Have temperature control challenges in microscopic observations ever constrained your experimental freedom? The Instec TS102S temperature control platform emerges as a solution designed to overcome these limitations, offering precise temperature regulation with user-friendly operation to accelerate scientific discovery.

Core Advantages: Precision Temperature Control, Simplified Operation, and Broad Compatibility

The Instec TS102S is a precision temperature control platform based on advanced Peltier technology, specifically designed for rapid and efficient experiments using both upright and inverted microscopes. Its key features include:

• Wide temperature range: Capable of precise temperature control between -25°C to 90°C without requiring liquid nitrogen, significantly simplifying experimental setup, particularly for research requiring extended operation at moderate temperatures.
• Open design for easy operation: Features an open-surface design with user-friendly clamps that securely hold standard 25mm × 75mm slides. This configuration enables quick sample installation and replacement, minimizing preparation time and allowing researchers to focus on observation.
• Superior optical compatibility: The TS102S offers excellent optical transmission capabilities, supporting both reflected and transmitted light observation. With a minimum objective working distance of 0mm and minimum condenser working distance of 3mm, it ensures compatibility with various microscope systems while minimizing optical interference.

Technical Specifications

Thermal Performance

• Temperature control system: Utilizes the Instec mK2000 series controller with bidirectional LVDC output for stable and precise temperature regulation.
• Temperature range:
  • Minimum temperature: -25°C achievable with C100W water circulator and ice-water mixture. Continuous operation at -10°C possible with standard C100W water circulation.
  • Maximum temperature: Standard configuration reaches 90°C, with optional upgrades available for 120°C operation.
• Temperature sensor: Integrated high-precision 100Ω platinum RTD sensor for real-time temperature monitoring.
• Heating/cooling rates:
  • Maximum heating rate: +25°C per minute at 37°C
  • Maximum cooling rate: -15°C per minute at 37°C
  • Minimum heating/cooling rate: ±0.01°C per minute for fine temperature adjustments
• Temperature resolution: 0.01°C for millikelvin-level control
• Temperature stability: ±0.05°C to maintain consistent experimental conditions
• Power supply: Universal input with maximum power consumption of 80W (excluding water cooling accessories)
• Data recording: Includes Windows-compatible software for temperature-time data logging and export

Optical Characteristics

• Observation modes: Supports both reflected and transmitted light observation
• Minimum objective working distance: 0mm for close-range observation
• Minimum condenser working distance: 3mm to ensure adequate optical path
• Transmission aperture: Standard 10mm diameter with optional 5mm, 8mm, or 12mm apertures available

Structural Design

• Sample area: 45mm × 45mm open platform with clamps and 25mm × 75mm slide holder
• Frame cooling: Integrated Peltier cooling with standard C100W water circulator. Optional upgraded chillers available for lower temperatures and extended operation
• Mounting options: Supports horizontal or vertical mounting with 140mm × 90mm through-hole pattern and integrated 99mm dovetail interface
• Dimensions: 160mm × 110mm × 21.7mm compact design
• Weight: 1000g for easy handling and installation

Optional Accessories and Upgrades

The TS102S offers various optional accessories and upgrades to accommodate diverse experimental requirements:

Standard Model Accessories

• Thermoelectric cooling (TEC):
  • C100W water circulator (standard): Multi-purpose benchtop unit supporting sample cooling to -10°C. Temporary -25°C operation possible with ice-water mixture
  • CW5000 industrial chiller (optional upgrade): Compact refrigeration system cooling water to 5°C, enabling stable -30°C operation
• Mounting adapters: Various adapters available for integration with different optical instruments, including horizontal and vertical mounting options beyond standard through-hole and dovetail configurations

TS102S+ Custom Model Options

The TS102S+ custom model provides additional advanced features:

• Upgraded controller options:
  • mK2000B controller: Specifically designed for Peltier systems with bidirectional current output. Additional monitoring sensors and analog voltage output available
  • Additional monitoring sensors: Extra temperature monitoring points for comprehensive thermal analysis
• Custom transmission apertures:
  • Standard 10mm: Suitable for most applications
  • Reduced 5mm or 8mm: Improves temperature uniformity for sensitive applications
  • Expanded 12mm: Provides wider observation area, potentially affecting temperature uniformity

The Instec TS102S temperature control platform delivers exceptional performance, flexible configuration, and user-friendly operation, serving as a valuable tool for researchers in life sciences, materials science, semiconductor inspection, and other fields requiring precise thermal management during microscopic observation.