Dynavax Technologies (Germany)

Education and Research

This white paper covers education and research workflows using 3Dresyns materials, with emphasis on carefully formulated chemistry, accessible technical validation and research-grade functional materials. Education and research users require materials that combine straightforward...

Mold-Making Resins for Indirect Manufacturing — the 3Dresyns IM Family

This white paper covers mould-making resins for indirect manufacturing through the 3Dresyns IM family, including moulds, inserts, masters and sacrificial or reusable tooling routes. Indirect AM separates the printed tool from the final material. The printed resin must therefore b...

Optical Selection System (OSS)

The OSS white paper presents the Optical Selection System for refractive-index-tuned optical VPP grades, including transparent, translucent and optical-function photopolymers. Optical material selection requires matching refractive index, transparency, colour, haze, curing behavi...

Inkjet supports and auxiliaries — removal-route engineering for material jetting workflows

This white paper covers inkjet supports and auxiliaries for material jetting, including water-soluble, meltable and breakaway support-removal routes. Support material performance is defined by print compatibility, adhesion, removability, residue, thermal behaviour, cleaning route...

3Dresyns Colors Portfolio

This white paper covers the 3Dresyns® Colors Portfolio, including RAL and NCS colour formulations, specialty visual effects and dental shade routes. Colour is a formulation variable that affects optical cure, resolution, light penetration, aesthetics, stability, thermal post-cure...

Engineering & Functional VPP Portfolio for SLA, DLP and LCD

This white paper maps the engineering and functional VPP resin portfolio for SLA, DLP and LCD platforms, from rigid and tough grades to elastic, high-temperature, optical, conductive and application-specific material systems. The portfolio is organised by real structural and func...

Optics and Photonics

This white paper covers optics and photonics workflows using the Optical Selection System, 2PP photonic structures and NIL resist routes. Optical and photonic materials require control of refractive index, clarity, haze, microstructure fidelity, surface quality, dimensional preci...

3Dresyn PEEK-like — Polyetheretherketone-like VPP Photopolymer with Ultra-High Flexural Strength 120–140 MPa

This white paper covers 3Dresyn PEEK-like, a high-performance VPP photopolymer designed to approximate a PEEK-like engineering positioning with ultra-high flexural strength in the 120–140 MPa range. The material is positioned for applications requiring high stiffness, high flexur...

Perfect Cast Castable Portfolio for SLA, DLP and LCD

The Perfect Cast white paper presents the 3Dresyns castable VPP portfolio as a workflow-based system organised around three pattern-removal mechanisms: thermal burnout, heat melt-and-flow and water dissolution. Grade selection is additionally matched to printer-power compatibilit...

Water-Removable Sacrificial Photopolymers for Indirect Additive Manufacturing: Mechanistic Frameworks, Process Coupling and Emerging Applications

Indirect additive manufacturing addresses a structural limitation of direct three-dimensional printing: enclosed channels, undercuts and intertwined cavities can be difficult or impossible to manufacture directly with some processes. The indirect route prints a temporary tool — m...

Silicone-like and PDMS-like VPP Photopolymers

This white paper covers silicone-like and PDMS-like VPP photopolymers for flexible, compliant and microfabrication-oriented workflows where elastic response, surface behaviour and soft-material handling are central. Silicone-like and PDMS-like VPP materials are selected when comp...

Biocompatibility in Dental Photopolymer Additive Manufacturing: A Material–Process–Workflow Perspective

Direct-printed orthodontic aligners, denture bases and dental prostheses are scaling in clinical use, but the published dental literature has predominantly approached photopolymer biocompatibility from a chemistry-centred perspective. The 2023 REACH SVHC listing of TPO and the su...

Volumetric additive manufacturing — tomographic photopolymer 3D printing

This white paper covers volumetric additive manufacturing using tomographic photopolymer 3D printing, including VAM-specific resin routes and optical curing requirements. VAM relies on volumetric dose accumulation rather than layer-by-layer curing. Resin transparency, photoreacti...

Inkjet Photopolymers — Standard, NextGen TF and Specialty Grades

This white paper covers inkjet photopolymers for MultiJet and PolyJet workflows, including standard, NextGen TF and specialty jettable grades engineered for controlled viscosity and surface tension at process temperature. Inkjet photopolymers are constrained by jetting viscosity,...

Inkjet Castable Photopolymers and Waxes — IJ Perfect Cast, Red Flexible Wax, Cyan Rigid Wax

This white paper covers inkjet castable photopolymers and waxes, including IJ Perfect Cast, Red Flexible Wax and Cyan Rigid Wax for material jetting investment-casting workflows. Inkjet castables must combine jetting stability with burnout compatibility, pattern detail, dimension...

Sustainability in Vat Photopolymerization

This white paper covers sustainability in vat photopolymerization, including bio content, material efficiency, end-of-life framing and standards-aligned environmental claims. Sustainability in VPP must be assessed through measurable material attributes, verified bio content, clea...

Innovation Timeline — 3Dresyns® Photopolymer and Powder Platform 2017–2025

This white paper documents the 3Dresyns® photopolymer and powder platform innovation timeline from 2017 to 2025. The timeline frames platform development as a sequence of material-system innovations, including monomer-free biocompatible systems, advanced photopolymer families, po...

High-Security VPP Photopolymers

This white paper covers high-security VPP photopolymers for anti-counterfeiting, traceability, authentication and secure manufacturing workflows. Security functionality can be embedded into the printed material through colour, optical response, hidden markers, traceability featur...

Photocurable Putties and UV Adhesives — the 3Dresyns Non-Printed Functional Family

This white paper covers photocurable putties and UV adhesives as the non-printed functional family of 3Dresyns materials. Not all photopolymer technologies are printed. UV-curable putties, fillers, sealants and adhesives provide bonding, repair, filling, sealing, fixation and man...

Fine Tuners

This white paper documents the Fine Tuner portfolio at system level, including FT family photoaccelerants and LB family light-blocking routes for process and resolution adjustment. Fine Tuners allow users to adjust photoreactivity, cure depth, speed, resolution, optical behaviour...