Your Payment Information Is Processed Securely. We Do Not Store Credit Card Details Nor Have Access To Your Credit Card Information.
High-Strength Resin (also known as ABS-Like Resin) is a photopolymer that mimics the mechanical properties of ABS engineering plastic. Through modified acrylate formulations, it achieves high impact resistance, high elongation at break and high flexural strength while retaining the high-precision forming advantage of vat photopolymerization — overcoming the brittleness and impact vulnerability of standard resin.
Compared with standard resin, high-strength resin offers superior toughness and impact resistance. Printed parts can be drilled, tapped and sanded, withstanding functional loads. The core technology lies in toughening system design — by incorporating toughening components into the acrylate matrix, toughness and elongation at break are significantly improved while maintaining rigidity, enabling photocured parts to meet the mechanical requirements of functional prototyping and hand model testing.
Modified acrylate formulations mimic the physical characteristics of ABS engineering plastic, delivering high strength and impact resistance.
Toughening components incorporated into the acrylate matrix significantly improve toughness and elongation at break while maintaining rigidity.
Printed parts can be drilled, tapped and sanded — tapping without cracking — meeting the mechanical verification requirements of hand model testing.
Inherits the high-precision advantage of vat photopolymerization, with smooth texture and excellent detail, balancing mechanical performance and surface quality.
Features the physical characteristics of ABS engineering plastic — high strength and impact resistance, ideal for printing protective plastic enclosures and load-bearing parts.
Printed parts can be drilled and tapped without cracking, meeting the assembly and mechanical verification requirements of hand model testing.
High elongation at break and high flexural strength — certain grades withstand 180° bending without fracture, far exceeding standard resin.
Low volumetric shrinkage in photocuring, controllable dimensional accuracy, smooth texture and excellent detail reproduction.
Meets the mechanical requirements of hand model testing, directly applicable to enclosure, snap-fit and mechanical part verification.
Certain grades utilize vacuum deodorization process, effectively reducing odor by up to 90%, significantly improving the operating environment.
Upgraded formulations balance high performance with cost, suitable for iterative verification of functional prototypes.
eSUN continues to invest in R&D for high-strength photopolymer resins. Through core technologies including toughening system design and vacuum deodorization, eSUN continuously breaks through the mechanical performance ceiling of photocured resins, providing material solutions closer to engineering plastics for functional prototyping and hand model testing.
Features ABS engineering plastic characteristics — high strength and impact resistance, suitable for protective enclosures and load-bearing parts.
Printed parts can be drilled and tapped without cracking, meeting the assembly requirements of hand model testing.
High elongation at break — certain grades withstand 180° bending without fracture.
Low volumetric shrinkage, controllable dimensional accuracy, smooth texture and excellent detail.
Vacuum deodorization process reduces odor by up to 90%, significantly improving the operating environment.
| Feature | Description | Impact |
|---|---|---|
| Precision slightly below standard resin | Toughening formulations affect forming precision and surface smoothness to some extent | Ultra-high-precision appearance parts may require additional sanding |
| Higher price than standard resin | Modified formulations and toughening components increase raw material costs | Not suitable for large-volume, low-cost appearance model production |
| Post-curing still required | UV post-curing is required after printing to reach final strength | Adds post-processing steps and time cost |
| Limited high-temperature resistance | Heat deflection temperature exceeds standard resin but still falls short of specialty high-temperature resins | Not suitable for continuous high-temperature applications |
The eSUN high-strength resin series covers two product lines — upgraded ABS-like engineering resin and low-odor ABS-like resin — meeting diverse mechanical performance and operating environment requirements from protective enclosures to functional prototypes.
A200 is eSUN's upgraded high-cost-effectiveness ABS-like high-strength engineering resin, featuring the physical characteristics of ABS engineering plastic. High strength and impact resistance, extremely suitable for printing protective plastic enclosures, tapping without cracking, meeting hand model functional testing requirements, high precision, smooth texture and excellent detail. Product source: outsourced.
High strength, impact resistance, drillable, low shrinkage
Educational applications, cultural creative, hand model applications, automotive applications
Mix thoroughly before printing, supports recommended 3-5mm+, avoid prolonged light exposure, clean with high-concentration alcohol then UV post-cure for 1-2min
A300 is eSUN's low-odor ABS-like resin, featuring outstanding impact resistance (20J/m) and the ability to withstand 180° bending without fracture. Utilizes vacuum deodorization process to effectively reduce odor by up to 90%, with low residual monomers and no masking fragrances — reducing irritating odors at the source.
