TERA LEADER / RESEARCH EQUIPMENT
R&D Equipment
Explore custom equipment across seven research fields, from materials synthesis and solid-state batteries to tactile sensors, thermal processing and automation.
Our R&D equipment pages present accumulated development experience. New requests are reviewed for technical fit, development scope and available resources before acceptance.
Research Fields
Find equipment for your research
Equipment serving several research fields is listed in each relevant field.
Equipment by research field
35 equipment · 7 research fields
Energy materials synthesis & analysis
13 equipmentThin-film & surface processing
Powder ALD
In development- Advanced batteries & solid-state cells
- Energy materials synthesis & analysis
- Advanced materials, thermal & surface processing, joining
Thin-film & surface processing
Remote PEALD
- Advanced batteries & solid-state cells
- Energy materials synthesis & analysis
- Advanced materials, thermal & surface processing, joining
Thin-film & surface processing
Wafer Thermal ALD
- Advanced batteries & solid-state cells
- Energy materials synthesis & analysis
- Advanced materials, thermal & surface processing, joining
Thin-film & surface processing
ALD
R&D equipment for atomic layer deposition.
- Advanced materials, thermal & surface processing, joining
- Energy materials synthesis & analysis
Thin-film & surface processing
Sputter
R&D equipment for sputter deposition.
- Advanced materials, thermal & surface processing, joining
- Energy materials synthesis & analysis
Thermal processing
Thermal Reactor
R&D equipment for thermal treatment and CVD processes.
- Advanced materials, thermal & surface processing, joining
- Energy materials synthesis & analysis
Thermal processing
Ampoule Furnace
Ampoule-type thermal reactor for solid-state battery materials research
- Advanced batteries & solid-state cells
- Energy materials synthesis & analysis
- Advanced materials, thermal & surface processing, joining
Thermal processing
Mini CVD
Compact tube furnace for CVD and thermal annealing experiments
- Advanced materials, thermal & surface processing, joining
- Energy materials synthesis & analysis
- Advanced batteries & solid-state cells
Electrical characterization
Dielectric Measurement System
- Advanced batteries & solid-state cells
- Energy materials synthesis & analysis
Electrical characterization
High-temperature EIS Measurement System
- Advanced batteries & solid-state cells
- Energy materials synthesis & analysis
Materials synthesis
CNT Synthesis System
- Advanced materials, thermal & surface processing, joining
- Energy materials synthesis & analysis
Materials synthesis
Graphene Synthesis System
- Advanced materials, thermal & surface processing, joining
- Energy materials synthesis & analysis
Materials synthesis
MoS₂ Synthesis System
- Advanced materials, thermal & surface processing, joining
- Energy materials synthesis & analysis
Advanced batteries & solid-state cells
14 equipmentBrowse seven research categories. Equipment used in several research steps is shown in each relevant category.
Solid electrolyte materials
Sulfide, oxide, halide, polymer and composite electrolytes
Equipment and configuration
Materials synthesis, heat treatment and ALD equipment
Electrodes & interfaces
Cathode composites, anodes, coatings and contact conditions
Equipment and configuration
Cell jigs, pressure/measurement equipment and ALD coating systems
Cell assembly & forming
Pellet and electrode stacking and cell assembly conditions
Equipment and configuration
Cell jigs, presses and related components
Pressure & displacement evaluation
Loading conditions and load/thickness changes during cycling
Equipment and configuration
Digital presses and loadcell indicators
Temperature-dependent evaluation
Temperature effects on ionic conductivity and cell performance
Equipment and configuration
Oven, TBS and jig integration
Electrochemical evaluation
Cycling, impedance, interfacial resistance and lifetime
Equipment and configuration
Jigs and measurement setups connected to external analyzers
Cell scale-up & process development
Scaling from laboratory cells to pouch cells and process reproducibility
Equipment and configuration
Pouch cell jigs and development equipment subject to review
Materials & sensor reliability
5 equipmentSensor characterization
Pulse Stress Measurement System
Measurement system for pressure sensor characterization.
- Materials & sensor reliability
- Electronic skin & wearable sensors
- Robotic touch & automation
Sensor characterization
Strain Measurement System
Measurement system for strain sensor characterization.
- Materials & sensor reliability
- Electronic skin & wearable sensors
- Robotic touch & automation
Friction evaluation
Paint Friction Measurement System
Integrated motion and measurement equipment for paint friction evaluation.
- Materials & sensor reliability
Sensor characterization
Tactile Sensor Measurement System for Electronic Skin
- Electronic skin & wearable sensors
- Robotic touch & automation
- Materials & sensor reliability
Electrical characterization
BioLogic Potentiostat
- Materials & sensor reliability
Electronic skin & wearable sensors
5 equipmentThin-film & surface processing
OLED Evaporator
R&D equipment for vacuum deposition of OLED materials.
