Technology Transfer

Quick access

Choose the most relevant route depending on whether you need direct contact, broader engineering orientation or supporting documentation.

From formulation knowledge to industrial capability

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 simple recipe, but to deliver a system that performs reliably in real manufacturing environments.

This route is relevant when the objective is not only to use a material, but to transfer technical capability, formulation logic, synthesis know-how or implementation knowledge into the receiving organization.

2D formulation and synthesis consulting

3Dresyns® provides 2D formulation and synthesis consulting covering:

• synthesis routes for solvent-based, water-based, UV-curable and EB-curable resin systems
• formulation strategies for inks, coatings, paints, varnishes, adhesives and functional layers
• adaptation of laboratory formulations to industrial raw materials and equipment
• stabilization of formulations for manufacturing, storage and application
• structured transfer of formulation and synthesis logic under defined project scope
• definition of process windows, quality controls and implementation constraints

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

Industrial formulation targets

• improve reproducibility and reduce batch-to-batch variability
• increase solids content without uncontrolled viscosity increase
• improve storage, shear and temperature-cycle stability
• prevent coagulation, sedimentation, settling, phase separation or instability
• enhance adhesion, rub resistance, chemical resistance and blocking performance
• align curing, drying or crosslinking with line speed and equipment constraints
• define QC tests, acceptance criteria and critical control points
• adapt raw materials to regional supply, cost, compliance or manufacturing constraints

Technical areas

Technology transfer projects may involve:

• design and optimization of polymerization routes
• selection and qualification of monomers, oligomers, binders, resins, solvents and additives
• control of molecular weight, rheology, solids content and dispersion quality
• adjustment of curing, drying, film formation or crosslinking mechanisms
• optimization of pigment, filler, wax, additive or functional package compatibility
• translation of lab-scale methods into robust pilot or production procedures

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

2D material systems

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, LED-UV, EB and hybrid curable coating systems
• adhesives and laminating systems
• specialty papers, nonwovens and functional surface treatments
• primers, tie-coats, barrier layers and metallisation coatings

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

From lab formulation to production

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

• transferring formulations from lab-scale to pilot and production volumes
• adapting synthesis, mixing, dispersion and finishing processes to industrial equipment
• identifying critical process parameters and control points
• documenting reproducible manufacturing procedures
• defining acceptable raw material, process and QC windows
• supporting troubleshooting during industrial implementation

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

Structured handover

Technology transfer may include structured knowledge handover, such as:

• formulation guidelines and processing windows
• critical raw material specifications
• manufacturing and quality control recommendations
• troubleshooting guidance for production environments
• scale-up notes and critical implementation risks
• training-oriented technical documentation where agreed in scope

This enables internal teams to operate more independently after project completion.

Controlled transfer framework

• all engagements are conducted under confidentiality and non-disclosure agreements where required
• deliverables, scope and intellectual property boundaries are defined contractually before work begins
• 3Dresyns® does not disclose proprietary third-party formulations
• 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

Typical project formats

• Technical assessment: define targets, constraints, current baseline and success criteria.
• Troubleshooting sprint: focused work to remove failure modes and stabilize performance.
• Development and 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.

Typical customers

• chemical manufacturers
• ink, coating and adhesive producers
• industrial R&D departments
• start-ups transitioning from development to manufacturing
• companies internalizing previously outsourced formulations
• companies needing formulation troubleshooting or scale-up support

Core technology transfer routes

Start with the page that matches the required scope.

UV / LED inks and overprint varnishes

Coatings, primers and specialty systems

Water-based resins, emulsions and binders

Adhesives