Difference between revisions of "Tescan"

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(added TS-5120, aquasem, ts5130, added aquisition by shimadsu)
(added aquasem)
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   |Year=
 
   |Year=
 
   |Successor=
 
   |Successor=
−
   |Magnification Range=12x - 250kx <ref name="TS-5120-sheet">[[:N25D0055 - Tescan Proxima TS-5120 - Datasheet - Compressed.pdf | TESCAN TS 5120- PROXIMA, A SEM integrated with PC technology from the design stage; N25D0055]]</ref>
+
   |Magnification Range=12x - 250kx <ref name="TS-5120-sheet">[[:file:N25D0055 - Tescan Proxima TS-5120 - Datasheet - Compressed.pdf | TESCAN TS 5120- PROXIMA, A SEM integrated with PC technology from the design stage; N25D0055]]</ref>
 
   |Magnification Gauge Type= PC Text<ref name="TS-5120-sheet"/>
 
   |Magnification Gauge Type= PC Text<ref name="TS-5120-sheet"/>
 
   |Specemin Chamber Pressure=
 
   |Specemin Chamber Pressure=
−
   |Power Consumption=900 VA<ref name="TS-5120-sheet">
+
   |Power Consumption=900 VA<ref name="TS-5120-sheet"/>
 
   |System Weight=  
 
   |System Weight=  
 
   |Accelerator Type=Self Biased Triode Gun
 
   |Accelerator Type=Self Biased Triode Gun
−
   |Cathode Type=Tungsten Hairpin<ref name="TS-5120-sheet">
+
   |Cathode Type=Tungsten Hairpin<ref name="TS-5120-sheet"/>
−
   |Accelerating Voltage=1 - 30 kV<ref name="TS-5120-sheet">
+
   |Accelerating Voltage=1 - 30 kV<ref name="TS-5120-sheet"/>
 
   |Stability=
 
   |Stability=
 
   |Cathode Heating Methode=
 
   |Cathode Heating Methode=
−
   |Alignment Methode= Double Electromagnetic, mechanical XY<ref name="TS-5120-sheet">  
+
   |Alignment Methode= Double Electromagnetic, mechanical XY<ref name="TS-5120-sheet"/>  
−
   |Number of Condensor Lenses=2<ref name="TS-5120-sheet">
+
   |Number of Condensor Lenses=2<ref name="TS-5120-sheet"/>
 
   |Condensor Current Stability=
 
   |Condensor Current Stability=
 
   |Condensor Stigmator=
 
   |Condensor Stigmator=
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   |Stage Type=
 
   |Stage Type=
 
   |Sample Holder Type=3.2mm Stub
 
   |Sample Holder Type=3.2mm Stub
−
   |X, Y Travel Range=40mm <ref name="TS-5120-sheet">
+
   |X, Y Travel Range=40mm <ref name="TS-5120-sheet"/>
−
   |Z Travel Range=0 - 7mm<ref name="TS-5120-sheet">
+
   |Z Travel Range=0 - 7mm<ref name="TS-5120-sheet"/>
−
   |Tilt Range= 0° to 45°<ref name="TS-5120-sheet">
+
   |Tilt Range= 0° to 45°<ref name="TS-5120-sheet"/>
−
   |Rotation Range=360°<ref name="TS-5120-sheet">
+
   |Rotation Range=360°<ref name="TS-5120-sheet"/>
−
   |Working Distance= 8 - 50 mm<ref name="TS-5120-sheet">
+
   |Working Distance= 8 - 50 mm<ref name="TS-5120-sheet"/>
 
   |Objective Spherical Error=
 
   |Objective Spherical Error=
 
   |Objective Current Stability=
 
   |Objective Current Stability=
 
   |Objective Stigmator= dual quadropole  
 
   |Objective Stigmator= dual quadropole  
 
   |Deflection Type= double electromagnetic  
 
   |Deflection Type= double electromagnetic  
−
   |Point Resolution= 9 nm<ref name="TS-5120-sheet">
+
   |Point Resolution= 9 nm<ref name="TS-5120-sheet"/>
 
