Click image to view full sizeHigh-temperature system TS1000, TS1200, TS1500
High-temperature system TS1000, TS1200, TS1500
TS1000, TS1200, TS1500
High-temperature system using extremely efficient ceramic heating components, allowing users to observe samples and perform characteristic analysis from normal temperature to 1500 ° C
(dependent on stage model)。
Features and Benefits
★ These high temperature systems are turnkey solutions for characterizing sam- ples such as ceramics, alloys, high temperature polymers and geological fluid inclusions and can be used with light microscopy, Raman and X-Ray
★ The sample is placed inside the ceramic sample cup so that it is heated from underneath as well as from the sides, a ceramic heat shield is placed over the top to prevent heat from escaping this micro oven.
★ The stage body and large diameter quartz lid window are kept at a safe tem- perature by sealed circulating water.
★ Precision Quick-fit gas valves at the sides of the stage body are used to purge the sample chamber with inert gas.
★ A vacuum tight version fitted with standard NW16 vacuum ports enables pres- sures as low at 10-3 mbar.
★ Precise temperature control by LCD touch screen (LinkPad system)。
System selection
Sample size
There are 4 different ceramic cup heating sizes to accommodate different sample diameter and thickness. The larger the diameter the lower the maximum temperature.
TS1500-7/3 7mm diameter, 3mm deep Max Temp. 1500°C
TS1500-7/6 7mm diameter, 6mm deep Max Temp. 1500°C
TS1200 10mm diameter, 5mm deep Max Temp. 1200°C
TS1000 17mm diameter, 3mm deep Max Temp. 1000°C
More Products
Optical Cryostat
Ultra Low Vibrations (3-5 nm) Pop-Off optical block for easy in-situ sample change Beryllium and Kapton windows available for Mössbauer experiments Large clear view optical windows (1.25 in) Large sample viewing angle for optical collection (F/1.4) Cold Tip Down Orientation Fully customizable
TASC VISTA Thermal Analysis by Surface Characterisation
Image Station 1. Linkam temperature microscope dedicated microscope stage。2. The upper seat can be tilted backwards for easy disassembly of the platform。 3. The camera is mounted directly above the objective lens to prevent multiple reflections from affecting the image quality。4. 20 LED Array Lighting。5. Can add polarizing module。6. 5 megapixel CMOS camera with a maximum resolution of 2448 X 2048。7. All brands of objective lenses can be used。 Link Software 1. Complete Linakm system operator interface2. Real-time display of parameters such as temperature and pressure surface shearing (other than temperature, other physical properties need to be matched with a specific stage)3. Use with Image Station to extend Image Capture, TASC (Thermal Analysis by Surface Characterization) Image Capture 1. Image capture and measurement functions in LINK。2. Users can freely set the interval of taking pictures or take pictures at special temperatures。3. Temperature data can be directly marked in photos。 (See video below)* LINK software has no photography function, but it is enough to integrate multiple photos into。 TASC (Thermal Analysis by Surface Characterization) 1. TASC is the analysis of the thermodynamic properties of high electrons through shadow analysis.。 2. Detecting high polymer properties such as glass transition temperature, melting point, etc. by surface surface transition。3. Different from the traditional DSC analysis method, TASCT can be used for trace or regional analysis.。4. TASC analyzes the surface shape through software, and can respond sensitively even at a small temperature ladder。5. Just use Image Station, no need to modify the heating stage, you can use this function。6. If equipped with a DSC-capable stage, DSC and TASC analysis results can be displayed simultaneously。 Linkam Scientific diverse measurement equipment 1. Standard variable temperature system (-196 – 600 oC)2. Ultra-high temperature variable system (room temperature – 1500 oC)3. High pressure system (up to 600 bar, -196 – 600 oC)4. Vacuum system (10 (10-3mbar, -196 – 350 oC)5. Humidity control module (5% -90% RH)6. Conductive probe system (up to 8 probes, maximum temperature control range - 196 – 600oC)7. Rheometer system (-50 – 450 oC)8. Surface tension measurement system (-196 – 350 oC)9. DSC measurement system (-196 – 600 oC)
Examina Temperature control system THMS600
Examina Temperature control system These systems are optimized for sample characteristics and feature fast response temperature control, high-speed heating, and high stability (<0.1 ° C). Adding a cooling unit extends the temperature range to -196 ° C. Specification• Can be used with standard light microscopy, IR, X-ray, Confocal, and Raman applications• Temperature Range -196°C to 600 °C (requires cooling pump)• Heating and cooling rates of 0.1 to 90°C/min • Temperature stability <0.1°C• Single ramp temperature control• 16 mm X,Y sample manipulation• Sample area 22 mm diameter• Gas tight sample chamber for atmospheric control• Clamps directly to the microscope substage for stability• 100ohm platinum resistor sensor. 1/10th Din Class B to 0.1°C• Light aperture - 2.4mm Ø • Silver heating block for high thermal conductivity• Direct injection of the coolant into the silver block• Single ultra thin lid window - 0.17mm• Objective lens working distance - 4.5mm• Condenser lens minimum working distance 12.5mm• Range of condenser extension lenses available• Can be used with all microscope techniques• Water cooled stage body for high temperature work (>300°C)• Suitable for Confocal, Laser Raman and X-Ray• Sample side loading without removing the stage lid• Stage body size - 137 x 92 x 22 mm
