Customization Services

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Custom material system development for companies requiring performance beyond standard commercial materials.3Dresyns® develops custom material systems across photopolymers, inkjet materials, binders, additives, auxiliaries, powder-related systems, indirect manufacturing materials and advanced formulations for additive manufacturing and adjacent industrial processes.These programs are structured material-development projects designed to develop and evaluate proprietary material platforms against defined technical targets and real manufacturing requirements.Resin Customization is a custom material development and supply program. It is not a formulation-transfer or technology-transfer service.When Customization Makes SenseWhat You ReceiveDepending on the agreed project scope, a Customization program may include:The specific number of development iterations, samples, tests, deliverables and technical activities included in a project are determined by the applicable quotation or project agreement.Material Platforms CoveredCustomization ModelCustomization programs deliver proprietary 3Dresyns® material systems developed against an agreed technical brief.The customer receives the custom material and the Product-specific technical information and processing guidance included in the applicable project scope.Formulation details, chemical compositions, raw-material architecture, synthesis routes, manufacturing procedures and other proprietary know-how are not disclosed or transferred under the standard Resin Customization program.Unless a separate written agreement expressly provides otherwise, the underlying formulation architecture, development methodology, manufacturing know-how and proprietary material platform remain owned and controlled by 3Dresyns®.Engineering Performance WindowDepending on chemistry, application and material architecture, Customization projects may target material characteristics within engineering ranges such as:These values describe the broader engineering capability window referenced for Customization projects and are not simultaneous properties of one material or guaranteed specifications for every custom development.The technical targets applicable to a particular project must be established separately according to the application, material architecture and agreed development scope.Technical Targets and Acceptance CriteriaCustomization projects may be structured around measurable technical targets such as hardness, mechanical properties, thermal resistance, viscosity, curing behaviour, dimensional behaviour, optical performance or other application-specific requirements.A development target is not automatically a guaranteed contractual acceptance criterion.Where a property is intended to constitute a binding project acceptance criterion, the applicable project documentation should identify the property, target or tolerance, relevant test method and test conditions where appropriate.Technical properties may depend on printing parameters, geometry, printer condition, processing, cleaning, post-processing, post-curing, environmental conditions and test methodology.Prototype Development and IterationsCustomization normally involves development and evaluation cycles appropriate to the technical difficulty of the project.The number of prototype batches, development iterations and evaluation cycles included is determined by the applicable project scope.Material changes requested after the agreed technical specification has been established may constitute a change of scope and may require additional development work and fees.Printer and Process CompatibilityWhere relevant, Customization may include alignment of the material with a defined printing technology, wavelength, printer architecture or process.Compatibility with a technology does not constitute universal validation on every printer using that technology.Where printer-specific performance is a material project requirement, the relevant printer model, configuration and operating conditions should be identified in the development specification.Integration with Manufacturing WorkflowsMaterial development is performed with consideration of relevant manufacturing constraints, including where applicable:The objective is to develop materials with practical implementation requirements in mind rather than evaluating isolated laboratory properties only.Scale-Up and SupplyWhere included in the applicable project scope, development may consider scalability and subsequent material supply.Successful prototype development does not mean that identical results can automatically be assumed at every production scale or under every customer manufacturing condition.Where relevant, scale-up may require further optimization because mixing, dispersion, heat transfer, process equipment, batch size and other manufacturing variables can affect final material behaviour.Proprietary Supply PlatformCustom-developed materials are normally supplied as proprietary 3Dresyns® material systems.The customer purchases and uses the custom-developed material according to the applicable supply framework without receiving the confidential formulation or manufacturing architecture behind it.Commercial conditions for subsequent supply, including Product configuration, quantities, lead times and pricing, may be established separately from the initial development project.Intellectual Property & ConfidentialityProject-Generated Intellectual PropertyThe project may generate new material architectures, formulation know-how, processing knowledge, customer-specific data, inventions or other technical results.Unless otherwise expressly agreed in writing, development of the proprietary custom material and the formulation and manufacturing know-how required to produce it remain within the 3Dresyns® proprietary material platform.Any different ownership, licensing, exclusivity, patent or technology-transfer arrangement must be expressly established in a separate written agreement.No Implied ExclusivityA Customization project does not automatically provide the customer with exclusive ownership or exclusive rights over a chemistry, formulation family, material architecture, application field or technology.Where exclusivity is commercially required, its application, field of use, territory, duration, supply conditions and other relevant restrictions must be expressly agreed in writing.3Dresyns® remains entitled to use its general knowledge, skills, Background Intellectual Property, formulation methodologies and independently developed know-how, subject to its confidentiality obligations regarding customer-specific Confidential Information.Resin Customization Is Not Technology TransferResin Customization and Technology Transfer are different commercial programs.Resin Customization develops a proprietary ready-to-use