MOLEGRID™ Micro R Pro

Applications

• Functional Prototyping: Professional-grade prototypes requiring enhanced strength, high accuracy, and durability under repeated usage.
• Mechanical Parts: Structural components, snap fits, load-bearing brackets, and functional assemblies for engineering projects.
• Tooling and Fixtures: Manufacturing aids, assembly jigs, and custom shop tools that need superior impact resistance.
• Hobby and Crafts: High-end detailed models, functional props, and artistic creations needing a flawless matte finish.

Advantages

• Enhanced Strength & Impact Resistance: Boosted durability ensures printed models withstand mechanical shocks and stress without failing.
• High Precision: Maintains fine resolution and sharp features across complex geometric prints.
• Premium Matte Finish: Offers a visually striking, clean matte surface that reduces visible layer lines and surface glares.
• Low Odor: Low-VOC formulation ensures a clean, non-irritating printing environment.

Next-Level Strength & Durability: Engineered for demanding applications with a significant boost in overall mechanical toughness and structural integrity.

Superior Impact Resistance: Advanced formulation resists sudden mechanical impacts, cracking, and wear during rigorous functional testing.

High-Precision Printing: Delivers exceptional dimensional accuracy and sharp detail reproduction even for intricate parts and assemblies.

Refined Matte Surface Finish: Provides a premium, non-glare matte appearance with a tactile, smooth surface quality directly after printing.

Optimized Low Viscosity (300 – 400 cps): Ensures fast resin flow, easy vat cleaning, and smooth leveling across each layer during printing.

Low Odor & Indoor Friendly: Formulated to minimize VOC emissions and harsh chemical odors, ensuring a safe and comfortable working 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.