   |Lens Type=Electromagnetic
 
   |Lens Type=Electromagnetic
 
   |Specimen Loading=Drawer type Stage
 
   |Specimen Loading=Drawer type Stage
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   |Year=
 
   |Year=
 
   |Successor=
 
   |Successor=
−
   |Magnification Range=12x - 250kx <ref name="aquasem-info">[[:N25D0052 - Tescan - Vega TS 5130 - Infosheet - compressed.pdf | AQUASEM, An SEM allowing examination of non-conductive specimens: N26D0043]]</ref>
+
   |Magnification Range=12x - 250kx <ref name="aquasem-info">[[:N26D0043 - Tescan - AquaSEM - an SEM allowing examination of non-conductive specimens - comp.pdf | AQUASEM, An SEM allowing examination of non-conductive specimens: N26D0043]]</ref>
 
   |Magnification Gauge Type= PC Text<ref name="aquasem-info"/>
 
   |Magnification Gauge Type= PC Text<ref name="aquasem-info"/>
 
   |Specemin Chamber Pressure= up to 15 mBar<ref name="aquasem-info"/>
 
   |Specemin Chamber Pressure= up to 15 mBar<ref name="aquasem-info"/>
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   |Year=
 
   |Year=
 
   |Successor=
 
   |Successor=
−
   |Magnification Range=12x - 250kx <ref name="TS-5130-sheet">[[:N25D0052 - Tescan - Vega TS 5130 - Infosheet - compressed.pdf | Vega TS-5130, Microscope with Intelligence, Microscope with Fantasy; N25D0052]]</ref>
+
   |Magnification Range=12x - 250kx <ref name="TS-5130-sheet">[[:file:N25D0052 - Tescan - Vega TS 5130 - Infosheet - compressed.pdf | Vega TS-5130, Microscope with Intelligence, Microscope with Fantasy; N25D0052]]</ref>
 
   |Magnification Gauge Type= PC Text<ref name="TS-5130-sheet"/>
 
   |Magnification Gauge Type= PC Text<ref name="TS-5130-sheet"/>
 
   |Specemin Chamber Pressure=
 
   |Specemin Chamber Pressure=
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‎<references />
 
‎<references />
  
 +
[[Category:EM Templates]]
 
[[Category:Manufacturer]]
 
[[Category:Manufacturer]]
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[[Category:Pages using duplicate arguments in template calls]]
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[[Category:Pages with reference errors]]

Revision as of 02:28, 28 August 2026

Tescan is a manufacturer of Scanning Electron Microscopes and Focused Ion Beam Columns from the Czech Republic. Tescan was founded 1991 by Jaroslav Klíma and sold their first product, a SEM Digitizer starting in 1992. 1996 marked the year in which the company introduced their first SEM, the Tescan Prixima.

Tescan developed and patented the LVSTD, A low vacuum secondary electron detector in 2003, and introduced their first Field Emission Scanning Electron Microscope in 2005 in the form of the Tescan Mira. 2013 TESCAN and ORSAY PHYSICS merged, to form TESCAN ORSAY HOLDING, and opened a branch in the UK, this being Tescan UK under the leadership of Ray Codd. 2015 another branch of Tescan was established, this being Tescan do Brasil. 2018 they acquired XRE, a specialist in computer tomography, forming Tescan XRE.

Tescan was aquired by The Carlyle Group then later sold to Shimadzu.

Tescan is notable for having introduced the Xenon gas Ion Focused ion beam column for dual beam SEM processes. A competing technology to the common Gallium liquid metal field emission focused ion beam columns common at the time.

