Custom 3D Printing for R&D
Custom research-cell components for lithium-ion battery experiments.
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All services
Specialist resources and process expertise to scale and validate your lab innovations.
MOFs
Develop metal–organic frameworks around your target structure and intended function. We bring together synthesis, processing and characterization expertise to assess the route, prepare research samples and plan larger batches where feasible.
View detailsCOFs
Develop covalent organic frameworks from a proposed structure or literature route. Synthesis and characterization are considered together so the team can evaluate the material and refine preparation before progressing to larger quantities.
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Functional polymers
Translate a target polymer structure or function into research material through specialist synthesis and characterization. Route reproduction, sample preparation and scale-up are assessed around the intended application.
View detailsLigands
Prepare target ligands for coordination chemistry and functional-material development. Synthesis, purification and characterization are matched to the requested structure and the next stage of the research.
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Advanced membranes
Explore functional membrane materials around the intended transport, separation or electrochemical application. Material chemistry, preparation and characterization are assessed together before defining samples and development scale.
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SEM & TEM
Surface morphology and microstructure imaging.
View detailsLi-ion & solid-state batteries
Cycling, rate performance and protocol-based comparison.
View detailsPouch cell testing
Cell-level capacity, cycling and validation.
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Short-stack testing
Fuel-cell and electrolyzer stack performance evaluation.
View detailsFull-stack testing
Larger-stack operation and system-level validation.
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Spectroscopy: XPS, FTIR, Raman & NMR
Investigate surface chemistry and molecular features using suitable XPS, FTIR, Raman or NMR methods. The analytical approach, sample preparation and interpretation scope are agreed with specialist laboratories for each material.
View detailsX-ray diffraction (XRD)
Investigate crystalline structure and phase composition using X-ray diffraction through specialist laboratories. Sample requirements, measurement conditions and the scope of phase analysis are selected around the material and research objective.
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Surface area & porosity
Assess surface area and pore characteristics through suitable adsorption measurements, including BET analysis. Sample conditioning, method suitability and the interpretation of results are reviewed for each material.
View detailsThermal analysis
Investigate material behavior under heating through suitable thermal-analysis methods. Sample compatibility, atmosphere, temperature range and reporting scope are agreed with partner laboratories for each project.
View detailsMaterial characterization
Connect your material development with TEM, SEM, XPS, XRD, FTIR, Raman, NMR, BET surface-area analysis and thermal analysis through specialist laboratories. Methods are selected for each project to understand morphology, structure, composition and material behavior as you validate samples and scale your process.
View detailsAdvanced materials
Develop MOFs, COFs, advanced membrane materials, functional polymers and porous materials with specialist synthesis, processing and characterization resources. We assess the route and application together to move from small samples toward larger batches and material validation.
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Molecule and Polymer Synthesis
Organic and polymer synthesis, from small molecules and ligands to resins and functional polymers.
View detailsSynthesis scale-up & process replication
We connect your lab-scale material or catalyst synthesis with partner equipment and process expertise to develop repeatable gram- and kilogram-scale processes and validate the material as scale increases.
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Carbonization & activation
We connect your lab-scale carbon work with larger furnaces, activation equipment and processing experience to develop larger batches and validate the resulting carbon structure and properties.
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Scale-up sintering & heat treatment
We match your material and thermal process with suitable partner furnaces and process expertise to evaluate kilogram-scale sintering and heat treatment beyond the laboratory.
View detailsElectrode processing
We connect your materials with slurry, roll-to-roll coating and finishing expertise to advance lab electrodes toward square-metre and larger pilot coating trials, validating uniformity and performance as scale increases.
View detailsPouch-cell customization
We connect electrode processing, cell assembly and testing expertise to advance your coin-cell results into pouch-cell prototypes and validate the technology before the next step toward pack-level development.
View detailsBattery testing
We connect lithium-ion, solid-state and pouch-cell development with cycling, rate and comparative testing to validate performance as your technology moves into larger cell formats.
View detailsFuel-cell & electrolyzer stack testing
We connect fuel-cell and electrolyzer development with suitable short-stack and full-stack test facilities to evaluate performance as you move from individual cells to larger systems.
View detailsWind & solar direct-coupling tests
Electrolysis validation under variable renewable power.
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Research procurement
We connect your research team with materials, equipment and specialist suppliers so you can move from lab experiments to larger-scale development with the right technical resources.
View detailsDiscuss your requirements
Share your application, model or material, required quantity and timeline. We will review specifications, availability and scope before quoting.