Fluke TiX1060 | 1024×768 Expert Thermal Imager with SuperResolution

Scientific research and advanced engineering applications can require substantially more infrared detail than conventional maintenance cameras provide. The Fluke TiX1060 Expert Series Thermal Imager uses a 1024 × 768 detector, delivering 786,432 native thermal pixels for fine temperature analysis.

The catalogue's comparison data specifies a measurement range from -40°C to 2000°C, while SuperResolution enhances thermal images up to 2048 × 1536 pixels. Spatial resolution is 0.43 mrad, enabling finer target discrimination than Fluke's 640 × 480 expert-series cameras. Auto/manual focusing and a 25° × 19° field of view support controlled laboratory and industrial measurements, while frame rate reaches 13 Hz at full window and 25 Hz at reduced window operation.

Scientific Thermal Imaging Selection Guide

Choose the TiX1060 for R&D, scientific research and high-temperature engineering where 1024 × 768 native resolution, 2000°C capability and fine spatial resolution are required.

Market Relevance

The TiX1060 is relevant to Pakistan's universities, research centres, power engineering, metals, defence-related R&D, OEM laboratories and advanced industrial research. Buy the Fluke TiX1060 from Kamadi Pakistan for high-resolution scientific and engineering thermography.

Key Features

• 1024 × 768 native infrared resolution
  
• SuperResolution to 2048 × 1536
  
• Temperature measurement to 2000°C
  
• Fine 0.43 mrad spatial resolution
  
• Auto/manual focus system
  

Technical Specifications

• Model: Fluke TiX1060
  
• IR Resolution: 1024 × 768
  
• SuperResolution: 2048 × 1536
  
• Temperature Range: -40°C to 2000°C
  
• IFOV: 0.43 mrad
  
• Field of View: 25° × 19°
  
• Minimum Focus Distance: 0.5 m
  
• Focus: Auto / Manual
  
• Frame Rate: 13 Hz full window / 25 Hz half window
  
• Detector: Uncooled focal-plane array
  

Applications

• Scientific thermal research
  
• High-temperature R&D
  
• Advanced materials testing
  
• Industrial product development
  
• Thermal engineering analysis
  

Professional Tip: High-resolution data is most valuable when measurement parameters are controlled—document emissivity, distance, ambient conditions and target geometry alongside every R&D thermal dataset.