Technology Transfer

Technology Transfer (2D systems)

Structured transfer of synthesis and formulation know-how for solvent-based, water-based, UV / LED-UV and EB resins, inks, coatings and adhesives — outside the scope of commercial 3D printing resins.

Delivered under appropriate contractual, confidentiality and compliance frameworks, with an implementation-first industrial mindset.

Contact

Send a short brief (application, targets, current baseline at high level, constraints, timeline) to info@3dresyns.com.

What technology transfer is

Technology transfer projects bridge laboratory development and industrial implementation, ensuring that synthesis routes, formulations and processing methods are robust, reproducible and scalable. The objective is not to share a “recipe”, but to deliver a system that performs reliably in real manufacturing environments.

Scope of technology transfer

3Dresyns provides 2D formulation and synthesis consulting (technology transfer) covering:

Synthesis routes for solvent-based, water-based, UV-curable and EB-curable resin systems
Formulation strategies for inks, coatings, paints and functional layers
Adaptation of laboratory formulations to industrial raw materials and equipment
Stabilization of formulations for manufacturing, storage and application

These services do not involve proprietary 3D printing resin platforms and are independent from black-box additive manufacturing systems.

Typical industrial objectives

Improve reproducibility and reduce batch-to-batch variability
Increase solids content without viscosity spikes
Improve stability (storage, shear, temperature cycling) and prevent coagulation/settling
Enhance adhesion, rub resistance, chemical resistance and blocking performance
Align curing, drying or crosslinking with your line speed and equipment constraints
Define QC tests, acceptance criteria and critical control points

Synthesis and formulation expertise

Technology transfer projects may involve:

Design and optimization of polymerization routes
Selection and qualification of monomers, oligomers, binders and additives
Control of molecular weight, rheology, solids content and dispersion quality
Adjustment of curing, drying or crosslinking mechanisms

The objective is to ensure that formulations are chemically sound, processable and industrially viable.

Application domains

Technology transfer services are commonly applied to:

Printing inks for graphic arts and functional printing
Overprint varnishes and protective coatings
Water-based and solvent-based paints
UV, EB and hybrid curable coating systems
Adhesives and laminating systems

Projects may target performance, regulatory compliance, processing constraints or a combination of these factors.

Scale-up and industrial implementation

A core element of technology transfer is scale-up readiness.

Transferring formulations from lab-scale to pilot and production volumes
Adapting synthesis and mixing processes to industrial equipment
Identifying critical process parameters and control points
Documenting reproducible manufacturing procedures

The goal is to ensure that formulations behave consistently beyond the laboratory environment.

Documentation and knowledge transfer

Technology transfer includes structured knowledge handover, such as:

Formulation guidelines and processing windows
Critical raw material specifications
Manufacturing and quality control recommendations
Troubleshooting guidance for production environments

This enables internal teams to operate independently after project completion.

Confidentiality, IP boundaries and compliance

All engagements are conducted under confidentiality and non-disclosure agreements (NDA).
Deliverables, scope, and intellectual property boundaries are defined contractually before work begins.
Intellectual property boundaries and technical deliverables are defined contractually prior to project initiation. 3Dresyns does not disclose proprietary third-party formulations, and no transfer of protected formulation architecture occurs beyond agreed project scope.
Regulatory and safety awareness is applied as appropriate to the target market and chemistry.

Engagement structure

Technical assessment: define targets, constraints, current baseline and success criteria.
Troubleshooting sprint: focused work to remove failure modes and stabilize performance.
Development + transfer project: milestone-based scope with defined deliverables and structured documentation.

Projects requiring rapid adaptation cycles, proprietary development baselines or structured knowledge handover are executed with an upfront engagement fee and milestone-based scope definition.

Who this service is for

Chemical manufacturers
Ink, coating and adhesive producers
Industrial R&D departments
Start-ups transitioning from development to manufacturing
Companies internalizing previously outsourced formulations

2D synthesis & formulation consulting pages

Start here: choose the page that matches your needs.

Need synthesis + formulation together: Synthesis & formulation technology transfer (SB/WB/UV/EB)
Need formulation only: Formulation technology transfer (SB/WB/UV/EB)

UV/LED inks and overprint varnishes

Coatings, primers and specialty systems

Water-based resins, emulsions and binders

Adhesives

Water-based coldseal consulting

Final note

Successful technology transfer requires more than sharing a formulation recipe. It requires understanding chemistry, processing, raw material variability and industrial constraints. 3Dresyns provides technology transfer services focused on delivering formulations that work not only in the laboratory, but also in real manufacturing environments.