InfraTec VarioCAM HDx head Lock-In

Advanced Lock‑In Thermography for Precision Defect Detection and Material Analysis

Unlock the power of professional Lock‑in Thermography with the InfraTec VarioCAM HDx head Lock‑In, a complete, highly adaptable thermographic solution engineered for demanding research, development, and industrial applications.

Built around InfraTec’s stationary HDx thermal imaging head, this system offers exceptional thermal sensitivity and detailed imaging with a 640 × 480 pixel uncooled microbolometer detector. Paired with the IRBIS 3 active software, trigger unit, and a range of interchangeable lenses, you can capture and analyze subtle thermal responses with confidence and precision.

Designed for modular system integration and real‑time data capture over GigE interfaces, the VarioCAM HDx head Lock‑In delivers flexible performance for Lock‑in Thermography workflows, from microscopic structural inspection to advanced material testing under controlled excitation. Its robust construction and optional autofocus ensure reliable operation even in challenging industrial environments.

Key Features:

640 x 480 uncooled microbolometer detector
DRE quadrupling image format to 1,280 x 960 pixels
High thermal resolution of 30 mK
IP67 protection degree
Autofocus

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InfraTec VarioCAM HDx head lock-in system

Powerful Package for Lock-in Thermography

Lock-in Thermography Package Includes:

Microbolometer detector with 640 × 480 pixels
System integration via LabVIEW or MATLAB interfaces, SDK
Special software IRBIS 3 active
Automatic processing of data quantities
Real-time data connection via GigE-Interface
Microscopic lens with up to 17 µm pixel size

VarioCAM HDx head Lock-In Key Benefits:

Expert curated solution including camera, software, trigger unit, and accessories tailored for active thermography research and development
Sensitive thermal imaging with precise detection of micro‑ and millikelvin temperature differences
Wide range of interchangeable lenses including microscopic options for imaging features down to 17 µm
GigE interface supports high‑speed transmission and integration with LabVIEW, MATLAB, and custom SDK environments
Durable metal housing (IP67) and robust connectors ensure long‑term stability in harsh testing conditions

Ideal Solution For:

Active and Lock‑In Thermography: Non‑destructive testing and analysis of materials and assemblies for defect localization and characterization
Electronics & Semiconductor Inspection: Thermal mapping and failure analysis of micro‑electronics and high‑density circuits
R&D and Material Science: Investigative studies of thermal properties and responses under controlled excitation
Precision Quality Control: Inline and offline process monitoring for manufacturing quality assurance
Custom Measurement Integrations: Adaptable for unique experimental setups with trigger interfaces and software automation

Technical Specifications

Specification	VarioCAM HDx head Lock-In
Spectral Range	7.5 - 14 µm
Detector	Microbolometer Focal Plane Array
Detector Cooling	Uncooled
Detector Format	640 x 480 pixels
Temperature Measurement Range	-40 to 600°C
Measurement Accuracy	+/-2°C or +/-2%
Temperature Resolution at 30°C	Up to 0.03 K
Frame Rate (Full/Half/Quarter/Sub)	Full frame: 30 Hz (640 × 480); Sub frame: 60 Hz (384 × 288)
Window Mode	Yes
Storage Media	External computer for camera control and data acquisition
Lens Mount	Threaded
Focus	Motor-driven, automatic or manual, accurately adjustable
Zoom	Up to 32x digital, stepless
Dynamic Range	16 bit
Interfaces	GigE Vision, HDMI, C-Video, RS232, WLAN, Process Interfaces
Protection level	IP54, IP67

Dimensions, Weight	221 x 90 x 94 mm; 1.15 kg