Applications of Dental Resin in 3D Printed Dentistry

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How is 3D printing used in the dental field?

3D printing in the dental field is used for creating various dental products and devices with high precision and speed. Applications include:

Dental Models

Producing accurate models of patients’ mouths, which are used for diagnostics and treatment planning.


Creating custom aligners, retainers, and other orthodontic devices directly from digital impressions.

Crowns and Bridges

3D printing dental crowns and bridges using materials like ceramics, which provide durability and aesthetic appearance.

Dental Implants and Surgical Guides

Printing surgical guides for dental implants to ensure precise placement and printing of custom dental implants.


Fabricating full or partial dentures, allowing for customization and rapid production.

Overall, 3D printing in dentistry enhances customization, reduces turnaround time, and can lower costs while improving patient outcomes.

What is Dental Resin?

In dental 3D printing, dental resin is a type of photopolymeric material that cures (hardens) when exposed to a specific light source, typically ultraviolet (UV) light. These resins are used to create highly detailed and precise three-dimensional objects suitable for dental applications such as crowns, bridges, dentures, orthodontic devices, and surgical guides. Dental resins must be biocompatible, have suitable mechanical properties, and often require regulatory approval for use in patients.
best 3D resin for dental models

Dental Resin for Dental Labs and Orthodontic Practices

PioCreat Dental Resins empower dental labs and orthodontic practices to rapidly manufacture biocompatible surgical guides, splints and models, clear aligner models, and full dentures.

How to Choose the Best Dental Resin for Dental 3D Printing?

Choosing the best dental resin for 3D printing in dentistry involves considering several factors to ensure the material meets clinical requirements and regulations. Here’s a streamlined guide:

1. Biocompatibility: Ensure the resin is biocompatible. It must be safe for intraoral use and should not cause any adverse response in patients.

2. Mechanical Properties: Depending on the dental application (like surgical guides, dental models, crowns, or orthodontic appliances), the resin should have appropriate strength, durability, and wear resistance.

3. Accuracy and Detail: High resolution in resin ensures that the printed dental models or devices accurately reproduce the fine details necessary in dental applications.

4. Color Stability and Esthetics: For prosthetics, look for resins that offer colors matching natural tooth shades and resistance to staining.

5. Certification and Compliance: The resin must comply with local regulatory requirements such as FDA approval in the USA or CE marking in Europe.

6. Print Speed and Ease of Use: Select a resin that provides an optimal balance between print speed and ease of post-processing.

7. Compatibility with Printers: Check if the resin is compatible with your specific 3D printer type (SLA, DLP, or LCD).

8. Vendor Support and Reputation: Choose resins from suppliers with trustful reputations in the industry who provide consistent quality and customer support.

9. Patient-Specific Needs: Consider specific patient needs such as allergies or sensitivities.

10. Cost: Factor in the price, keeping in mind that lower costs should not compromise product quality and patient safety.

Selecting the right dental resin requires a careful combination of these factors tailored to the types of dental applications and devices you plan to produce.

Ortho Model Resin

Specifically formulated for the dental industry, Ortho Model Resin stands as a trusted choice for orthodontic purposes. This biocompatible resin is engineered for compatibility with dental models, It excels with its outstanding print accuracy, heat resistance, substantial hardness, and a silky-smooth finish, all while maintaining the flexibility needed for dental workflows. Its resistance to abrasion contributes to maintaining flawless precision of the models, even after repeated use.

  • High printing speed
  • High edge stability
  • High forming precision
  • High temperature resistant

Temporary Restoration Resin

Temporary Resin is a bio-compatible tooth-colored resin for 3D printing of temporary crown and bridge restorations, inlays, onlays, and veneers. Indicated for up to seven-unit bridges and available in five shades. The material provides greater pressure and impact resistance, wear resistance and corrosion resistance, allowing for excellent marginal adaptation and dimensional stability.

  • Ultra high flexural tensile strength
  • Easy to polish
  • Color selectivity
  • Low water absorption

Surgical Guide Resin

Surgical Guide Resin is a biocompatible material designed specifically for crafting surgical guides. This transparent, Class I resin is perfect for creating precise guide plates essential for implant surgery, as well as orthodontic guides and functional retainers. Developed to facilitate high-precision, implant-guided procedures, Surgical Guide Resin ensures exceptional accuracy and performance.

