Biological Microscopes:
Biological microscopes are used to study organisms and their vital processes.
Biological Microscopes: Learn more
1"-4" wafer sample, 3-D tip coarse positioning
Atomic resolution at 5K, tip and sample exchange, 3-d tip positioning
Chamber for electron spectroscopy and scanning probe microscopy
Combination of STM, SEM and SAM for high resolution structural
Complete UHV system solution with multi point measurement tool
Contact and non-contact afm, and STM
Cryogenic SFM extends the range of low temperature UHV SPM
Designed to ensure maximum stability for high resolution scanning probe
Devised to allow sample heating and or/ cooling during SPM operation
Dual chamber surface science UHV systems
Excellent AES performance, >250 Angstrom transfer width
High resolution imaging, retractable entrance slit, micro-spot analysis
Low temperature positioning and scanning stage on non-magnetic
Multi-technique surface analysis system solution for mono-XPS and UHV SPM
Multi-technique surface science UHV system
Operation at cryogenic temperature and in high magnetic fields
Optical beam deflection for AMF, variable temperature
PC-based, SPM control system, external input/output channels
Photoemission electronic microscope, synchrotron application
Photoemission microscope with imaging high pass energy filter
Real-time photoemission electron microscope,energy filtering, microanalyser
Reflection mode SNOM, transmission mode SNOM
Single or double channel plate, insulating and delicate surfaces
STM/SEM-HC stage feature sample heating and cooling
Surface at cryogenic temperature, STM operation
Tailored and laboratory environments, accommodates angle-resolved electron
Two-level analysis chamber concept, complementary techniques
Ultimate STM resolution, optimum spectroscopy performance
Variable temperature UHV SPM, UHV AFM/STM UHV STM 1
Variable UHV SPM, temperature range 25K to 1500K
