Temperature Forcing Systems
Advanced temperature forcing systems for precise and reliable thermal testing. Direct contact systems from -75°C to +225°C (±0.1°C) — DUT power up to 2000W. Developed and manufactured by Eldrotec for semiconductor, aerospace, automotive, and R&D applications.
What Are Temperature Forcing Systems?
Temperature forcing systems are advanced instruments designed for testing electronic components and systems under extreme temperature conditions. These systems help ensure product reliability by exposing devices under test (DUT) to a wide range of temperatures — from very low to very high. Commonly used in semiconductor, aerospace, automotive, telecommunications, and R&D industries.
20+ Years Israeli R&D Heritage & Core Architecture
Eldrotec has specialized in developing and manufacturing temperature forcing systems for over 20 years, with thousands of units deployed for diverse applications. Our direct contact systems are tailored for high-power components, providing precise thermal management and robust performance — with temperature ranges from -75°C to 225°C (±0.1°C) and DUT power from 1W up to 2000W. All systems are developed, and manufactured in-house. Custom solutions and interfaces are available to meet specific customer requirements.
Our Systems
A comprehensive range of direct contact temperature forcing systems to meet diverse industry needs — from benchtop low-power units to high-power production systems.
EXCEL-100
Optimized for low-power silicon, small footprint ICs, and agile laboratory validation.
EXCEL-400
Engineered for medium dissipation multi-chip modules and automotive controllers.
EXCEL-1000
High-performance chilling designed for high-stress telecommunications processors.
EXCEL-1200
Targeted zero-degree extreme sustained wattage dissipation under full CPU load.
EXCEL-1500
Ultra-low baseline cold cycling engineered for aerospace avionics and defense radar ASICs.
EXCEL-2000
The industry benchmark for AI accelerator chips, server CPUs, and DPUs demanding high continuous wattage.
Technical Specifications — Comparison
All systems use direct contact technology with ±0.1°C precision temperature control.
| System | DUT Power | Temperature Range | Cooling Method | Interface Type |
|---|---|---|---|---|
| EXCEL-100 | -40°C @ 60W | -80°C to +170°C | Direct Refrigeration Chiller | Direct Contact Thermal Head |
| EXCEL-400 | -40°C @ 400W | -60°C to +170°C | High-Flow Refrigerated Fluid | Articulated Arm / Direct Head |
| EXCEL-1000 | -40°C @ 900W | -70°C to +170°C | Multi-Stage Thermodynamic Fluid | Automated Pneumatic Z-Clamping |
| EXCEL-1200 | 0°C @ 1000W | -60°C to +170°C | Active High-Wattage Bypass Chilling | DUT Precision Socket Chuck |
| EXCEL-1500 | -35°C @ 1500W | -70°C to +170°C | Dual-Loop Ultra-Cold Conditioning | Direct Contact Custom Thermal Head |
| EXCEL-2000 FLAGSHIP | -35°C @ 2000W | -70°C to +170°C | Heavy-Duty Direct Chiller Rig | Multi-Socket Contact Interface |
| EldroTherm X-75 | Custom Calibrated | -75°C to +225°C | Bespoke Hybrid Thermal Fluidics | Application Tailored Direct Fit |
Key Features
What sets Eldrotec temperature forcing systems apart in high-density electronics testing.
Rapid Temperature Change Rates
Fast thermal transitions to maximize test throughput and reduce test cycle time in production and R&D environments.
High Precision ±0.1°C
Precise temperature control (+0.1°C) maintained even with high DUT power dissipation conditions.
Customizable Solutions
Systems and thermal interfaces designed and manufactured according to customer requirements for specific DUT packages and test setups.
Wide Range of DUT Packages
Compatible with a wide range of supported DUT packages — ICs, CPUs, GPUs, DPUs, memory chips, digital circuits, analog, and mixed-signal circuits.
Industry Applications
Eldrotec temperature forcing systems are engineered for extreme thermal testing across diverse industries and testing.
Semiconductor Industry
Semiconductor device characterization and thermal testing for ICs, CPUs, GPUs, DPUs, memory chips, digital circuits, analog circuits, and mixed-signal circuits.
Aerospace & Defense
Support rigorous testing of mission-critical components in extreme conditions — radar systems, avionics, propulsion systems, and avionics.
Automotive
Thermal testing for in-vehicle ECUs, brake cylinders, sensor systems, and other critical automotive electronic components.
Telecommunications
Ensure optimal performance of optical transceivers, RF components, and communication modules across temperature ranges.
Research & Development
Consistent and reliable temperature control for advanced laboratory testing environments and component validation.
Laser Systems
Thermal testing and verification for laser diodes, optical components, and high-power laser systems in defense and industrial applications.
Product Impressions
Close-up engineering view of Eldrotec mobile chiller units and compact benchtop direct-cooling stations.
EXCEL-2000 High-Capacity Chiller Station
Featuring heavy-duty castor mobility, articulated vacuum-insulated delivery line, and high-pressure precision blue contact thermal head with integrated micro-RTD feedback.
EXCEL 2000 Compact Benchtop Direct-Cooling Station
Front-facing digital interactive screen with live feature tracking, ventilation mesh side-chassis, and built-in carry handles for rapid redeployment across lab benches.
Frequently Asked Questions
Key answers regarding Eldrotec systems architecture, operational tolerances, and local India support.
What is a temperature forcing system?
Temperature forcing systems are advanced instruments designed for testing electronic components and systems under extreme temperature conditions. These systems help ensure product reliability by exposing devices under test (DUT) to a wide range of temperatures — from very low to very high. Commonly used in semiconductor, aerospace, automotive, telecommunications, and R&D industries.
What temperature range do Eldrotec TFS systems support?
Eldrotec direct contact systems cover a range from -75°C to +225°C with ±0.1°C precision. The exact range depends on the model and your DUT power — see the comparison table above.
What DUT power levels are supported?
Eldrotec systems support DUT power dissipation from 1W up to 2000W, with dynamic compensation to hold temperature steady as load changes.
Can Eldrotec TFS systems be customized?
Yes. Thermal heads, sockets, clamps, and interfaces are designed and manufactured in-house to match your specific DUT package and test setup.
Ready to Find the Right System?
Contact our team for detailed specifications, custom configurations, and personalized consultation.