  • Easy to drill
  • High sharp precision
  • High flexural strength
  • Transparent to see drill position

Dental Casting Resin

PioCreat’s Biocompatible castable resin is expertly formulated for dental casting applications, boasting minimal ash and residue upon burning and excellent casting characteristics. This high-precision resin ensures that even the finest details are sharply defined in print. Additionally, its low shrinkage properties mean that printed models maintain their shape and are less prone to deformation. This makes it an ideal choice for creating intricately detailed 3D printed models that are used for casting metal dental crowns, bridges, and brackets.

  • High precision
  • Good texture
  • Fast process
  • High cost-effectiveness

Denture base resin

Piocreat Denture Resins, which are approved Class II biocompatible materials for 3D printing of digital dentures, offer a unique blend of flexibility and stability. This innovative formula sets a new benchmark for denture manufacturing by integrating durability, visual appeal, and patient comfort. Utilize Denture Base Resin for the creation of durable, wear-resistant, and biocompatible denture bases. This method significantly reduces costs compared to conventional techniques. Furthermore, the resulting dentures are built for extended wear, with a lifespan ranging from 1 to 3 years, ensuring patient satisfaction over the long term.

  • Class II biocompatible
  • Perfect Details
  • Low water absorption
  • Durable

DJ89PLUS – Reliability for Dental and Jewelry Professionals

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The PioNext DJ89 PLUS from Piocreat is a LCD printer aimed at the dental industry, and as you can see in the image below, it is clear that this is an industrial-grade machine.

Featuring a 228 × 128 × 100 mm build envelope, it is ideally sized for orthodontic printing tasks that can be performed chairside.

One of the standout features of the PioNext DJ89 PLUS is its high-resolution capabilities, capable of rendering fine details and smooth surfaces with exceptional clarity. This level of precision is crucial in dentistry, where the accurate replication of anatomical features is paramount for successful clinical outcomes. It achieves this thanks to its 8K (7680 x 4320 px) screen resolution, 29 micron XY accuracy and 8x anti-aliasing. It can print at layer heights of 0.01mm-0.1mm ensuring minimal stepping artifacts on prints.

The DJ89 PLUS features 8x anti-aliasing

User Friendly and Robust

Thanks to its 5-inch color touch screen the PioNext DJ89 PLUS boasts a user-friendly interface, streamlining the printing process and allowing dental practitioners to focus their attention where it matters most – on patient care. Additionally, the PioNext DJ89 PLUS features both auto-leveling and auto-feeding, to facilitate a hassle-free printing experience.

The printer’s robust build quality ensures long-term reliability, minimizing downtime and maximizing productivity in dental laboratories and practices. Its durable construction and efficient workflow management make it a valuable asset for any dental facility striving for excellence in patient care. Thanks to its double linear guide and ball screw motion hardware, the rigid structure ensures not only high accuracy in prints, but means the accuracy is consistent time and time again.

Light source technology

Unlike typical parallel light source technology, this innovative advancement achieves a higher level of light uniformity. Traditional parallel light sources project lamp bead light directly onto the LCD screen.

However, this approach often causes repeated block illumination, leading to higher light intensity in specific areas intensified by superposition.Repurposing this drawback, the integrated light features of DJ89PLUS ensures that each light bead evenly illuminates the LCD screen, following the principle of refraction.

Light Uniformity

Combining the benefits of DLP and LCD technology, the PioNext DJ89 PLUS does not suffer from the downsides associated with parallel emission light sources, such as insufficient light uniformity and frequent replacement of light sources.

With its integrated light source technology the PioNext DJ89 PLUS achieves light uniformity up to 95%, and has a lightsource lifespan of 2000 hours, making it a highly cost-effective solution.

dental Overview

Material Compatibility

Another notable advantage of the PioNext DJ89 PLUS is its versatility in material compatibility. It uses 405nm resins to ensure maximum compatibility. With a wide range of biocompatible resins available, dental professionals have the flexibility to choose the most suitable material for their applications, whether it be for surgical guides, Gingiva masks, orthodontic models, and more.

