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About Project

In our latest project, we tested the capabilities of SLA 3D printed high-temp resin (140℃) by creating a triangular bracket. This high-performance material is engineered to withstand extreme temperatures and provide robust mechanical properties, making it perfect for demanding industrial applications. Here's an in-depth look at the results:

Key Features of the Triangular Bracket

1. Thermal Resistance:

• • Performance: The high-temp resin can endure temperatures up to 140℃, ensuring stability and performance in high-temperature environments.
  • Applications: Ideal for automotive, aerospace, and industrial applications where thermal resistance is crucial.

1. Structural Integrity:

• • Design: The triangular shape provides a balanced distribution of stress, enhancing the bracket's durability.
  • Strength: With a focus on maintaining structural integrity, the bracket exhibits excellent strength, making it suitable for heavy-duty use.

1. Precision:

• • Quality: The SLA printing process delivers high-resolution details, ensuring that every edge and surface is smooth and precise.
  • Consistency: The print maintains consistent quality, with clear, well-defined features, reflecting the superior capabilities of the SLA technology.

FacFox's SLA High-Temp Resin 140℃ 3D Printing Service

At FacFox, we specialize in providing top-tier 3D printing services using SLA high-temp resin (140℃). Here's why FacFox stands out:

• Expertise: Our experienced team ensures that every print meets the highest standards of precision and quality.
• Advanced Technology: We use state-of-the-art SLA 3D printers that are optimized for high-temp resin, guaranteeing excellent results every time.
• Comprehensive Support: From initial design consultation to post-processing, our team is here to support you at every step.
• Versatility: Whether you need prototypes, functional parts, or custom components, our SLA high-temp resin 3D printing service is equipped to handle diverse needs.

Choose FacFox for your 3D printing projects and experience the difference that expertise and cutting-edge technology can make. Contact us today to bring your designs to life with unmatched precision and durability.

Solution

• Step 1: A 3D computer-aided design (CAD) model of the triangular bracket was created.
• Step 2: The CAD model was sliced into thin, horizontal layers by specialized 3D printing software.
• Step 3: A vat of high-temp resin (140℃) was prepared and loaded into the SLA 3D printer.
• Step 4: A laser beam was directed onto the surface of the resin, curing each layer according to the sliced digital model.
• Step 5: The build platform, holding the partially cured object, was lowered incrementally after each layer was cured.
• Step 6: Support structures, used to hold the object during printing, were carefully removed from the finished part.