Tintbionic® – Polbionica https://polbionica.com Tue, 17 Mar 2026 11:21:40 +0000 en-US hourly 1 https://wordpress.org/?v=6.9.4 https://polbionica.com/wp-content/uploads/2024/04/cropped-polbionica_sygnet-32x32.png Tintbionic® – Polbionica https://polbionica.com 32 32 Tintbionic® GELMA 50 https://polbionica.com/produkt/tintbionic-gelma-50/ Fri, 17 May 2024 15:09:49 +0000 https://polbionica.esc2.emartsynergia.com/produkt/tintbionic-gelma-50/

Key Features

  • Methacrylated gelatin base for bioinks and hydrogels in 3D bioprinting
  • Pharmaceutical-grade raw material: porcine gelatin (300° Bloom) from a certified Polish source
  • Enables tunable material properties through formulation and process parameter control
  • Compatible with standard UV/Vis photocuring protocols in the presence of photoinitiators (e.g., LAP)

Applications

  • 3D soft tissue models and cell-laden constructs for in vitro research
  • Photocuring in layer-by-layer fabrication techniques (DLP / SLA) and photopatterning workflows
  • Base component for blends with other methacrylate-functionalized materials in R&D formulation development

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]]> Tintbionic® GELMA 80 https://polbionica.com/produkt/tintbionic-gelma-80/ Fri, 17 May 2024 15:08:05 +0000 https://polbionica.esc2.emartsynergia.com/produkt/tintbionic-gelma-80/ TintBionic® GELMA 80 is a methacrylated gelatin variant engineered for applications where enhanced construct stability and geometric fidelity are critical during fabrication and subsequent material handling. The product is based on pharmaceutical-grade porcine gelatin with a Bloom strength of 300°, sourced from a controlled and certified supplier, ensuring consistent material performance across production batches. This material is designed for the formulation of photocurable hydrogels, particularly for constructs with complex geometries, thin walls, or channel-like architectures. Crosslinking occurs under UV/Vis light exposure in the presence of a photoinitiator (e.g., LAP), while the final hydrogel characteristics depend on the complete formulation and process conditions.]]>

Key Features

  • Variant optimized for improved shape stability and geometric fidelity
  • Pharmaceutical-grade raw material: porcine gelatin (300° Bloom) from a certified Polish supplier
  • Compatible with UV/Vis photocuring protocols in the presence of photoinitiators (e.g., LAP)
  • Suitable as a base for methacrylate-based blends designed to produce structurally stable constructs

Applications

  • 3D constructs with high geometric precision requirements (fine details, thin walls, channel structures)
  • Scaffolds and hydrogels for projects where construct stability is a critical performance parameter
  • R&D projects focused on developing materials with enhanced load-bearing capacity for soft tissue engineering

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]]> Tintbionic® ALGMA https://polbionica.com/produkt/tintbionic-algma/ Fri, 17 May 2024 15:07:57 +0000 https://polbionica.esc2.emartsynergia.com/produkt/tintbionic-algma/ TintBionic® ALGMA is a methacrylated sodium alginate derivative developed for applications in biofabrication and tissue reconstruction. Alginate introduces a polysaccharide-based character to material formulations and contributes beneficial properties resulting from its widespread use in biomedical applications. The material is available in viscosity-graded variants, allowing precise selection based on process requirements, including solution preparation parameters and mixture behavior during bioprinting. ALGMA is particularly valuable as a component of multicomponent methacrylate-based formulations, where alginate functions as a performance-modulating ingredient that shapes the rheological and handling properties of the bioink.]]>

Key Features

  • Methacrylated alginate serving as a polysaccharide component for 3D bioinks and hydrogels
  • Viscosity-tailored variants enabling selection according to process and solution preparation requirements
  • Designed for multicomponent formulations where alginate modulates mixture performance
  • UV/Vis photocuring compatibility in the presence of photoinitiators (e.g., LAP), depending on the complete formulation

Applications

  • Multicomponent bioink formulations where viscosity control and process behavior are critical parameters
  • 3D hydrogels for tissue reconstruction within composite biomaterial systems
  • Formulations requiring a polysaccharide component with controlled viscosity