Pellet 3D Printer Advantages And its Applications

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What is a Pellet 3D Printer?

Simply put, a pellet 3D printer is an innovative machine that harnesses the technology of fused granular fabrication (FGF) to print objects. Instead of the usual filament strands catered for by the majority of 3D printers, pellet 3D printers utilize raw, discrete plastic pellets to propel novelistic prototypes, blazing a trail in print-style sophistries often conveyed in sizeable capacities.

How does Pellet 3D Printing work?

Quite intriguingly, the operational normality behind pellet 3D printing squarely resonates with the popular fused deposition modeling (FDM). The only throaty difference lies in material input; while FDM utilizes filament coils, pellet printers see a handy use of plastic pellets. The printer’s extruder receives these tiny, convenient materials, warms them into a molten form, then duly erects them layer-by-layer to give life to an innovative 3D object.

What materials are used in Pellet 3D Printing?

compatible pellets

Pellet 3D printing reviews versatile rhythm in material admiration. Plastic is dominant, sweeping across recognized options like PLA, ABS, or PETG. More novel materials like TPE, nylon, wood, and even metal composites join the fleet to affirmively gift the artist far-reaching dimensions of practical creativity.

Advantages of Pellet 3D Printing

Material Cost

In pellet 3D printing, cost calibration greatly impresses. Pellets simply cost less than traditional filament strands. This variance, however, expands when dealing with a massive print load often associated with volume production or large-scale projects.

Material Properties

The superior material properties of pellets contribute to numerous functionalities like enhanced print speeds, better quality output, and apt resilience on well-sized parts.

Large-format Printing

When size checks in, pellet 3D printers offer transformative solutions given their capacity for large-format printing. Often free from the perennial problem of spools running out mid-print, large-scale prototypes therefore march out relatively uninhibited.

Material Variety

Pellet 3D Printer excels in processing a wide range of thermoplastics and composites. This flexibility allows for experimenting with various pellets, including PA-CF, PA-GF, PC-CF, PLA, rPLA, PETG-GF, ABS, PS, GPPS, PP-GF, and more.

Pellet 3D Printing Common Applications

Low-volume Manufacturing

3D printing with pellets provides a useful tool for meeting specialized, low-volume needs. It promotes a forward-thinking approach to developing customized solutions, enhancing client satisfaction by focusing on their unique requirements.


From faster prototyping to better support tooling to economical customization and production, additive technology offers time and cost efficiencies while getting products to market faster. Validate ideas faster to arrive at the optimal design before investing in expensive production tooling.

Mold Tooling

From employing vacuum forming to utilizing composite molds, pellet 3D printing offers a quick, cost-effective, and robust method for tooling. Our technology permits manufacturers to produce cost-efficient, custom injection molds using 3D-printed tooling. This allows designers and engineers to conduct more frequent and precise tests of their product,speeding up the product development


Artistic Installations

The layer-by-layer construction of objects in 3D printing results in unprecedented geometric freedom. Artists now have the capability to create designs with 3D printers, unconcerned about the feasibility of their production.

Whatever can be imagined can be printed, encompassing fields like artistic installations, architecture, or sculpture. Pellet 3D printing technologies further allow for the large-scale printing of fine art and sculptures.

PioCreat Pellet 3d printer

PioCreat 3D has recently launched three types of pellet 3D Printer, marking a substantial enhancement in pellet printing technology. By exploring these innovative machines, it becomes evident how they modernize and accelerate the world of 3D printing:

PioCreat Pellet 3D Printer

Reduced Lead Times

These printers significantly speed up production—with speeds up to ten times faster than traditional filament extrusion 3D printing. The G5Ultra boasts a maximum extrusion volume of 0.8kg per hour, the G12 offers up to 3kg per hour, and the G40 leads the pack with an impressive 25kg per hour, in stark contrast to the 40g to 50g per hour rate of conventional FDM printers. This boost in speed translates to drastically shortened project timelines.

