Best Antinsky 3D Printer Resins: 3 Models Compared

Quick picks

Our 3 picks

1 Best overall

Antinsky Standard Dental Model Resin

Best for: Standard dental model printing

Resin Type

Standard Dental Model

Curing Wavelength

405nm

Compatible Technology

DLP, LCD

Net Weight

1kg

Application

Crown and bridge, orthodontic, implant

Shore Hardness

88D

View on Amazon: Antinsky Standard Dental Model Resin Affiliate link

This 1kg bottle of Antinsky resin is designed for standard dental models. It cures at 405nm for DLP and LCD printers. The material offers a Shore hardness of 88D and withstands temperatures up to 100°C. It features low shrinkage for dimensional stability. You get sharp details and a smooth surface suitable for crown, bridge, and orthodontic models. It prints at 2-3 seconds per layer.

Pros

• Shore hardness of 88D for excellent mechanical strength
• Thermal deformation temperature reaches 100°C
• Low shrinkage ensures dimensional stability
• Compatible with 405nm DLP and LCD printers

Cons

• Limited to standard dental model applications
• No mention of post-curing requirements in data
• Single 1kg bottle size only

Good fit if

• You need durable models for crown and bridge work
• You require high temperature resistance up to 100°C
• You print on 405nm DLP or LCD systems

Skip if

• You need castable resin for burnout processes
• You require specialized dental guide materials
• You prefer larger bulk packaging options

Verdict: Antinsky Standard Dental Model Resin 1kg delivers high hardness and thermal stability for precise dental models. It fits practitioners needing durable crown, bridge, or orthodontic prints on 405nm printers.

2 Best premium

Antinsky Dental Guide Resin 1kg

Best for: high-temperature sterilizable dental guides

Curing Wavelength

405nm

Compatible Technology

DLP, LCD

Net Weight

1kg

Application

Dental guide plate

Shore Hardness

89D

Features

High Precision, Low Odor

View on Amazon: Antinsky Dental Guide Resin 1kg Affiliate link

This Antinsky resin is formulated for dental guide plates on DLP and LCD printers using a 405nm wavelength. It offers a Shore hardness of 89D and a thermal deformation temperature of 120°C for high-temperature sterilization. The low shrinkage ensures dimensional stability and sharp detail capture. You get a 1kg net weight of transparent material that drills and taps without cracking.

Pros

• High transparency aids precise positioning
• Shore hardness reaches 89D
• Withstands 120°C sterilization
• Low odor after curing
• Compatible with DLP and LCD

Cons

• Limited to 1kg container size
• Specific to dental guide applications
• Requires 405nm curing wavelength

Good fit if

• You need high-temperature sterilizable guides
• You use DLP or LCD printers
• You require sharp detail capture

Skip if

• You need castable wax patterns
• You print standard models
• You prefer opaque materials

Verdict: Antinsky Dental Guide Resin 1kg delivers the hardness and heat resistance required for professional dental guides. It suits clinicians who need sterilizable, transparent models for precise surgical planning.

3 Best budget

Antinsky Castable Dental Resin 1kg

Best for: high-precision dental restorations and implant cases

Resin Type

Castable Dental

Curing Wavelength

405nm

Compatible Technology

LCD, DLP

Net Weight

1kg

Application

Crown, bridge and framework patterns

Printing Technology

Resin

View on Amazon: Antinsky Castable Dental Resin 1kg Affiliate link

This 1 kg bottle of Antinsky castable resin is designed for DLP and LCD printers using 395–405 nm light. It features ultra-low shrinkage between 0.85% and 1.05%, ensuring high precision for dental restorations and implant cases. The material has near-zero ash residue under 0.5% after burnout, which helps prevent impurities in final castings. With a viscosity of 50–170 cps, it offers good fluidity for fast infiltration. You will get strong green models with a Shore D hardness of 85–88.

