High-Resolution 3D Printing with 20-30 Micron Layers – Exclusively on Figure 4 (F4)

High-resolution 3D printing with ultra-fine layers ranging from 20 to 30 microns is currently the gold standard for intricate model fabrication. At Scantech VN, we utilize the proprietary Figure 4 (F4) technology from 3D Systems to bring micro-complex designs to life, delivering smooth surface finishes that conventional 3D printers simply cannot achieve.

Why are 20-30 Micron Layers the “Key” to High Resolution?

high-resolution 3d printing high-resolution 3d printing high-resolution 3d printing high-resolution 3d printing

In Resin 3D printing, layer height is inversely proportional to surface smoothness. Mastering the 20-30 micron threshold provides several superior advantages:

  • Eliminating the “Staircase Effect”: At this resolution, layers are so thin that the human eye cannot detect layer lines, making the surface as smooth as an industrial injection mold.

  • Reproducing Micro-Details: Intricate patterns, tiny text, or technical grooves on jewelry pieces are rendered with 1:1 precision compared to the CAD drawing.

  • Optimizing Post-Processing Time: Because the surface is already exceptionally smooth, technicians no longer spend hours sanding and polishing, significantly accelerating production.

Figure 4 (F4) – A Breakthrough in Ultra-Fine 3D Printing

high-resolution 3d printing

high-resolution 3d printing

While many printers on the market claim high resolution, maintaining stability at the 20-micron level across the entire print bed is a major challenge. High-resolution printing on the F4 stands out due to:

  • Non-Contact DLP Technology: Enables ultra-fast printing speeds (often just over an hour per batch) while maintaining absolute accuracy.

  • Perfect Uniformity: Whether printing a single piece or dozens at once, quality remains consistent at 20-30 microns across every position on the build tray.

  • Advanced Materials (HI TEM 300-AMB): Combining thin layers with high-heat resistant resins creates functional prototypes that are rigid, durable, and aesthetically superior.

Comparison Table: Standard 100-Micron vs. F4 20-Micron Layers

Feature Standard Layers (100 Microns) Ultra-Fine Layers (20-30 Microns)
Surface Finish Visible layer lines Smooth, flawless finish
Micro-Details Likely blurred or distorted Sharp to the finest detail
Post-Processing Labor-intensive finishing Ready for immediate use or casting
Applications Basic models, concept prototypes Jewelry, dental, micro-mechanical parts

High-Resolution 3D Printing Applications at Scantech VN

With 14 years of experience partnering with enterprises, Scantech VN proudly offers thin-layer 3D printing for specialized fields:

  • Jewelry Fabrication: Producing 3D printed wax patterns with maximum intricacy for gold and silver casting.

  • Digital Dentistry: Printing dental models and surgical guides with an absolute snug fit.

  • Electronics Manufacturing: Meeting the needs of micro-components that require high assembly precision.

High-resolution 3D printing is more than just a specification; it is a commitment to quality and professionalism. With 20-30 micron layering exclusively on the Figure 4, Scantech VN empowers your business to elevate product standards, optimize costs, and lead in technological trends.

CONTACT US NOW

Do you have a complex design? Contact Scantech VN today to experience the difference of 20-micron prototyping!

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