Enhanced Material Quality

PioCreat’s FGF (Fused Granular Fabrication) technology melts plastic pellets directly, which not only preserves the inherent properties of the plastics but also improves the adaptability towards various printing materials. This results in lower material costs and markedly better performance of the parts. Moreover, it eliminates the frequent issue of filament breakage seen in traditional FDM printing. By using original quality materials, printer throughput is optimized and the physical properties of crafted components are significantly elevated.

Environmental Sustainability

The printers encourage environmentally responsible practices by utilizing both pellets and shredded recycled plastics. This not only promotes sustainable manufacturing but also substantially reduces material costs by more than 60%. As a versatile solution, this method facilitates an economically and environmentally beneficial approach across a broad array of applications.

Cost Efficiency

Lastly, using pellet extrusion greatly curtails expenses, where costs are approximately ten times lower compared to filament-based methods. In addition to omitting a processing step in filament creation, the widespread availability and bulk utilization of pellets in industries like injection molding ensure affordability due to a more competitive market.

To Summarize

Pellet 3D printers offer cost-efficiency by using cheaper, raw plastic pellets instead of filaments, aimed at large-scale productions. Their high-throughput capability enables faster printing, while recyclability ensures waste minimization for sustainability. Common applications include automobile, furniture, and prototyping sectors, driving innovations by streamlining production or creating complicated designs.

The Benefits of 3D Printed Furniture with Pellet Extrusion

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Additive Manufacturing (AM) is revolutionizing furniture production by enabling unparalleled customization, design flexibility, and sustainability. Among the various 3D printing technologies, pellet extrusion has emerged as the method of choice. This technique utilizes pellets and shredded recycled plastic, offering both financial and environmental advantages for a wide range of applications. You can reduce material costs by over 60%, and it facilitates the production of large-scale pieces quickly and affordably, making end-use furniture production feasible.

Can a 3D Printer Make Furniture?

Absolutely! With advancements in large-scale 3D printing, creating functional and stylish furniture with a 3D printer is not only possible but also increasingly common. By using a pellet 3D printer, manufacturers can produce everything from chairs and tables to intricate home decor. These printers can handle large-scale designs, ensuring that even substantial pieces are printed efficiently.

Large-scale 3D printing has evolved to the point where it can compete with traditional manufacturing methods. The primary advantage is its ability to produce complex geometries that are difficult or impossible to achieve with conventional techniques. For instance, intricate lattice structures that offer both strength and aesthetic appeal can be created with ease using a 3D printer.

Another significant advantage is the reduction in assembly requirements. Traditional furniture often comprises numerous parts that need to be assembled, which adds to labor costs and production time. In contrast, 3D printed furniture can be produced as a single piece or with minimal assembly, streamlining the manufacturing process.

What Material is Used for Pellet 3D Printing Furniture?

When it comes to materials for 3D printed furniture, two popular choices are PETG and ABS pellets.

Plastic pellet Materials 3d printed furniture

PETG Pellets

PETG (Polyethylene Terephthalate Glycol) pellets are known for their strength, durability, and ease of printing. They are ideal for producing robust furniture pieces that can withstand everyday use. PETG is also recyclable, aligning with sustainable production goals.

PETG’s properties make it an excellent choice for furniture that needs to endure everyday wear and tear. It has high impact resistance, ensuring longevity even in high-traffic environments. Moreover, PETG is hygroscopic, meaning it resists moisture absorption, making it suitable for outdoor furniture as well.

ABS Pellets

ABS (Acrylonitrile Butadiene Styrene) pellets offer excellent mechanical properties and high impact resistance. This material is perfect for furniture that needs to endure significant wear and tear. ABS is also relatively easy to work with, providing a smooth finish for printed items.

ABS is renowned for its toughness and ability to withstand various environmental conditions. It’s commonly used in the automotive industry for similar reasons, which makes it an excellent material for furniture that requires durability. Additionally, ABS can be post-processed easily to achieve a high-gloss finish, adding to the aesthetic appeal of the furniture.

Benefits of 3D Printed Furniture with Pellet Extrusion

Higher Customization Flexibility

One of the standout benefits of 3D printed furniture is the ability to customize designs with ease. Manufacturers can tailor each piece to specific customer preferences, resulting in unique, bespoke items that cater to individual tastes.

