Automated
Thermal Conductivity
Test Solutions

AI-Driven Test Automation with Fully Robotic Sample Handling

Unlock Fully Automated Thermal Testing Workflows

The future of thermal characterization is automated. C-Therm’s suite of automation solutions enables researchers and engineers to simplify testing, improve repeatability, and maximize laboratory efficiency through intelligent integration with the Trident™ platform. From automated temperature control and software-driven workflows to automated sample handling and compression testing accessories, C-Therm provides the tools needed to move beyond manual testing limitations and accelerate thermal material characterization.

Automated Thermal Control (ATC)

The ATC simplifies elevated-temperature thermal conductivity testing by automating temperature management and enabling precise measurements from room temperature to 300°C through seamless integration with the C-Therm Trident™ platform.

Automation Software

The C-Therm Automation Software is developed to link the Automated Thermal Control and Trident™ Thermal Conductivity Instrument to enable fully automated thermal conductivity testing at elevated temperatures.

Automated Sampler

The Automated Sampler uses a collaborative robotic arm to enable precise and repeatable sample positioning during thermal conductivity measurements. By reducing manual handling, it improves testing consistency, minimizes operator variability, and increases laboratory efficiency. Integrated with C-Therm automation software, the system streamlines the workflow from sample placement to thermal measurement and AI-powered data analysis.

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ATC Specifications

Dimensions
Exterior (Width x Depth x Height)	12.5" x 14.75" x 13.75" 31.8 cm x 37.5 cm x 34.9 cm
Exterior Lifted (Width x Depth x Height)	12.5" x 14.75" x 21" 31.8 cm x 37.5 cm x 53.3 cm
Sample Cell (Diameter x Height)	1.98" x 5" 5 cm x 12 cm
Approx. Unit Weight	29.5 lbs / 13.4 kg
Compatible C-Therm Trident Test Methods
Modified Transient Plane Source (MTPS) \| Transient Plane Source (TPS) \| Transient Line Source (TLS) \| Transient Hot Wire (THW)
Temperature Range
Room temperature to +300°C
Operation – Heating/Cooling
Sound Intensity	Less than 65.3 dBa as measured 5 feet from ATC during cooling.
Heating Element	Insulated heating cartridge integrated into instrument core. No exposed heating elements.
Cooling Element	Circulating air.
Operation – Lifting Enclosure
Control	Up/Down buttons on the side of the chassis.
Locking	Lock button on the side of the chassis unlocks the lifting controls. Above 60°C, the lifting enclosure will lock automatically.

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Thermal Automation Portfolio

Reliable thermal conductivity measurements require precise control of testing conditions. C-Therm’s thermal automation portfolio combines intelligent accessories, sensors, and automation technologies to manage temperature, compression, pressure, and humidity. AI-powered data sampling and regression analysis further enhance testing efficiency, repeatability, and data-driven insights.

Trident Thermal Conductivity Platform
Automated Thermal Control (ATC)
ATC - Compatible with MTPS & TPS
ATC - Compatible with TLS & THW
Lifted Enclosure for Easy Access
Automated Sampler - UR3e from Universal Robotics
MTPS Sensor
Flex TPS Sensor
TLS Sensor
THW Sensor

Frequently Asked Questions

What temperature range does the ATC support?

The ATC supports a temperature range between room temperature up to 300 °C.

Can the ATC enclosure be raised while at an elevated temperature?

No, the ATC enclosure automatically locks when the sample cell temperature reaches 60 °C.

Are the heating elements exposed within the ATC sample cell?

No, the ATC uses cartridge heaters integrated within the walls of the sample cell.

How does the ATC cool the sample cell?

The ATC uses a fan intake and circulating air for cooling.

Does the ATC require a C-Therm Trident™ Thermal Conductivity Instrument to operate?

Yes, the ATC integrates with the sensors of the C-Therm Trident™ Thermal Conductivity Instrument and requires the instrument to perform automated thermal conductivity measurements.

What is the desktop footprint of the ATC?

The ATC has a 1193 cm² desktop footprint, with a height of 34.9 cm when lowered and 53.3 cm with the enclosure raised. For reference, the Trident™ Thermal Conductivity Instrument has a desktop footprint of 853 cm².

What automation features are available in the C-Therm Automation Software?

C-Therm Automation Software enables automated instrument control, data acquisition, and analysis workflows, allowing users to streamline thermal conductivity measurements while maintaining consistent testing conditions. Automated data handling reduces manual processing requirements and improves measurement repeatability.

How does AI enhance thermal testing and data analysis?

AI-powered data sampling and regression analysis help optimize measurement workflows by analyzing collected data, improving confidence in results, and reducing the time required for manual data interpretation. These capabilities support faster, more efficient thermal characterization.

What is the purpose of the C-Therm Automated Sampler?

The Automated Sampler enables sequential testing of multiple samples by reducing manual sample handling between measurements. This improves laboratory efficiency while maintaining consistent measurement procedures across a larger testing workload.

How does the Automated Sampler improve testing repeatability?

By automating sample positioning and measurement workflows, the Automated Sampler minimizes operator-to-operator variation and ensures consistent sample placement. This helps improve repeatability and reliability when characterizing multiple materials.

Can the Automated Sampler be integrated with existing C-Therm thermal conductivity instruments?

Yes. The Automated Sampler is designed to integrate with C-Therm thermal conductivity testing solutions, enabling automated measurement workflows while leveraging the same trusted thermal characterization methods used for manual testing.

AutomatedThermal ConductivityTest Solutions