- Advanced materials, thermal & surface processing, joining
- Electronic skin & wearable sensors
Sensor characterization
Pulse Stress Measurement System
Measurement system for pressure sensor characterization.
- Materials & sensor reliability
- Electronic skin & wearable sensors
- Robotic touch & automation
Sensor characterization
Strain Measurement System
Measurement system for strain sensor characterization.
- Materials & sensor reliability
- Electronic skin & wearable sensors
- Robotic touch & automation
Friction evaluation
Cosmetic Friction Measurement System
Equipment for cosmetic friction measurement and AI applications.
- Electronic skin & wearable sensors
Sensor characterization
Tactile Sensor Measurement System for Electronic Skin
- Electronic skin & wearable sensors
- Robotic touch & automation
- Materials & sensor reliability
Advanced materials, thermal & surface processing, joining
18 equipmentThin-film & surface processing
Powder ALD
In development- Advanced batteries & solid-state cells
- Energy materials synthesis & analysis
- Advanced materials, thermal & surface processing, joining
Thin-film & surface processing
Remote PEALD
- Advanced batteries & solid-state cells
- Energy materials synthesis & analysis
- Advanced materials, thermal & surface processing, joining
Thin-film & surface processing
Wafer Thermal ALD
- Advanced batteries & solid-state cells
- Energy materials synthesis & analysis
- Advanced materials, thermal & surface processing, joining
Thin-film & surface processing
ALD
R&D equipment for atomic layer deposition.
- Advanced materials, thermal & surface processing, joining
- Energy materials synthesis & analysis
Thin-film & surface processing
E-beam Evaporator
R&D equipment for electron-beam deposition.
- Advanced materials, thermal & surface processing, joining
Thin-film & surface processing
OLED Evaporator
R&D equipment for vacuum deposition of OLED materials.
- Advanced materials, thermal & surface processing, joining
- Electronic skin & wearable sensors
Thin-film & surface processing
Sputter
R&D equipment for sputter deposition.
- Advanced materials, thermal & surface processing, joining
- Energy materials synthesis & analysis
Thin-film & surface processing
Sputtering System for Nb-based Superconducting Materials Growth
Sputtering equipment for growing Nb-based superconducting materials.
- Quantum & next-generation sensor research
- Advanced materials, thermal & surface processing, joining
Thin-film & surface processing
XeF₂ Etcher
R&D equipment for xenon difluoride etching.
- Advanced materials, thermal & surface processing, joining
Thin-film & surface processing
RIE
R&D equipment for reactive ion etching.
- Advanced materials, thermal & surface processing, joining
Thermal processing
Thermal Reactor
R&D equipment for thermal treatment and CVD processes.
- Advanced materials, thermal & surface processing, joining
- Energy materials synthesis & analysis
Thermal processing
Ampoule Furnace
Ampoule-type thermal reactor for solid-state battery materials research
- Advanced batteries & solid-state cells
- Energy materials synthesis & analysis
- Advanced materials, thermal & surface processing, joining
Thermal processing
Mini CVD
Compact tube furnace for CVD and thermal annealing experiments
- Advanced materials, thermal & surface processing, joining
- Energy materials synthesis & analysis
- Advanced batteries & solid-state cells
Materials synthesis
CNT Synthesis System
- Advanced materials, thermal & surface processing, joining
- Energy materials synthesis & analysis
Materials synthesis
Graphene Synthesis System
- Advanced materials, thermal & surface processing, joining
- Energy materials synthesis & analysis
Materials synthesis
MoS₂ Synthesis System
- Advanced materials, thermal & surface processing, joining
- Energy materials synthesis & analysis
High-temperature vacuum processing
Vacuum Heat Treatment System, 2500°C and Above
- Advanced materials, thermal & surface processing, joining
Brazing & joining
Brazing System
- Advanced materials, thermal & surface processing, joining
Robotic touch & automation
4 equipmentSensor characterization
Pulse Stress Measurement System
Measurement system for pressure sensor characterization.
- Materials & sensor reliability
- Electronic skin & wearable sensors
- Robotic touch & automation
Sensor characterization
Strain Measurement System
Measurement system for strain sensor characterization.
- Materials & sensor reliability
- Electronic skin & wearable sensors
- Robotic touch & automation
Automation
Palletizing System
Automation equipment integrating motion and control for palletizing operations.
- Robotic touch & automation
Sensor characterization
Tactile Sensor Measurement System for Electronic Skin
- Electronic skin & wearable sensors
- Robotic touch & automation
- Materials & sensor reliability
Quantum & next-generation sensor research
2 equipmentElectrical characterization
Vacuum Probe Station
- Quantum & next-generation sensor research
Thin-film & surface processing
Sputtering System for Nb-based Superconducting Materials Growth
Sputtering equipment for growing Nb-based superconducting materials.
- Quantum & next-generation sensor research
- Advanced materials, thermal & surface processing, joining