Liczymy pasujące modele…
The centrifuge tube racks are specifically designed to accommodate both 1.5 mL microcentrifuge tubes and 5 mL centrifuge tubes, providing stability during solution handling and mixing. These models are integral to operations at AGGRC,…
Wydruk około 1,19 €–1,46 € nettoWstępna wycena jednego wariantu
This model was created for the annual Supply Chain Baton Rouge (SCBR) 2025 conference. The model features company logos including Wilson Warehouse, AGGRC, Louisiana Additive Manufacturing Association (LAMA), and Geaux Engage. The model…
Wydruk około 3,02 €–3,69 € nettoWstępna wycena jednego wariantu
The Inclined Salamander Positioning Device (ISPD) is a 3-D printed device designed to assist with the collection of sperm from axolotls and has potential uses for other salamander species. This device could also be applied to veterinary…
Wydruk około 9,79 €–11,97 € nettoWstępna wycena jednego wariantu
A simple ornament in the shape of a bell with a rounded top and flared bottom, designed for use as a decorative piece. Print upside down with a brim and 0.10 mm layer height to print without support. Designed by Brittany Ratliff at the…
Wydruk około 19,99 €–24,43 € nettoWstępna wycena jednego wariantu
Developed by the Aquatic Germplasm and Genetic Resources Center (AGGRC), the Vial Thermocouple Fastener (VTF) is designed to securely fasten thermocouples to Matrix cryovials, enabling precise and consistent temperature monitoring during…
Wydruk około 1,81 €–2,21 € nettoWstępna wycena dla PETGMateriał u źródła: PET
The AGGRC Articulated Axolotl was created as an engaging outreach tool to highlight biodiversity and regenerative biology. Remixed by Brittany Ratliff at the AGGRC, this 3D-printable model features moving joints and a detailed form…
This model was created from a high-resolution 3D scan of a Gulf Coast oyster, capturing the natural form and texture of both the top and bottom shells. Scanned by Jack Koch. Visit AGGRC.com to learn more about our work.
This is a 3D model of an axolotl extruded from a SVG file. This item was created to serve as a promotional material for large K-12 STEM events. Designed at the Aquatic Germplasm and Genetic Resources Center by Brittany Ratliff.
The AGGRC Flexi-Sperm/Tadpole was designed as a playful and educational 3D print to support outreach efforts. This flexible design was remixed by Brittany Ratliff at the AGGRC to help engage audiences in biology and open-source science.…
The centrifuge tube racks are specifically designed to accommodate both 1.5 mL microcentrifuge tubes, providing stability during solution handling and mixing. These models are integral to operations at AGGRC, particularly when working…
This alligator head model was scanned for educational use by Alana Fregoso and Brittany Ratliff at the Aquatic Germplasm and Genetic Resources Center (AGGRC). The scan captures the fine details of the skull and jaw structure, offering a…
This seedling plug tray is designed for efficient plant propagation, available in two compact layouts: 5x2 (10 cells) and 3x2 (6 cells). Each tray features evenly spaced cells that support healthy root development and easy transplanting.…
This is an open hardware package developed for learning and training activities about California Sea hare ( Aplysia californica ). The California sea hare is a species of sea slug in the sea hare family, Aplysiidae. It is found in the…
This 3D model replicates the original fan duct used on the Sovol SV01 3D printer. It’s intended as a direct replacement in case the stock duct becomes damaged or lost, maintaining the original airflow design and compatibility with the…
The AGGRC Shrimp was developed for outreach and invertebrate biology at the AGGRC. Explore more of our open-source models and research at AGGRC.com.