Models

Proxima TS-5120
Tescan - Proxima TS-5120 - from N25D0055.png
General
Year
Successor [[]]
Magnification Range 12x - 250kx [1]
Magnification Gauge Type PC Text[1]
Specemin Chamber Pressure
Power Consumption 900 VA[1]
System Weight
Electrion Source
Accelerator Type Self Biased Triode Gun
Cathode Type Tungsten Hairpin[1]
Accelerating Voltage 1 - 30 kV[1]
Stability
Cathode Heating Methode
Alignment Methode Double Electromagnetic, mechanical XY[1]
Condensor
Number of Condensor Lenses 2[1]
Current Stability
Stigmator
Aperture
Condensor Alignment
Lens Type
Stage
Stage Type
Specimen Loading Drawer type Stage
Sample Holder Type 3.2mm Stub
X, Y Travel Range 40mm [1]
Z Travel Range 0 - 7mm[1]
Tilt Range 0° to 45°[1]
Rotation Range 360°[1]
Drive Mechanism Hand Knob
Objective Lens
Working Distance 8 - 50 mm[1]
Spherical Error
Current Stability
Stigmator dual quadropole
Deflection Type double electromagnetic
Point Resolution 9 nm[1]
Lens Type Electromagnetic


AquaSEM
Tescan - AquaSEM - from N26D0043.png
General
Year
Successor [[]]
Magnification Range 12x - 250kx [2]
Magnification Gauge Type PC Text[2]
Specemin Chamber Pressure up to 15 mBar[2]
Power Consumption 1800 VA[2]
System Weight
Electrion Source
Accelerator Type Self Biased Triode Gun
Cathode Type Tungsten Hairpin[2]
Accelerating Voltage 1 V - 20 kV[2]
Stability
Cathode Heating Methode
Alignment Methode Double Electromagnetic, mechanical XY[2]
Condensor
Number of Condensor Lenses 2[2]
Current Stability
Stigmator
Aperture
Condensor Alignment
Lens Type
Stage
Stage Type
Specimen Loading Drawer type Stage
Sample Holder Type 3.2mm Stub
X, Y Travel Range X: 40mm [2]
Z Travel Range 0 - 7 mm[2]
Tilt Range
Rotation Range 360°[2]
Drive Mechanism Hand Knob
Objective Lens
Working Distance 10 - 50 mm[2]
Spherical Error
Current Stability
Stigmator dual quadropole
Deflection Type double electromagnetic
Point Resolution 10 nm[2]
Lens Type Electromagnetic


Vega TS-5130
Tescan - Vega TS-5130 - from N25D0052.png
General
Year
Successor [[]]
Magnification Range 12x - 250kx [3]
Magnification Gauge Type PC Text[3]
Specemin Chamber Pressure
Power Consumption 1300 VA
System Weight
Electrion Source
Accelerator Type Self Biased Triode Gun
Cathode Type Tungsten Hairpin[3]
Accelerating Voltage 500 V - 30 kV[3]
Stability
Cathode Heating Methode
Alignment Methode Double Electromagnetic, mechanical XY[3]
Condensor
Number of Condensor Lenses 2[3]
Current Stability
Stigmator
Aperture
Condensor Alignment
Lens Type
Stage
Stage Type
Specimen Loading Drawer type Stage
Sample Holder Type 3.2mm Stub
X, Y Travel Range X: 40mm; X 24mm [3]
Z Travel Range 27 mm[3]
Tilt Range -90° to +90°[3]
Rotation Range 360°[3]
Drive Mechanism Hand Knob
Objective Lens
Working Distance
Spherical Error
Current Stability
Stigmator dual quadropole
Deflection Type double electromagnetic
Point Resolution 3.5 nm[3]
Lens Type Electromagnetic

Sources

[[1]]

Refrences

‎

  1. ↑ 1.00 1.01 1.02 1.03 1.04 1.05 1.06 1.07 1.08 1.09 1.10 1.11 1.12 TESCAN TS 5120- PROXIMA, A SEM integrated with PC technology from the design stage; N25D0055
  2. ↑ 2.00 2.01 2.02 2.03 2.04 2.05 2.06 2.07 2.08 2.09 2.10 2.11 2.12 AQUASEM, An SEM allowing examination of non-conductive specimens: N26D0043
  3. ↑ 3.00 3.01 3.02 3.03 3.04 3.05 3.06 3.07 3.08 3.09 3.10 Vega TS-5130, Microscope with Intelligence, Microscope with Fantasy; N25D0052
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