Customization goes beyond aesthetics; it includes functionality as well. For example, ergonomic chairs can be designed to fit the exact body dimensions of an individual, providing personalized comfort. This level of customization is challenging to achieve with traditional manufacturing methods without incurring significant costs.

Faster Turnaround Time

Traditional furniture manufacturing can be time-consuming, but pellet 3D printers significantly speed up the process. The ability to produce large-scale pieces quickly means reduced lead times and faster delivery to customers.

Speed is a crucial factor in the modern market, where consumers expect quick turnaround times. 3D printing can reduce the production time from weeks or months to just days, depending on the complexity of the design. This rapid production capability allows businesses to respond swiftly to market demands and trends, maintaining a competitive edge.

Design Freedom - Thinking Outside the Box

3D printing allows designers to experiment with innovative shapes and structures that would be impossible or too costly to achieve with traditional methods. This freedom leads to more creative and functional furniture designs.

For instance, organic shapes that mimic natural forms can be easily produced using 3D printing. These designs not only enhance the aesthetic appeal but also offer functional benefits such as improved structural integrity and material efficiency. The ability to create such unique designs sets 3D printed furniture apart from mass-produced items.

Less Production Wastage

Pellet extrusion is an efficient process with minimal waste. Unlike subtractive manufacturing, which cuts away material, additive manufacturing builds furniture layer by layer, using only the necessary amount of material. This efficiency reduces costs and environmental impact.

Waste reduction is a significant advantage in today’s environmentally conscious world. Traditional manufacturing processes often result in a considerable amount of scrap material, which adds to both cost and environmental burden. 3D printing’s additive nature ensures that almost all the material used goes into the final product, minimizing waste.

Detect Potential Design Flaws

The digital nature of 3D printing enables designers to prototype and test furniture before committing to full-scale production. This capability helps identify and rectify design flaws early, ensuring higher quality final products.

Prototyping is an integral part of the design process, allowing for the testing of various iterations and modifications without the need for expensive tooling changes. By identifying potential issues early in the development process, companies can save time and resources while ensuring that the final product meets the desired specifications and quality standards.

Higher ROI and Lower Production Cost

The cost savings from reduced material waste and faster production times translate into a higher return on investment for manufacturers. Pellet 3D printing is a cost-effective method that lowers overall production costs while maintaining high quality.

In addition to direct cost savings, the flexibility and efficiency of 3D printing enable manufacturers to bring products to market more quickly, capitalize on trends, and meet customer demands with less financial risk. This agility can lead to increased sales and profitability.

More Sustainable

Using recycled plastic pellets in 3D printing aligns with sustainable manufacturing practices. This approach not only reduces reliance on virgin materials but also contributes to waste reduction by repurposing plastic that would otherwise end up in landfills.

Sustainability is becoming increasingly important to consumers, and businesses that prioritize eco-friendly practices can enhance their brand reputation and appeal to a broader audience. 3D printing with recycled materials supports a circular economy, where products are designed with their end-of-life in mind, promoting recycling and reuse.

Best 3D Furniture Printers

G12 Pellet 3D Printer

  • Printing Size: 1200*1000*1000mm
  • Features:
    • Nozzle temperature up to 450℃
    • Rapid heating of hot bed up to 120℃
    • High Flow Screw Extrusion
    • Powerful Servo Motor

The G12 Pellet 3D Printer is a large-format printer ideal for creating medium-to-large furniture pieces efficiently. Its high-temperature capabilities and rapid heating ensure that a wide range of materials can be used, making it versatile for different design requirements.

G40 Pellet 3D Printer

  • Printing Size: 3725*2500*1330mm
  • Features:
    • Large working space
    • Workbench design
    • CNC five-axis head
    • High flow screw extrusion design

The G40 Pellet 3D Printer, PioCreat’s largest industrial printer, combines additive and CNC five-axis manufacturing, making it a versatile and reliable option for industrial-scale furniture production. The CNC capabilities allow for precise machining, enhancing the functionality and finish of the printed pieces.

