Hybrid SLA and DLP Manufacturing for High Precision Parts
Produce fine feature components, ceramic tooling applications, and production ready resin parts with exceptional accuracy and surface quality.
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Why Hybrid SLA + DLP?
Hybrid SLA and DLP technology delivers high accuracy resin components with exceptional detail reproduction and clean surface quality. This process supports demanding geometries, tight tolerances, and complex part features that traditional methods struggle to produce efficiently.
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Tight tolerance prototypes
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Functional resin components
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Tooling and mold applications
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Medical and industrial models
Technology:
Laser and a Digital Light Processing (DLP)
Build Size:
249x 140 x 495
( 9.8 x 5.5 x 19.6in)
Materials:
Ceramic (Ultracur3D RG 3280), Figure 4 PRO-BLK 10, Other materials upon request (Open system compatible with 405 nm resins)
Applications: High-resolution ceramic and engineering resin parts — dental models, transparent prototypes, and casting patterns requiring ±0.05 mm detail.
Standard Dimensional Accuracy:
±0.05 to ±0.1 mm (typical), or about ±0.1%
IA3D's Precision Photopolymer Equipment
Open Full Technical Comparison Table of our Additive (3D Printing) Technologies
Materials
Ultracur3D RG 3280 Ceramic
Excellent for injection mold tooling and high temperature applications.
Figure 4 PRO
BLK 10
Durable production grade resin with strong mechanical properties and clean surface finish.
Additional Materials Available Upon Request
Open platform compatibility supports a broad range of 405nm engineering resins.
Complex Geometry. Clean Surface Finish.
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