The original AGGRC Flexi-Fish was created as a fun and engaging 3D model for outreach and education. Designed by Cameron Bonds at the AGGRC, the Flexi-Fish is an easy-to-print model used to connect with the public at events and workshops.…
The Positional Cooling Platform Device (PCPD, known as the ‘CryoKit’) is a 3-D printable device that supports reproducible cryopreservation with standard cooling rates (5 to 35°C/min). The CryoKit accommodates French straws (0.25 and…
The AGGRC Flexi-Zebrafish was created as a fun, flexible 3D model to support outreach in developmental biology and genetics. Designed by Brittany Ratliff at the AGGRC, this print represents one of the most important model organisms in…
These 3D-printed arcs are specifically designed to streamline the egg collection process in axolotl breeding tanks, replacing traditional air tubing. Constructed from flexible TPU with 0% infill, the arcs are lightweight yet durable,…
Small-bodied live-bearing fishes (e.g., Xiphophorus species) attract broad attention because of their importance in biomedical research and critical conservation status in natural habitats. Artificial insemination is an essential approach…
The AGGRC Flexi-Xenopus was developed as an engaging 3D print for outreach focused on developmental biology and amphibian research. Modeled after the Xenopus frog, a key model organism in science, this flexible design was created by…
Repositories for aquatic germplasm are essential for safeguarding valuable genetic diversity for species relevant to aquaculture, biomedical research, and conservation. Development of aquatic germplasm repositories is impeded by a lack of…
The liquid nitrogen phase separator (diffuser) facilitates the separation of gaseous and liquid phases during liquid nitrogen dispensing from a tank. This 3-D printed phase separator is an open hardware model and distributed as digital…
These prototypes were developed as open-hardware vitrification devices for sperm cryopreservation that can be integrated with existing straw platforms. The open-hardware Vitrification Device for French Straws (VD-FS) is low-cost,…
These clips are designed for single-handed operation and secure attachment of lids on culture tanks of multi-tank systems such as those manufactured for zebrafish by Aquaneering and Aquatic Habitats. They use an elastic band for to pull…
This package was developed at the Aquatic Germplasm and Genetic Resources Center (AGGRC) and designed by Sarah Bodenstein at the Louisiana State University Agricultural Center.
The Shrimp Frisvee Auto Feeding Holder is used to prevent moisture and salt buildup on the automatic shrimp feeders and can be secured to the shrimp tanks with zipties. Developed by the Aquatic Germplasm and Genetic Resources Center…
The AGGRC Flexi-Swordtail Fish was designed as an educational 3D model to support outreach in genetics and aquatic biodiversity. Inspired by the vibrant swordtail species, this flexible print was designed by Brittany Ratliff at the AGGRC.…
There is little standardization among invertebrate shipping containers and labeling of containers simply relies on permanent marker. This invertebrate tube is fully reusable with a material cost of <$2, is crush-resistant, and has an…
This package was developed at the Aquatic Germplasm and Genetic Resources Center (AGGRC) and designed by Sarah Bodenstein at the Louisiana State University Agricultural Center.
