Resins Available In 3D Printing Service

Our 3D printing service offers a wide range of resins, including standard, tough, durable, flexible, high-temperature, dental, medical-grade, transparent, castable, UV-resistant, engineering, ceramic-filled, composite, sacrificial, and Formula 1μ resins, catering to diverse application needs.

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Resins 3D Printing Technologies

Resins 3D Printing Technologies, including SLA, DLP, CLIP, and PolyJet, deliver high-resolution, smooth surface finishes for detailed prototypes. These methods enable fast printing speeds, continuous production, and multi-material capabilities, offering precision and versatility for various industries and applications.

3DP Process	Introduction
SLA 3D Printing	High-resolution prints, excellent surface finish, and suitable for detailed prototypes.
DLP 3D Printing	Fast printing speeds, high-quality finish, and precise details, especially for small parts.
CLIP 3D Printing	Extremely fast, continuous printing with smooth surface finishes and high accuracy.
PolyJet 3D Printing	Produces high-resolution, full-color, multi-material parts with smooth surfaces.
MMJ 3D Printing	Supports multi-material prints with varying properties, allowing complex parts with mixed characteristics.

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Typical Resin Used In 3D Printing

Resins used in 3D printing offer high detail, smooth finishes, and specialized properties for applications in prototyping, dentistry, and jewelry. Common types include Standard Resin for general prototyping, Tough Resin for impact resistance, Flexible Resin for elasticity, High-Temperature Resin for heat resistance, and Biocompatible Resin for medical and dental applications. These materials enable precise, durable, and highly functional 3D-printed parts.

Materials	Tensile Strength (MPa)	Yield Strength (MPa)	Elongation (%)	Hardness (Shore D/HRC)	Density (g/cm³)	Applications
Standard Resins	40-60	35-50	5-15	60-80 (Shore D)	1.10-1.20	Prototyping, Miniatures, Consumer products
Tough Resins	50-70	40-60	20-50	70-85 (Shore D)	1.10-1.25	Functional prototypes, Mechanical parts, Enclosures
Durable Resins	40-60	30-50	50-100	60-75 (Shore D)	1.05-1.15	Impact-resistant parts, Snap-fit enclosures, Housings
Flexible Resins	10-30	5-20	200-600	40-80 (Shore A)	1.10-1.30	Seals, Gaskets, Wearables, Soft grips
High-Temperature Resins	60-80	50-70	3-10	80-90 (Shore D)	1.15-1.25	Aerospace, Automotive, High-heat applications
Dental Resins	50-75	40-65	10-20	70-85 (Shore D)	1.10-1.20	Dental models, Surgical guides, Orthodontics
Medical-Grade Biocompatible Resins	50-80	45-70	5-15	70-90 (Shore D)	1.10-1.25	Surgical tools, Implants, Prosthetics
Transparent Resins	40-65	35-55	5-15	60-85 (Shore D)	1.10-1.20	Optical components, Light covers, Display cases
Castable Resins	20-40	10-30	3-10	50-75 (Shore D)	1.05-1.15	Jewelry casting, Dental crowns, Investment casting
UV-Resistant Resins	45-70	35-60	5-15	70-85 (Shore D)	1.10-1.20	Outdoor parts, Automotive components, Weather-resistant applications
Engineering Resins	55-80	45-65	10-30	75-90 (Shore D)	1.10-1.25	Functional parts, Mechanical assemblies, End-use components
Ceramic-Filled Resins	70-100	60-80	2-8	85-95 (Shore D)	1.30-1.50	High-strength tooling, Molds, Thermal applications
Composite Resins	60-90	50-75	5-15	80-90 (Shore D)	1.20-1.40	Aerospace components, High-performance parts, Industrial applications
Sacrificial Resin	30-50	20-40	10-20	60-80 (Shore D)	1.10-1.25	Mold-making, Lost-wax casting, Dissolvable support structures
Formula 1μ	80-110	70-95	5-15	85-95 (Shore D)	1.15-1.30	High-performance racing applications, Aerospace, Advanced engineering

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How To Choose The Right Resins

Choosing the right resin depends on application needs. Standard resins suit general prototyping, tough resins offer durability, flexible resins provide elasticity, and high-temperature resins withstand extreme heat. Biocompatible resins are ideal for medical uses. Consider strength, flexibility, heat resistance, and precision to select the best resin for your 3D printing needs.

Material	Characteristics	3D Printing Considerations	Typical Applications
Standard Resins	Good detail, somewhat brittle, decent surface finish	Easy to print, requires post-curing	Prototyping, Miniatures, Consumer products
Tough Resins	High strength and toughness, impact-resistant	Requires careful post-curing, susceptible to warping	Functional prototypes, Mechanical parts, Enclosures
Durable Resins	Wear-resistant, ductile, good impact strength	May need fine-tuning of print settings for elongation	Impact-resistant parts, Snap-fit enclosures, Housings
Flexible Resins	Very flexible, high elongation, impact absorption	Requires slow printing speeds, tricky post-processing	Seals, Gaskets, Wearables, Soft grips
High-Temperature Resins	High thermal stability, rigid	Needs high-temperature post-curing, warping can be an issue	Aerospace, Automotive components, High-heat applications
Dental Resins	Biocompatible, precise, color stability	Requires sterilization capability and precise printing	Dental models, Surgical guides, Orthodontics
Medical-Grade Biocompatible Resins	High biocompatibility, sterilizable, strong	Needs careful handling and post-processing, often requires certification	Surgical tools, Implants, Prosthetics
Transparent Resins	Clarity, good light transmission, smooth surface finish	Prone to yellowing if not cured properly, requires clean environment	Optical components, Light covers, Display cases
Castable Resins	Burns out cleanly, no ash or residue, detailed	Requires specific burnout process for casting, sensitive to light	Jewelry casting, Dental crowns, Investment casting
UV-Resistant Resins	UV stability, color retention, outdoor usability	Must be cured thoroughly to ensure UV resistance	Outdoor parts, Automotive components, Weather-resistant applications
Engineering Resins	High mechanical properties, thermal stability, chemical resistance	Often requires annealing, sensitive to moisture	Functional parts, Mechanical assemblies, End-use components
Ceramic-Filled Resins	High thermal resistance, stiff, wear-resistant	Requires careful post-processing to maintain thermal properties	High-strength tooling, Molds, Thermal applications
Composite Resins	Enhanced mechanical properties, reinforced, versatile	Needs specific considerations for fiber content and orientation	Aerospace components, High-performance parts, Industrial applications
Sacrificial Resin	Soluble or burnout capability, good print detail	Specific to applications that allow for easy removal after casting	Mold-making, Lost-wax casting, Dissolvable support structures
Formula 1μ	Exceptionally high performance, used in Formula 1 engineering	Requires advanced printing techniques and post-processing	High-performance racing applications, Aerospace, Advanced engineering