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Q:
What changes does digital manufacturing bring?
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A:
Jewelry digital manufacturing transforms traditional experience-based production into data-driven production through CAD design and 3D printing technology.
Key advantages: shorter development cycles, greater design freedom, improved batch consistency, and support for customization.
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Q:
What is the complete digital jewelry manufacturing process?
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A:
CAD design → Support design → 3D printing → Cleaning → Postcuring → Treeing → Investing → Burnout → Casting → Finishing & polishing → Stone setting → Final delivery.
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Q:
Why choose an LCD photopolymer printer?
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A:
LCD/MSLA technology has developed fastest in recent years. With the emergence of 8K, 12K, and higher resolutions, LCD technology now meets most jewelry production needs.
Advantages: low cost, large build platform, fast speed, high batch efficiency, sufficient precision for jewelry.
Disadvantages: supportdependent, requires post-processing.
Suitable for: custom single pieces, rapid studio prototyping, and mass production in factories.
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Q:
What characteristics should jewelry casting resins have?
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A:
Compared with standard model resins, jewelry casting resins must meet additional requirements: low ash content, high detail resolution, good burnout performance, and dimensional stability.
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Q:
Application value of GEM3 Max in jewelry production?
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A:
Large build volume and high utilization rate support factory batch production.
Open resin system, compatible with a wide range of casting resins.
Good light uniformity ensures consistent batch production.
Strong technical support provides high-quality and efficient service.
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Q:
Do you provide a complete post-processing workflow?
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A:
Yes. NOVA3D provides professional resins, cleaning, and post-curing equipment.
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Q:
Can you provide printing parameters and technical support?
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A:
Yes. NOVA3D provides printing parameters, application guidance, and workflow support.