R&D EQUIPMENT / TERA LEADER
Advanced Research
Equipment
Integrating process, measurement and control technologies
to develop equipment for diverse research fields.
Explore research fields
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 equipmentBrowse 4 research categories. Equipment used in several research steps is shown in each relevant category.
Nanomaterials synthesis
Synthesis research for nanomaterials including CNT, graphene and MoS₂
Equipment and configuration
CNT, graphene and MoS₂ synthesis equipment
Thin-film growth & surface coating
Materials surface coating and thin-film growth using ALD and sputtering
Equipment and configuration
Powder ALD, Remote PEALD, wafer Thermal ALD and sputtering equipment
Materials heat treatment & CVD
Materials synthesis and research into heat-treatment and CVD process conditions
Equipment and configuration
Thermal reactors, ampoule furnaces and Mini CVD
Dielectric & high-temperature EIS evaluation
Electrical characterization of materials using dielectric and high-temperature EIS measurements
Equipment and configuration
Dielectric and high-temperature EIS measurement equipment
Advanced batteries & solid-state cells
14 equipmentBrowse 7 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 equipmentBrowse 3 research categories. Equipment used in several research steps is shown in each relevant category.
Pressure, strain & tactile evaluation
Evaluation of static and dynamic responses of pressure, strain and tactile sensors
Equipment and configuration
Pressure, strain and tactile sensor measurement equipment
Contact & friction evaluation
Evaluation of contact-surface friction and material behavior
Equipment and configuration
Contact and friction measurement equipment
Electrochemical characterization
Electrochemical and impedance characterization for materials and sensor research
Equipment and configuration
BioLogic Potentiostat
Electronic skin & wearable sensors
5 equipmentBrowse 3 research categories. Equipment used in several research steps is shown in each relevant category.
Pressure, strain & tactile evaluation
Evaluation of static and dynamic responses of pressure, strain and tactile sensors
Equipment and configuration
Pressure, strain and tactile sensor measurement equipment
OLED materials & thin-film processing
Thin-film formation processes for OLED materials and devices
Equipment and configuration
OLED vacuum deposition equipment
Contact & friction evaluation
Evaluation of contact-surface friction and material behavior
Equipment and configuration
Contact and friction measurement equipment
Advanced materials, thermal & surface processing, joining
18 equipmentBrowse 5 research categories. Equipment used in several research steps is shown in each relevant category.
Nanomaterials synthesis
Synthesis research for nanomaterials including CNT, graphene and MoS₂
Equipment and configuration
CNT, graphene and MoS₂ synthesis equipment
Thin-film & surface processing
Thin-film and surface processing using ALD, sputtering, evaporation and etching
Equipment and configuration
ALD, sputtering, evaporation and etching equipment
Materials heat treatment & CVD
Materials synthesis and research into heat-treatment and CVD process conditions
Equipment and configuration
Thermal reactors, ampoule furnaces and Mini CVD
Ultra-high-temperature vacuum processing
Materials processing research using vacuum heat treatment at 2500 °C and above
Equipment and configuration
Vacuum heat-treatment equipment for 2500 °C and above
Brazing & joining
Brazing and joining process research for materials and components
Equipment and configuration
Brazing equipment
Robotic touch & automation
4 equipmentBrowse 2 research categories. Equipment used in several research steps is shown in each relevant category.
Pressure, strain & tactile evaluation
Evaluation of static and dynamic responses of pressure, strain and tactile sensors
Equipment and configuration
Pressure, strain and tactile sensor measurement equipment
Motion & task automation
Motion control and automation of repeated tasks
Equipment and configuration
Automation equipment including palletizing systems
Quantum & next-generation sensor research
2 equipmentBrowse 2 research categories. Equipment used in several research steps is shown in each relevant category.
Superconducting materials growth
Thin-film growth processes for Nb-based superconducting materials
Equipment and configuration
Sputtering equipment for Nb-based superconducting materials growth
Sensor materials & device probing
Probing for electrical characterization of sensor materials and devices
Equipment and configuration
Vacuum probe station
Our R&D equipment pages present accumulated development experience. New requests are reviewed for technical fit, development scope and available resources before acceptance.