Wrapping Up

3D printed furniture with pellet extrusion is transforming the furniture industry, offering unmatched customization, faster production times, and significant cost savings. By utilizing PETG and ABS pellets, manufacturers can produce durable, sustainable, and innovative furniture designs. The G12 and G40 Pellet 3D Printers exemplify the best in large-scale 3D printing technology, pushing the boundaries of what’s possible in furniture manufacturing.

The future of furniture manufacturing is here, and it’s additive. Embracing 3D printing technology not only enhances production capabilities but also aligns with the growing demand for sustainable and customized products. Whether you’re a manufacturer looking to innovate or a consumer seeking unique and eco-friendly furniture, 3D printed furniture with pellet extrusion offers exciting possibilities.

Industrial Scale Fused Granulate Fabrication – G12 Pellet Printer

G12 Overview

At its core, the G12 leverages FGF technology where material is extruded layer by layer to create intricate three-dimensional objects. However, unlike FDM printers that rely on filaments, the G12 utilizes plastic pellets as its primary feedstock. This distinction is pivotal as it significantly reduces production costs by eliminating the need for filament production processes.

Industrial Pellet 3D Printers

The G12 boasts impressive specifications, featuring a substantial printing size of 1200 x 1000 x 1000 mm, providing ample space for large-scale projects. Equipped with a single screw nozzle design, the printer ensures uniform extrusion force, facilitating high-quality prints with precision and consistency across various materials.

With a nozzle temperature reaching up to 450°C and a bed temperature of ≤130°C, the G12 accommodates a diverse range of materials, including PLA, PETG, ABS, TPU, and composite materials. The G12 can print with a slice thickness ranging from a minute 0.2 right through to a chunky 1.5mm, and can use nozzles ranging from 0.6~4mm diameter, allowing for fine details, or large flow rates (up to 5kg per hour). The G12 can cater for a range of granule sizes too, ranging from 2~5mm.

You can see a selection of compatible pellets in the graphic below.

compatible pellets

One of the standout features of the G12 is its versatility in accepting multiple file formats such as STL, OBJ, AMF, and 3DMF, coupled with convenient file transfer options via USB or storage card. Moreover, the printer supports multiple operating systems, including Windows, MAC, and Linux, ensuring compatibility and ease of use across different platforms.


The G12 excels in delivering rapid production speeds, with printing velocities reaching up to 100mm/s, significantly reducing lead times for manufacturing processes. This enhanced efficiency is further augmented by BLTouch auto-leveling, mitigating issues such as warping and ensuring consistent print quality without the need for manual adjustments.

To Summarize

The G12 Pellet 3D Printer represents a huge leap in cost-effective industrial additive manufacturing, redefining the landscape with its cost-effectiveness, speed, and environmental consciousness.

With its advanced features, expansive printing capabilities, and commitment to sustainability, the G12 sets a new standard for industrial-grade 3D printing technology, empowering industries to innovate and create with unparalleled efficiency and precision.

Recycled Plastic Scraps Can Be Used For 3D Printing

FGF Pellet 3D printing is the next evolution in 3D printing technology. These dirrect-drive pellet extrusion-based printers can print using virgin or recycled pellets, flakes, or regrind materials, bringing us closer to the dream of a circular econdmy.

G5 Ultra 3D printer promotes sustainability through its granules/pellets-based open material system, enabling the use of recycled and eco-friendly materials, reducing waste, and championing circular economy principles, empowering businesses to make environmentally responsible choices for a more sustainable future.

Pellets are less energy intensive to produce, easier to transport in bulk (meaning lower transport emissions), and don’t come in wasteful plastic spools. In addition, there are many recycled pellets on the market, and if you have the means to shred your own plastics, you can also recycle your own waste into feedstock.

In this case, we’re using PLA recycled material, a reusable and degradable eco-friendly material. But the potential of G5 Ultra isn’t limited to this, It can print a variety of recycled materials. With its ability to heat up to 400°C, the G5 Ultra Pellet 3D Printer excels in processing a wide range of thermoplastics and composites. This flexibility allows for experimenting with various pellets, including PA-CF, PA-GF, PC-CF, PLA, rPLA, PETG-GF, ABS, PS, GPPS, PP-GF, and more.

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