material system while protecting the underlying formulation and manufacturing architecture.Where a customer instead requires disclosure, licensing or assignment of a formulation, synthesis method or manufacturing know-how, such a requirement falls outside the standard Resin Customization program and must be evaluated under a separate contractual framework.For 2D formulation and synthesis consulting and technology-transfer projects involving inks, coatings, paints, adhesives, resins and related functional materials, see Technology Transfer.Regulatory-Oriented DevelopmentFor projects intended for medical, dental, food-contact, pharmaceutical-related or other regulated applications, material development may take relevant customer quality, testing and regulatory requirements into account where these requirements are included in the technical project scope.Where relevant to the customer's final medical-device development process, projects may consider requirements associated with ISO 13485 quality-management environments and ISO 10993 biological-evaluation strategies.This does not mean that 3Dresyns® certifies, classifies or obtains regulatory approval for the customer's final medical device, food-contact application, pharmaceutical application or other regulated Product.The customer remains responsible for determining the applicable classification, regulatory pathway, biological evaluation, migration or contact testing, validation, conformity assessment, registration and market authorization required for its final Product.Biological and Application-Specific EvaluationWhere biological, food-contact, pharmaceutical-contact or other application-specific evaluation is relevant, the appropriate testing and validation strategy depends on the customer's final Product, intended use, contact conditions, manufacturing process and applicable regulatory framework.Material development or material-level testing alone should not be interpreted as regulatory validation or approval of the customer's final Product.Customer ValidationThe customer remains responsible for validating the final custom material within its actual printer, manufacturing process, Product design and intended application.Recommendations, prototype results and development data generated under controlled conditions do not eliminate the need for customer-specific production and application validation.No Guaranteed Regulatory or Commercial OutcomeCustomization is a professional material-development program.Unless expressly agreed as a specific contractual deliverable, the program does not guarantee:No Customer Access to 3Dresyns® FacilitiesPurchase of a Customization project does not grant the customer, its auditors, consultants, notified bodies acting for the customer or other private third parties any right to access, inspect or audit 3Dresyns® facilities, laboratories, manufacturing areas, systems, development tools or confidential processes.Technical information and project deliverables are supplied according to the agreed project framework and the Company's confidentiality and facility-access policies.Investment Reference and Product VariantsThe following are the current Customization Services product variants. The variant names are commercial Product option values and are preserved exactly as defined in the 3Dresyns® Shopify catalogue.Engineering Optimization ProjectsBiomedical-Oriented DevelopmentHigh-Tech / Complex Material SystemsImportant: The wording of a commercial variant, including references to class, biomedical development, food contact or pharmaceutical contact, identifies the selected Customization development pathway. It does not by itself constitute regulatory classification, certification, approval, authorization or validation of the customer's final Product or application.Payment and Project ScopeThe applicable quotation or project agreement defines the final project fee, payment conditions, development scope, milestones and deliverables.Material changes to the agreed technical requirements, additional testing, additional prototype iterations or additional development work may require a revised quotation.Standard Product order-value or volume discounts do not automatically apply to Customization projects or other professional development Services.Is This the Right Fit?This program is intended for companies requiring measurable technical advancement, a custom proprietary material platform and structured material development aligned with real manufacturing workflows.It is generally not intended for minor processing adjustments, basic troubleshooting or short-term parameter optimization where an existing material already meets the fundamental application requirements.For those situations, Printing & Processing Consulting or Structured Additive Manufacturing Consulting may be more appropriate.Start a Confidential DiscussionTo assess a potential Customization project, provide a concise initial description of:Initial information may be provided at an appropriate non-confidential level. Detailed Confidential Information can subsequently be exchanged under the applicable confidentiality framework.Contact [email protected] Principle3Dresyns® Resin Customization is a proprietary material-development and supply program. It is designed to develop custom ready-to-use material systems against an agreed technical brief while preserving the confidential formulation, composition, synthesis, manufacturing methodology and other proprietary know-how underlying the material platform. No formulation transfer or technology assignment is included unless expressly established under a separate written agreement.Related Policies and Services .tds-pdf-link,.tds-pdf-link:link,.tds-pdf-link:visited,.tds-pdf-link:hover,.tds-pdf-link:focus,.tds-pdf-link:active{text-decoration:none!important;border-bottom:0!important;background-image:none!important;box-shadow:none!important}.tds-pdf-link:before,.tds-pdf-link:after{content:none!important}Download TDS (PDF)Mechanical properties Flexural strength: typically >110–130 MPa for applicable material architectures; (ISO 178) Elongation at break: 300%, architecture and application dependent; (ISO 527) Shore hardness: D90 to O30; (ISO 868) Physical propertiesDensity: 0.90–1.20 g/cm³, depending on formulation and, where applicable, selected version (ISO 1675)Thermal propertiesHDT: up to approximately 290ºC or ultra-flexible systems below -50ºC, architecture dependent;Functional performance characteristics You require a dedicated proprietary material platform developed for your application. You are developing a regulated or performance-critical product requiring material development against defined technical requirements. Custom material architecture development based on 3Dresyns® proprietary chemistry, formulation and materials-engineering know-how. Iterative refinement according to the agreed development scope and evaluation