Transmission Electron Microscope LB-10TEM

Transmission Electron Microscope LB-10TEM

Name: Transmission Electron Microscope LB-10TEM
Brand: Labotronics
SKU: LB-10TEM
Rating: 4.5 (521 reviews)

Transmission Electron Microscope LB-10TEM offers ultra-high-resolution imaging with 0.23 nm line resolution and 20x to 1.5Mx magnification. It includes a high-brightness Schottky field emitter for a stable and bright electron beam. It has a fully eccentric 5-axis motorized goniometer, ensuring precise sample positioning. Our electron microscope features high-sensitivity CMOS cameras, enabling real-time analysis of fine structural details.

$ 1964287.5

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Specifications

Magnification	20x to 1.5Mx
TEM Line Resolution	0.23 nm
TEM Information Limit	0.2 nm
Electron Source	High brightness Schottky field emitter
Goniometer	Fully eccentric goniometer with all 5-axis motorized
Camera	EMSIS XAROSA CMOS (5120 × 3840 pixels)
FEG Gun Vacuum	< 1×10⁻⁶ Pa
TEM Column Vacuum	< 5×10⁻⁵ Pa
Stage	Compu stage double-tilt holder
Beam Current	Maximum ≥ 50nA at 200kV
Probe Current	≥ 1.5nA/1mm Probe
Ripple	≤ 10ppm at -200kV (≤ 40kHz)
Temperature Coefficient	≤ 25ppm/°C
Stability	≤ 5ppm/10min
Filament Ripple	≤ 0.1% at 3A
Filament Temperature Coefficient	≤ 100 ppm/°C
Filament Stability	≤ 250 ppm/10min
Rated Output Current	300uA
Filament Output Current	3.6A (load less than 12)
Accelerating Voltage	200 kV, Factory Aligned at 80 kV and 200 kV
Power Supply	90 to 264VAC，50/60Hz，10A
Main Unit Dimension	1106 × 842 ×1955mm
01 Wooden Box Dimension	13000 × 10500 × 21500 mm
02 Wooden Box Dimension	10000 × 8500 × 20000 mm
03 Wooden Box Dimension	16500 × 16500 × 11000 mm
01 Wooden Box Weight	560 kg
02 Wooden Box Weight	123 kg
03 Wooden Box Weight	167 kg
Gross Weight	1312 kg

Features

Advanced vacuum system
Double-tilt sample holder
Low ripple stability
High-performance optics
Advanced data processing

Applications

Transmission Electron Microscope LB-10TEM is used to analyze nanostructures, crystal defects, and biological specimens with ultra-high resolution. It is widely applied in nanotechnology, materials science, semiconductor research, and biomedical studies.