Resin for 3D printer Applylabwork BioModeling Gray 1kg

Innovative BioModeling resin for professionals and 3D printing enthusiasts

In today’s rapidly evolving world of additive technologies, choosing the right material for 3D printing is the foundation of every project’s success. We are pleased to present a premium-class product – BioModeling resin from the renowned manufacturer ApplyLabWork. It is an advanced polymer designed for the most demanding users seeking the perfect balance between precision in detail reproduction and excellent mechanical properties. This material has been developed using innovative acrylic polymer technology, making it one of the most versatile solutions available on today’s e-commerce market. Whether you are creating complex medical models, precise engineering prototypes or artistic mock-ups, this resin will deliver results that exceed your expectations. Its versatility makes it a popular choice among both large prosthetics laboratories and home enthusiasts of MSLA and DLP technology. By investing in this product, you can be confident that every layer of your print will exhibit dimensional stability and exceptional surface smoothness, which is crucial in processes requiring the highest standards of aesthetics and functionality.

Technical parameters and material specifications

Understanding the technical specifications is key to fully utilising the potential of BioModeling. Below is a detailed summary of the parameters that define the quality and strength of this polymer. Each of these values has been precisely measured under laboratory conditions to ensure the highest level of print repeatability.

Detailed analysis of mechanical properties

Biocompatibility and safety standards

One of the most important features distinguishing BioModeling resin from the competition is its compliance with the stringent requirements of ISO 10993-5. This means that the material has successfully passed in vitro cytotoxicity tests, which form the basis for the certification of medical and dental products. Although this resin is primarily intended for modelling purposes, ISO certification provides users with an additional layer of confidence regarding the chemical purity and safety of working with the polymer. In professional laboratories, where contact with models is a daily occurrence, the safety of staff and the end user is a priority. By using ApplyLabWork products, you are choosing proven chemical solutions that minimise the risk of adverse material reactions. However, it is important to remember that full biocompatibility is achieved only after a correctly performed post-processing procedure, i.e. thorough cleaning in isopropyl alcohol and proper curing in a UV chamber in accordance with the manufacturer’s instructions.

Print process optimisation and device compatibility

BioModeling resin has been designed as a ‘multi-printer’ solution, meaning it is widely compatible with various light-curing resin printing technologies. It is fully optimised for MSLA (Masked Stereolithography) and DLP (Digital Light Processing) printers. Thanks to its carefully selected viscosity (1000–1200 cps), the resin flows smoothly through the printer’s resin tank, which facilitates the separation of layers from the FEP film and speeds up the printing process. The recommended layer thickness of 100 microns allows for an ideal balance between printing speed and detail precision. This is particularly important in large-scale projects where time is of the essence and high resolution is required for accurate part alignment. This product works excellently with devices from brands such as Anycubic, Elegoo, Phrozen, Creality and Asiga, making it a versatile choice for owners of diverse machine fleets. For best results, it is recommended to check the dedicated settings on the manufacturer’s support page, which will help avoid common issues such as underexposure or incorrect exposure time calculations.

Practical applications in industry and crafts

Where does BioModeling resin perform best? Its applications are almost limitless. In digital dentistry, it is invaluable for producing diagnostic models, dental arches and models for prosthetic work, where dimensional stability is crucial to clinical success. In engineering, it enables the creation of functional prototypes of housings, connectors and mechanical components that must withstand assembly testing. Designers and artists will appreciate it for its smooth surface, which, once printed, resembles high-quality injection-moulded plastics. Models made from this resin are ideal for mechanical finishing, such as sanding or polishing, allowing for a perfect finish. Furthermore, thanks to its high impact strength (20–26 J/m), the prints are not brittle, which is a common problem with cheap alternatives. You can be sure that dropping a model from a low height will not result in it shattering immediately. This makes BioModeling a reliable and dependable material for everyday workshop and laboratory work.

Why choose the ApplyLabWork brand?

