MOLEGRID™ Micro R

Applications

• Functional Prototyping: Ideal for engineering prototypes requiring high dimensional accuracy and durable mechanical behavior.
• Mechanical Parts: Suitable for enclosures, snap-fit components, and assembly parts that demand a balance of strength and flexibility.
• Tooling and Fixtures: Manufacturing aids, alignment jigs, and custom holding fixtures.
• Hobby and Crafts: Miniatures, detailed display models, and custom artistic projects requiring a smooth matte surface.

Advantages

• Enhanced Strength & Impact Resistance: Delivers robust, durable parts capable of withstanding functional stress.
• High Precision & Detail Capture: Exceptionally accurate printing with sharp detail reproduction for complex geometry.
• Aesthetic Matte Finish: Delivers a premium matte surface quality that minimizes light reflection and highlights visual detail.
• Low Odor Experience: Reduced chemical emissions for a safer, cleaner, and more comfortable printing workflow.

Ultra-High Precision & Fine Detail: Specifically formulated for intricate 3D printing, capturing sharp geometries and subtle feature details with high accuracy.

Balanced Strength & Flexibility: Engineered with an optimal blend of durability and compliance, ensuring models resist brittle fracture under mechanical stress.

Premium Matte Surface Finish: Produces clean, non-glare, aesthetically pleasing surfaces with an excellent tactile feel right off the print bed.

Enhanced Impact Resistance: Superior tough properties provide resistance to daily wear, drops, and functional mechanical testing.

Low Viscosity (300 – 400 cps): Facilitates fast leveling, easy vat cleaning, and smooth resin flow for reliable printing performance.

Low Odor Formulation: Formulated to minimize emissions and odors, creating a safer and more pleasant indoor printing environment.

Resin Viscosity: 300 – 400 cps @ 25°C (ASTM D7867)

Tensile Strength: 32.55 MPa (ASTM D638)

Flexural Strength: 55.44 MPa (ASTM D790)

Elongation at Break: 8.24% (ASTM D638)

Note: All properties are tested under standard laboratory conditions.