement; lack of supports after hollowing or walls are too thin.
Severe pixelation on model
Tilt smooth curved surfaces at an angle to the build plate; add anti-aliasing for overly smooth models; post-process by sanding.
Resin shelf life
As long as it remains liquid, it can be used; resin left in the vat absorbs moisture, increasing print time—return to bottle if unused for long periods.
Model cracking
Caused by moisture absorption; prolonged soaking in alcohol or water; incomplete cleaning; insufficient curing; layer thickness too high (recommend 0.03mm–0.05mm).

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