results. Scale-up considerations where included in the project scope. Supply of the resulting proprietary custom material system according to the applicable commercial framework. advanced photopolymer systems, including 2PP, VAM, NIL, LMM and related technologies; material handling; rheology; dimensional control; and final application requirements. Customization projects involving Confidential Information are conducted under the applicable confidentiality framework and, where required, an NDA. 3Dresyns® Background Intellectual Property remains owned by 3Dresyns®. Proprietary formulation architecture and know-how developed by 3Dresyns® for producing the custom material remain owned by 3Dresyns® unless a separate written agreement expressly provides otherwise. The customer's pre-existing designs, specifications, data and other Background Intellectual Property remain subject to the customer's applicable rights. Customization does not give 3Dresyns® ownership of an independent customer invention merely because a custom material is developed for use with that invention. regulatory approval; a particular medical-device or other regulatory classification; certification; market authorization; food-contact authorization; pharmaceutical suitability or authorization; freedom to operate; patentability; commercial success; or Functional biomedical resin system (class I) included indirect food or pharmaceutical contact: €50,000 Functional biomedical resin system (class II) included direct food contact: €60,000 Functional biomedical resin system (class III) included direct pharmaceutical contact: €150,000 High tech custom resin system: starting from €150,000, scope dependent the intended application; printing or manufacturing technology; required material properties; current material limitations; expected production scale; regulatory requirements where relevant; and desired project timeline. Structured Additive Manufacturing Consulting 2D Formulation / Synthesis Technology Transfer Confidentiality Trade secrets Prohibition against reverse engineering Patent filing restrictions Legal Terms When customization makes sense Your required performance cannot be achieved with available commercial materials. You need improved process stability, curing behaviour, rheology or workflow reliability. You require specific mechanical, thermal, optical, electrical or chemical properties. You are developing ceramic, metal, polymer or hybrid material routes requiring binder or feedstock control. You need adaptation to a specific printer, process, powder system or manufacturing environment. You seek strategic control over a dedicated proprietary material platform. You are developing a regulated or performance-critical product. What you receive Structured technical specification phase with defined and, where appropriate, measurable technical targets. Custom material architecture design (chemistry platform, formulation strategy and process alignment). Prototype development batches for technical evaluation. Iterative refinement based on validation and real workflow performance. Scalability and implementation guidance for industrial environments. Material platforms covered vat photopolymerization systems, including SLA, DLP and LCD; inkjet and material jetting systems; advanced photopolymers (2PP, VAM, NIL, LMM and related) binders for ceramic, metal and powder-based processes; powder feedstock slurries and indirect manufacturing materials; sacrificial, soluble, castable and mold-making systems; additives, auxiliaries, Fine Tuners and functional modifiers; and hybrid and non-standard additive manufacturing material systems. Important: Customization programs deliver validated proprietary material systems. Formulation details, chemical compositions and synthesis routes are not disclosed. All underlying know-how and proprietary platforms remain exclusively owned by 3Dresyns. Engineering performance window water-soluble and sacrificial material systems; high-resilience, impact-resistant and multifunctional platforms; and rheology, viscosity and process-dependent behaviour adapted to specific equipment. Regulatory-oriented developmentFor projects targeting medical or regulated applications, development pathways can be aligned with ISO 13485 manufacturing environments and ISO 10993 testing strategies where relevant. Final regulatory approval and market authorization remain under the responsibility of the customer.Integration with manufacturing workflows Material development is performed in conjunction with real manufacturing constraints, including printing, jetting or shaping behaviour, post-processing, debinding, sintering and final application requirements. This ensures that material systems are designed for implementation, not only laboratory performance. Intellectual Property & Confidentiality All projects are conducted under NDA. 3Dresyns® does not disclose formulation details, confidential chemical compositions, synthesis routes or proprietary manufacturing know-how under the standard Customization program. All background and newly developed proprietary know-how remain the exclusive property of 3Dresyns. Custom-developed systems are delivered exclusively as proprietary supply platforms. No formulation transfer, synthesis transfer or technology assignment is included in the standard Customization program. Engineering Optimization Projects Functional conventional resin system: €30,000 Functional engineering resin system: €40,000 Biomedical-Oriented Development Class I pathway: €50,000 Class II pathway: €60,000 Class III pathway: €150,000 High-Tech / Complex Material SystemsAdvanced architecture: Starting from €150,000 (scope dependent) Is this the right fit? This program is intended for companies requiring measurable technical advancement, proprietary material platforms and structured development aligned with real manufacturing workflows. It is not designed for minor formulation adjustments, basic troubleshooting or short-term experimental trials. Start a confidential discussionShare your application, performance targets, technology, constraints and expected scale with: [email protected] and handling performance Printer and process alignment where applicable. Processing and implementation guidance appropriate to the developed material. printing, jetting or shaping behaviour; curing; cleaning; post-processing; post-curing; debinding; sintering; identical performance under every manufacturing or processing condition. printer or equipment constraints; Printing & Processing Consulting Technical Documentation System Part of the 3Dresyns® Technical Documentation SystemThis technical datasheet should be used together with the relevant processing, calibration, safety and workflow documentation available in the 3Dresyns® Resources section. Access the 3Dresyns® Technical Resources (IFU, calibration, CRT, post-processing and troubleshooting) Show more