Vibration Integration Chambers
-40°C to +180°C | -70°C to +180°C
High Ramp Rate | Integrates with all major Electrodynamic Shaker manufacturers | Motorized movement for armature and slip-table integration.
Vibration Integration Chambers for Combined Environmental and Vibration Testing
Combined Thermal, Climatic and Vibration Testing for Real-World Reliability Validation. Also known as AGREE chambers, Vibration Integration Environmental Test Chambers, are designed to evaluate product reliability under simultaneous exposure to vibration using an Electrodynamic Shaker and environmental stresses such as temperature extremes and humidity.
Innovation Rooted in Engineering Depth
CME’s Vibration Integration Chambers enable synchronized testing that closely replicates real-world operating conditions encountered in automotive, aerospace, defense, electronics, and EV applications.
Purpose-Built Vibration Integration Chamber Design
CME Vibration Integration Chambers are engineered from the ground up to integrate seamlessly with electrodynamic and servo-hydraulic vibration systems.
Reinforced chamber structures, vibration-isolated panels, and optimized shaker interfaces ensure accurate vibration transmission without compromising climatic performance.
Synchronized Environmental and Vibration Control
CME Vibration Integration Chambers maintain precise temperature and humidity control while vibration profiles are executed simultaneously.
Advanced airflow management and thermal insulation preserve environmental uniformity even under high dynamic vibration loads.
Compliance with AGREE and Global Test Standards
- IEC 60068 – Environmental and vibration testing
- MIL-STD-810 – Combined environmental stress testing
- ISO 16750 – Automotive environmental testing
- SAE and OEM-specific AGREE test requirement
Typical Vibration Integration Chamber Applications
- Automotive and EV components and subsystems
- Aerospace and defense electronics
- Battery packs, modules, and power electronics
- Industrial equipment and control systems
- Electronics, sensors, and connectors
Discuss your Vibration Integration Chamber Requirement
Talk to CME engineers about vibration-environment integration, applicable standards, shaker compatibility, and chamber configuration for your product.
Digital Intelligence with enviCoM® 4.0
CME AGREE Chambers are powered byenviCoM® 4.0, CME’s proprietary digital control and IoT platform.
The platform synchronizes environmental conditions with vibration profiles, providing real-time monitoring, secure data logging, alarm management, and automated reporting.
Data-Driven Vibration Integration Testing
Synchronized vibration and environmental data streams enable deep insight into failure modes, resonance effects, and durability limits.
Flexible Vibration Integration Chamber Configurations
CME Vibration Integration Chambers are available in reach-in and walk-in formats.
Systems can be configured for vertical or horizontal shakers, slip tables, thermal head interfaces, and custom fixtures.
Engineered for Structural Integrity and Long-Term Reliability
Vibration Integration testing imposes extreme mechanical and thermal stresses on chamber structures.
CME chambers are manufactured using reinforced frames, validated interfaces, and vibration-tolerant thermal systems to ensure long service life.
Lifecycle Support with Levito
Through CME’s lifecycle partner Levito, Vibration Integration chambers are supported with installation, commissioning, calibration coordination, preventive maintenance, and long-term service.
Why Choose CME Vibration Integration Chambers?
True Vibration Integration testing capability with synchronized vibration and environment
- Structural and thermal design optimized for shaker integration
- Standards-compliant combined stress testing
- Digital-first controls and traceability
- Strong lifecycle and service support
Also Known As AGREE Chamber
- Vibration Environmental Test Chamber
- Combined Stress Test Chamber
- Thermal Vibration Test Chamber
- Climatic Chamber with Vibration
What is an AGREE Chamber?
An AGREE Chamber (Accelerated Ground Reliability Evaluation) is a combined stress test system that simultaneously applies environmental conditions such as temperature and humidity together with vibration. AGREE testing is used to identify latent defects and reliability issues by exposing products to combined mechanical and environmental stresses.
What are AGREE Chambers also known as?
AGREE Chambers are also known as Vibration Integration Environmental Test Chambers, Combined Stress Test Chambers, or Environmental Chambers with Vibration Integration.
What is the purpose of Vibration Integration testing?
Vibration Integration testing accelerates failure mechanisms by applying vibration and environmental stress at the same time, revealing weaknesses that may not appear during standalone environmental or vibration testing.
Which industries typically use Vibration Integration Chambers?
Vibration Integration Chambers are widely used in automotive, aerospace, defense, electronics, EV systems, and mission-critical industrial applications where reliability under combined stress is essential.
Which standards are supported by Vibration Integration Chambers?
CME Vibration Integration Chambers are designed to support standards such as MIL-STD-810, IEC 60068 combined environment tests, JESD standards, and automotive and aerospace OEM reliability requirements.
How are CME Vibration Integration Chambers different from basic vibration-environment setups?
CME Vibration Integration Chambers are purpose-engineered systems with structural reinforcement, thermal stability under dynamic loads, shaker interface integrity, and synchronized digital control—ensuring true simultaneous stress testing.
What types of vibration systems can be integrated with Vibration Integration Chambers?
CME Vibration Integration Chambers can be integrated with electrodynamic shakers from leading vibration system suppliers, supporting vertical and multi-axis vibration configurations depending on application needs.
Can Vibration Integration Chambers be customized?
Yes. CME Vibration Integration Chambers can be customized for chamber size, temperature and humidity range, vibration interface design, load capacity, automation, and safety systems.
How is test control and data logging managed?
All CME Vibration Integration Chambers are powered by the enviCoM® 4.0 controller, enabling synchronized control of environmental parameters, alarm management, secure data logging, and exportable test records.
What safety features are included in Vibration Integration Chambers?
CME Vibration Integration Chambers incorporate safety interlocks, vibration isolation, reinforced structures, emergency shutdown logic, and fail-safe systems to protect operators, test specimens, and equipment.
What service and lifecycle support is available?
CME provides full lifecycle support through Levito, including installation, commissioning, vibration alignment support, calibration coordination, preventive maintenance, and long-term service support.
How do Vibration Integration Chambers fit into CME’s combined stress testing portfolio?
Vibration Integration Chambers complement CME’s thermal shock, altitude, battery, and mechanical integration systems, enabling comprehensive reliability and durability validation.
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