Linkam / Linkam Scientific Instruments — Temperature Controlled Stages and Cryogenic Systems

Global supply of precision temperature-controlled and cryogenic microscope stages by Linkam (UK / Linkam Scientific Instruments Ltd). Flagship THMS600 heating and freezing stages, LTS420 large area modules, TS1500 high-temperature systems up to 1500°C, and T96 system controllers from SpareX.

Linkam THMS600 Heating and Freezing Microscope Stages

The flagship THMS600 stage delivers precision temperature control from < -195°C to 600°C. The platform provides rapid heating rates up to 150°C/min with 0.01°C stability. Assemblies feature pure silver heating blocks and high-precision XY sample manipulators.

Flagship THMS600 heating and freezing stages and HFS600 systems
Optical microscopy, Raman spectroscopy, and material phase characterization
Temperature range < -195°C to 600°C with stability of 0.01°C
Pure silver heating blocks, Pt100 sensors, and optical quartz windows

Linkam LTS420 Large Area Heating and Freezing Stages

The LTS420 large area stage operates across a wide thermal range from < -195°C to 420°C. The internal chamber accepts standard slides and incorporates 15 mm XY manipulation. Gas-tight enclosures with purge valves prevent oxidation and moisture condensation.

Large area LTS420 stages and electrical probing LTS420E-P systems
Analysis of liquid crystals, polymer films, and biological specimens
Thermal span from < -195°C to 420°C with 15 mm XY sample positioning
Heating elements, lid seal O-rings, and gas purge connector fittings

Linkam TS1500 High Temperature Stages up to 1500°C

The TS1500 stage provides extreme thermal sample characterization up to 1500°C. Dedicated controllers support rapid heating ramps at rates up to 200°C/min. Ceramic sample cups and water-cooled outer bodies protect surrounding microscope optics.

High-temperature stage assemblies TS1500, TS1200, and TS1000
Metallurgy, technical ceramics, geological melts, and synchrotron beamlines
Thermal capability up to 1500°C with heating ramps up to 200°C/min
Ceramic sample crucibles, thermocouples, and cooling water jackets

Linkam MDSG600 Motorised Geology and Fluid Inclusion Stages

The MDSG600 motorised stage is tailored for petroleum geology and mineral thermometry. The system covers < -195°C to 600°C with micro-stepped XY motorized drives. Scientists precisely store and recall coordinates of microscopic fluid inclusions in sedimentary rock samples.

Motorised geological stages MDSG600 and specialized THMSG600 units
Fluid inclusion thermometry, hydrocarbon tracking, and carbon capture studies
Operating range < -195°C to 600°C with automated XY coordinate recall
Micro-stepper motor actuators, quartz cover lids, and calibrated Pt100 sensors

Linkam T96 Universal System Controllers and LinkPad Terminals

The T96 controller provides centralized automation for all standard Linkam stages. High-resolution input channels evaluate Pt100 sensors with better than 0.01°C resolution. The LinkPad touch interface and LINK software execute intricate multi-step thermal ramps.

Universal system controllers T96-S, T96-P, and touch LinkPad terminals
Closed-loop PID regulation of temperature, vacuum, purge gas, and motors
Measurement resolution better than 0.01°C using Pt100 platinum sensors
Touchscreen interface displays, switching power supplies, and communication cables

Linkam LNP96 Liquid Nitrogen Cooling Pump Systems

The LNP96 automated cryogenic pump supplies liquid nitrogen for cooling down to < -195°C. A dual-pump architecture delivers smooth and highly controlled cooling gradients. Modules connect directly to T96 controllers for autonomous cryogenic temperature stabilization.

Automated cryogenic pumping systems LNP96-S, LNP96-T, and liquid feed siphons
Controlled sub-ambient cryogenic cooling for stages down to < -195°C
Automated nitrogen metering governed by closed-loop T96 controller signals
Insulated nitrogen transfer siphons, safety relief valves, and pump heads

Linkam HFS600 Electrical Probing Temperature Stages

The HFS600 probe stage combines thermal control from < -195°C to 600°C with electrical testing. The chamber integrates coaxial BNC feedthroughs and positional probe arms. Systems enable characterization of semiconductors, photovoltaics, and dielectric materials.

Electrical probe stages HFS600, HFS600E-PB4, and sub-ambient HFSX350 units
Electrical characterization of semiconductors, thin films, and solar cells
Operating thermal span from < -195°C to 600°C with isolated BNC terminals
Tungsten probe tips, micro-positioning arms, and shielded coaxial cables

Linkam FDCS196 Freeze-Drying Cryo Stages for Microscopy

The FDCS196 stage is designed for freeze-drying microscopy and collapse point evaluation. Chambers facilitate thermal cooling down to < -195°C under tight vacuum control. Optical recording of dynamic ice sublimation optimizes formulation cycles for biopharmaceuticals.

Freeze-drying cryo stages FDCS196 and specialized biology chambers BCS196
Lyophilization collapse temperature determination and cryopreservation research
Deep cooling to < -195°C under controlled vacuum and low-moisture atmospheres
Vacuum flange O-rings, optical quartz sample discs, and Pirani gauge ports

Linkam Scientific Temperature Controlled Stages and System Architecture

British manufacturer Linkam Scientific Instruments designs and fabricates precision heating, freezing, and environmental stages for optical microscopy and spectroscopy.

The instrument portfolio includes flagship THMS600 stages spanning < -195°C to 600°C, LTS420 large area platforms accommodating standard microscope slides, and TS1500 ultra-high temperature systems heating up to 1500°C for metallurgy and synchrotron diffraction.

For geological research and petroleum exploration, motorized MDSG600 stages integrate micro-stepped XY drives for precision analysis of fluid inclusions in sedimentary rocks.

Instruments utilize Pt100 platinum resistance sensors and connect directly to universal T96 microprocessor controllers with LinkPad touch terminals.

Thermal Calibration Guidelines and Preventive Maintenance Procedures

Temperature channel calibration of T96 controllers utilizes high-purity chemical reference materials with sharp melting points to verify measurement accuracy across sub-ambient and elevated thermal spans.

SpareX engineering teams assist research facilities with stage mounting adapters, LNP96 liquid nitrogen pump sizing, and optical microscope coupling.

Preventive maintenance involves regular inspection of gas-tight chamber O-rings, vacuum port integrity testing, and gentle cleaning or replacement of pure quartz observation windows.

SpareX ensures reliable worldwide delivery of verified Linkam scientific hardware accompanied by factory inspection documentation.

Linkam / Linkam Scientific Instruments and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of Linkam / Linkam Scientific Instruments and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.