ApplyLabWork is an American manufacturer that has been supplying specialist resins to professional sectors of the economy for years. By choosing their products, you are opting for materials that undergo strict quality control at every stage of production. BioModeling resin is no exception – every batch is tested to ensure consistent physicochemical parameters. As an end-user, you avoid the frustration of having to adjust print settings with every new pack. The polymer’s chemical stability also prevents excessive pigment build-up at the bottom of the tray, making it easier to prepare the printer for use after a prolonged period of inactivity. The brand’s professionalism is also evident in its excellent technical support and the availability of safety data sheets (SDS), which is essential in professional workplaces that prioritise health and safety standards. It is an investment in peace of mind and consistency, which in the world of 3D printing is worth every penny spent.

If you are looking for a material that combines precision with durability, whilst ensuring safety of use backed by certifications, BioModeling resin is the unrivalled choice. We encourage you to explore the full range of accessories and other specialist resins in our shop. Our experts are at your disposal to help you select the optimal settings for your specific printer model. Don’t wait – take your prints to a whole new level of quality today.

Contact us now to receive a personalised quote, or use the shopping basket to order a supply of BioModeling resin for your workshop straight away!

Questions and Answers (Q&A)

Below you will find a list of frequently asked questions about BioModeling resin, compiled on the basis of the product’s technical documentation.

• 1. What is the chemical basis of BioModeling resin?
  The product is an acrylate-based polymer, developed specifically for precision 3D printing.
• 2. Is this resin safe for contact with cells?
  Yes, the resin has successfully passed ISO 10993-5 testing, meaning it is biocompatible in terms of cytotoxicity.
• 3. What is the Shore hardness of the finished prints?
  Prints made from this resin achieve a very high hardness of 90–92 D, which ensures high wear resistance.
• 4. What is the best layer thickness for printing with this material?
  The manufacturer recommends a layer thickness of 100 microns (μm), which ensures excellent detail quality.
• 5. Is BioModeling resin suitable for LCD/MSLA printers?
  Yes, the resin is fully compatible with MSLA (multi-printer) systems as well as DLP systems.
• 6. What is the heat deflection temperature (HDT) of this polymer?
  The heat deflection temperature is 166.8°F, which corresponds to approximately 74.9°C.
• 7. What is the viscosity of the resin and how does it affect printing?
  The viscosity is 1000–1200 cps at 25°C. This is the optimal value for smooth resin flow within the printer’s resin tank.
• 8. What tensile strength does this product offer?
  BioModeling resin has a tensile strength ranging from 55 to 65 MPa.
• 9. In what packaging is the resin available?
  The product is supplied in bottles containing 1 kg net weight of material.
• 10. Do the prints require additional curing after the printer has finished?
  Yes, to achieve full mechanical properties and biocompatibility, post-curing (additional UV curing) is required, in accordance with the printing guidelines.

This product description has been prepared with the utmost care to provide you with reliable technical and practical information. BioModeling resin from ApplyLabWork guarantees professionalism in every millimetre of the print. Thanks to its unique combination of hardness, thermal stability and certified biocompatibility, it is the ideal solution for modern 3D printing studios. We invite you to make a purchase and contact us to discuss the details of wholesale cooperation.

This resin is not just a material; it is a tool that enables the realisation of engineering and medical visions with the precision demanded by today’s market. Its high elastic modulus and controlled material shrinkage ensure that even the most complex models are repeatable and functional. By choosing ApplyLabWork, you are opting for quality backed by many years of experience in the photopolymer industry. Our technical team is at your disposal should you have any questions regarding specific settings for less common 3D printer models. We encourage you to regularly check the news section of our shop, where you will find the latest software updates and print profiles for products from the BioModeling range.

Thank you for your trust and for choosing professional 3D printing solutions. Your success in creating innovative models is our priority. We invite you to place your orders and join the ranks of satisfied users of ApplyLabWork technology worldwide.