These clips are designed for single-handed operation and secure attachment of lids on culture tanks of multi-tank systems such as those manufactured for zebrafish by Aquaneering and Aquatic Habitats. They use an elastic band for to pull…
The Positional Cooling Platform Device (PCPD, known as the ‘CryoKit’) is a 3-D printable device that supports reproducible cryopreservation with standard cooling rates (5 to 35°C/min). The CryoKit accommodates a variety of cooling…
Repositories for aquatic germplasm are essential for safeguarding valuable genetic diversity for species relevant to aquaculture, biomedical research, and conservation. Development of aquatic germplasm repositories is impeded by a lack of…
These clips are designed for single-handed operation and secure attachment of lids on culture tanks of multi-tank systems such as those manufactured for zebrafish by Aquaneering and Aquatic Habitats. They use an elastic band for to pull…
The shipping dewar positional cooling device (SDPCD, known as the ‘Cajun Ejector’) is a 3-D printable device that can assist cryopreservation with various standard cooling rates by use with shipping dewars. Efforts in development of…
The Vial Thermocouple Fastener (VTF) was developed to secure thermocouple inside cryovials for precise temperature monitoring. The VTF accommodates Corning® 2 mL Cryovials (Item # 431386) and Matrix™ 500 µL ScrewTop Tubes, but may also…
The AGGRC Flexi-Aplysia was designed as a playful and educational 3D print to support outreach efforts. Modeled after the California sea hare Aplysia, this flexible design was created by Brittany Ratliff at the AGGRC to help engage…
The Positional Cooling Platform Device (PCPD, known as the ‘CryoKit’) is a 3-D printable device that supports reproducible cryopreservation with standardizable temperatures and cooling curves. The CryoKit accommodates French straws (0.25…
This is AGGRC’s embossed 3D keychain model, created as a fun item for large events and outreach. The design is lightweight and easy to print, with a surface that can be customized or labeled. Whether clipped to a backpack, keys, or lab…
The 0.25 and 0.5-mL were developed to seal French straws for cryopreservation. The Fusion 360 files can be found on our GitHub through the following link: https://github.com/aggrc/French-Straw-Sealers Developed by the Aquatic Germplasm…
The Straw Thermocouple Fastener (STF) was developed to secure thermocouples inside 0.25- and 0.5-mL French straws for precise temperature monitoring. The STF can be printed using both FFF or SLA, but has proven to be significantly more…
The Artificial Insemination Shrimp Rack (AISR) is a 3-D printable device that is used to restrain a female shrimp during the artificial insemination process. It allows the gills to stay submerged in water using the vat or the bed can be…
The Shrimp Spermatophore Adhesion Apparatus is used for testing the adhesion or stickiness of spermatophores. As seen in the figure, the glass plate configuration is slid into the holder and the force gauge is hooked onto the other side.…
Developed by the Aquatic Germplasm and Genetic Resources Center (AGGRC) by Brittany Ratliff, this specialized model is designed to securely fasten thermocouples to Corning 2 mL cryovials, enabling precise and consistent temperature…
The Xenopus Thaw Float is a custom-designed, 3D-printed laboratory tool tailored for thawing of cryopreserved Xenopus samples. Engineered to fit one Corning 2 mL vial , the float ensures stability and buoyancy during the thawing process…
The shipping dewar positional cooling device (SDPCD, known as the ‘Cajun Ejector’) is a 3-D printable device that can assist cryopreservation with various standard cooling rates by use with existing standard shipping dewars. Efforts in…
Device: AGGRC Strand Centi-Sizer v4.0.1 (Parametric Uniform 1-cm Cut) part of the Strand Cryopreservation Shuttle System (SCSS) Description: Prior to open-hardware device development, Aplysia egg masses were dissected into strands by use…
This open hardware package was designed to facilitate cryopreservation using pharmaceutical hard capsules, which can be made of gelatin or plant-based materials, as containers. These capsules have been used in the cryopreservation of…
The Shrimp Scale Holder is a 3-D printable device that is used to mount the platform for the scale used in shrimp weight measurements. Developed by the Aquatic Germplasm and Genetic Resources Center (AGGRC) at the Louisiana State…
The MVE BL-7 Straw Retriever is a specialized tool designed to safely and efficiently extract frozen French straws from the bottom of an MVE BL-7 nitrogen vapor shipping dewar—without tipping, inverting, or disturbing the vessel’s…
This funnel allows for easy organization of cryopreservation French straws into daisy goblets. We highly recommend using this model with our daisy goblet stabilizer: https://www.printables.com/model/1246668-daisy-goblet-stabilizer-v130…
This 3D model is designed to fit over the hopper of the APSX-PIM injection molding machine, providing a protective barrier to help reduce contamination and improve safety during operation. It’s tailored to the machine’s dimensions and can…
The purpose of the Omni-Directional Cell Plate (ODCP) is to facilitate early, middle, and late-stage growth of cells by tilting a cell culture flask. Based upon how the flask is tilted it changes the surface area distribution of the cell…
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