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]]> Tintbionic® HAMA https://polbionica.com/produkt/tintbionic-hama/ Fri, 17 May 2024 15:06:42 +0000 https://polbionica.esc2.emartsynergia.com/produkt/tintbionic-hama/ TintBionic® HAMA is a methacrylated hyaluronic acid derivative designed for the fabrication of hydrogels that closely mimic the native extracellular matrix (ECM). It introduces a hyaluronan-based component into material formulations, widely used in the engineering of soft 3D cellular microenvironments. The material is available in multiple molecular weight variants, allowing precise selection based on solution behavior, processing parameters, and the desired hydrogel performance profile. Controlled manufacturing conditions and defined batch specifications support formulation reproducibility and experimental comparability. Crosslinking occurs under UV/Vis light exposure in the presence of a photoinitiator (e.g., LAP).]]>

Key Features

  • Methacrylated hyaluronic acid component for ECM-mimicking hydrogel systems
  • Availability of multiple molecular weight variants to match process and application requirements
  • Controlled batch parameters ensuring consistency and reproducibility
  • Designed for UV/Vis photocuring protocols in the presence of photoinitiators (e.g., LAP)

Applications

  • 3D hydrogels and bioinks where hyaluronan presence is essential for microenvironment design
  • Multicomponent material blends where molecular weight serves as a tool for tuning solution and hydrogel properties
  • Soft tissue models and photopatterning systems (formulation-dependent)

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]]> Tintbionic® CHIMA https://polbionica.com/produkt/tintbionic-chima/ Fri, 17 May 2024 15:05:09 +0000 https://polbionica.esc2.emartsynergia.com/produkt/tintbionic-chima/ TintBionic® CHIMA is a methacrylated chitosan derivative developed for applications in 3D bioprinting and the design of multicomponent hydrogel systems. Chitosan serves as a functional polysaccharide component that enables modulation of formulation properties and the characteristics of the 3D cellular microenvironment. The material is available in variants with different degrees of substitution, allowing precise selection based on process requirements and the desired hydrogel performance profile. Controlled batch parameters support formulation reproducibility and comparability of experimental results in research and development workflows. Crosslinking occurs under UV/Vis exposure in the presence of a photoinitiator (e.g., LAP), depending on the complete formulation.]]>

Key Features

  • Methacrylated chitosan component for bioink and 3D hydrogel formulations
  • Variants with different degrees of substitution enabling tuning of process behavior and material properties
  • Controlled batch specifications ensuring consistency and reproducibility in R&D workflows
  • Designed for multicomponent systems where chitosan acts as a functional performance-modulating ingredient

Applications

  • Multicomponent hydrogel and bioink formulations where chitosan contributes to material performance tuning
  • Projects requiring degree of substitution as a key formulation design parameter
  • 3D constructs and in vitro models where incorporation of chitosan into the microenvironment is desired

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]]> Tintbionic® GELMA-G https://polbionica.com/produkt/tintbionic-gelma-g/ Fri, 17 May 2024 15:04:35 +0000 https://polbionica.esc2.emartsynergia.com/produkt/tintbionic-gelma-g/ TintBionic® GELMA-G is a gelatin-based methacrylate material (glycidyl methacrylate–modified) developed as an alternative base for photocurable hydrogels used in 3D bioprinting. It preserves the protein-based, gelatin character of the material while providing additional flexibility in tailoring the post-curing network architecture. The availability of multiple variants with differentiated performance parameters enables precise material selection based on process requirements and target applications. This is particularly valuable for engineering hydrogel microarchitecture in the context of mass transport and diffusion control. Crosslinking occurs under UV/Vis exposure in the presence of a photoinitiator (e.g., LAP), while final material properties are determined by formulation composition and curing conditions.]]>

Key Features

  • Gelatin-based methacrylate platform enabling customizable hydrogel network architecture
  • Availability of multiple variants to support process-specific and construct-specific requirements
  • Compatible with UV/Vis photocuring protocols in the presence of photoinitiators (e.g., LAP)
  • Well suited for formulations requiring precise control of hydrogel microarchitecture

Applications

  • 3D constructs where efficient mass transport and diffusion within hydrogels are critical
  • Thick tissue models sensitive to diffusion limitations
  • R&D projects where comparison of material variants supports formulation optimization

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