High toughness, impact resistance, low odor
Prototyping, miniature models
Black, white, gray
| Industry | Typical Applications | Material Value |
|---|---|---|
| Functional Prototypes & Hand Models | Product functional prototyping, hand model testing, enclosure assembly verification, snap-fit testing. | ABS-like mechanical performance, drillable and tappable without cracking, meeting the mechanical requirements of functional verification. |
| Protective Enclosure Manufacturing | Protective plastic enclosure prototypes, electronic device housings, tool housing sampling. | High strength and impact resistance, extremely suitable for printing protective plastic enclosures for direct drop and impact testing. |
| Automotive Part Verification | Automotive interior prototypes, functional part verification, assembly testing. | ABS-like characteristics meet the functional verification requirements of automotive applications, with high precision and smooth texture. |
| Cultural Creative & Education | Cultural creative product functional prototypes, educational maker training models, creative works requiring load bearing. | High toughness and impact resistance suitable for creative and educational models with load-bearing requirements, A200 offers high cost-effectiveness. |
| Prototyping & Miniature Models | Product prototype design verification, miniature model fabrication, display parts requiring post-processing. | A300 low-odor formulation improves the operating environment, high toughness and flex resistance suit the fine structures of miniature models. |
High strength and impact resistance, extremely suitable for printing protective plastic enclosures, tapping without cracking, ready for direct functional testing and assembly verification.
Meets hand model functional testing requirements, tappable without cracking, drillable, high precision with smooth texture, suitable for automotive and educational applications.
Vacuum deodorization reduces odor by 90%, 20J/m impact resistance withstands 180° bending without fracture, suitable for prototyping and miniature models.
Compared with: Standard Resin, High-Temperature Resin
| Dimension | High-Strength Resin | Standard Resin | High-Temperature Resin |
|---|---|---|---|
| Mechanical Performance & Toughness | ABS-like characteristics, high strength and impact resistance, drillable and tappable, high elongation at break | High brittleness, limited impact strength, not suitable for load-bearing parts | High rigidity, but limited toughness, not impact-resistant |
| Forming Precision & Surface Quality | Good precision, smooth texture, but slightly below standard resin | 25-100 micron layer height, smooth and fine surfaces, excellent detail | Good precision, average surface quality |
| Secondary Processing Capability | Drillable, tappable without cracking, sandable, meets functional testing | High brittleness, drilling and tapping cause cracking, only sandable | High rigidity but brittle, limited secondary processing |
| Heat Resistance | Heat deflection temperature exceeds standard resin, but still below specialty high-temperature resin | Low heat deflection temperature, prone to softening at high temperatures | High heat deflection temperature (200°C+), specifically designed for high-temperature applications |
| Cost Positioning | Higher price than standard resin, modified formulation increases cost, high cost-effectiveness | Moderate price, high cost-effectiveness, suitable for batch prototyping | Higher price, targeting professional engineering applications |
| Application Scenarios | Functional prototypes, protective enclosures, snap-fit parts, mechanical part verification, hand model testing | Prototyping, figurines, education, jewelry, architectural models | Injection molds, high-temperature verification, hot air duct prototypes |
| Parameter / Action | Recommended | Notes |
|---|---|---|
| Layer Height | 0.025 - 0.100 mm | 0.050mm recommended for functional parts, balancing precision and strength |
| Normal Exposure Time | 8 - 20 seconds | Toughening formulations typically require longer exposure, fine-tune based on equipment |
| Bottom Exposure Time | 25 - 45 seconds | Ensures first layers firmly adhere to the build platform |
| Support Size | 3 - 5 mm or larger | A200 supports recommended 3-5mm+ to ensure stability |
| Pre-Print Operation | Mix resin thoroughly | Ensure even dispersion of toughening components to avoid affecting forming strength |
| Washing Method | High-concentration alcohol cleaning | A200: clean with high-concentration alcohol then air-dry |
| Post-Curing | UV light for 1 - 2 minutes (A200) | A200: UV post-cure for 1-2min, extend appropriately for large parts |
| Light Protection Storage | Avoid prolonged light exposure | Store unused resin away from light to prevent premature curing and degradation |
Settings should be adjusted according to your printer model, resin batch and model geometry. This guide does not replace the official parameter sheet for a specific grade.