Pros

• Linear shrinkage rate of 0.85%–1.05% for high precision
• Ash residue remains below 0.5% after high-temperature burnout
• Low viscosity of 50–170 cps at 25°C aids fast curing
• Shore D hardness of 85–88 provides strong mechanical properties

Cons

• Requires specific exposure times of 2.5–3.5 seconds per layer
• Bottom layer exposure needs 25–30 seconds for reliable results
• Wax content is limited to 30%–40% of the total volume

Good fit if

• You need low shrinkage for accurate dental restorations
• You want minimal ash residue for smooth castings
• You use DLP or LCD printers with 405 nm wavelength

Skip if

• You require high wax content above 40% for burnout
• You need a resin compatible with FDM printing technology
• You prefer materials with higher flexibility than Shore D 88

Verdict: Antinsky Castable Dental Resin 1kg delivers the low shrinkage and near-zero ash residue needed for precise dental models. You should choose this if you prioritize casting quality and dimensional accuracy in your 3D printed dental work.

Specifications side by side

Antinsky Resins Compared by Spec

You can choose Antinsky resins based on their specific printing technologies and intended applications. The Standard Dental Model Resin uses general resin technology for durable crown and bridge prints. It fits practitioners who need high hardness and thermal stability for everyday orthodontic models on 405nm printers. This option prioritizes structural integrity for standard dental work.

Alternatively, the Dental Guide Resin utilizes LCD technology for transparent, sterilizable surgical guides. Clinicians requiring heat resistance for precise planning should select this budget-friendly option. For restorations, the Castable Dental Resin offers low shrinkage and near-zero ash residue. You should choose this model if dimensional accuracy and casting quality are your primary concerns for implant cases.

Who Antinsky Resins Suit

This range targets dental professionals using 405nm printers. You can print standard models, surgical guides, or castable restorations. The lineup covers general purpose, high-heat sterilization, and low-shrink casting needs. All listed products use resin technology. You do not need to worry about LCD compatibility issues for the guide resin, as it specifies LCD printing. The brand focuses on specific dental applications. There are no flexible, engineering, or standard general-purpose resins listed. You should choose based on your final workflow, whether that involves casting, sterilization, or static model display. Each product serves a distinct phase of dental lab work.

Choose Antinsky Resin by Spec

1. Match Curing Wavelength

   You must verify the curing wavelength before purchasing. All listed Antinsky resins require a 405nm light source. If your printer uses a different wavelength, such as 385nm or 405nm with varying intensity, the resin will not cure properly. Check your printer’s specifications to ensure compatibility. Using the wrong wavelength results in poor layer adhesion and failed prints. This is a critical first step for any resin printing setup.

2. Select Resin Type

   Choose the resin type based on your final application. The Standard Dental Model Resin is designed for general dental models requiring high hardness. If you need to cast metal restorations, the Castable Dental Resin is necessary due to its low shrinkage and near-zero ash residue. The Dental Guide Resin offers heat resistance for sterilizable surgical guides. Picking the wrong type compromises the utility of your printed part.

3. Check Printing Technology

   Confirm the printing technology supported by the resin. Most Antinsky options are compatible with standard resin printing processes. However, the Dental Guide Resin explicitly supports LCD technology. Ensure your printer matches the recommended technology for optimal resolution and surface finish. Mismatching technology can lead to uneven curing or excessive detail loss. This specification ensures the resin flows and cures as intended on your specific hardware.

4. Verify Application Needs

   Align the resin’s intended application with your workflow. The Standard Dental Model Resin suits practitioners needing durable crowns and bridges. The Castable variant is best for high-precision implant cases where dimensional accuracy is paramount. The Guide Resin is ideal for transparent, sterilizable models used in surgical planning. Selecting a resin based on its specific application ensures you meet the mechanical and aesthetic requirements of your dental projects.

5. Assess Material Properties

   Evaluate the material properties against your durability requirements. The Standard Dental Model Resin provides high thermal stability, which is essential for maintaining shape during post-processing. The Castable Resin prioritizes low shrinkage to preserve intricate details before casting. The Guide Resin focuses on heat resistance for sterilization cycles. Understanding these properties helps you predict how the printed part will behave under stress, heat, or chemical exposure during your dental procedures.

Frequently asked questions

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