Mobile-Ready Profiling and Data Sharing The KIC K2 brings modern, mobile-friendly thermal profiling to SMT production with real-time access to profile data on smart devices. Android app support: view and analyze profiles on phones or tablets Wireless connectivity: share data via WiFi or Bluetooth Real-time access: monitor and review profiles anywhere Easy collaboration: quickly share results with team members This mobile capability makes profiling faster, more accessible, and easier to integrate into modern production workflows. Slim, Durable Design for Lead-Free Environments The K2 features an ultra-slim, rugged design built to operate reliably inside high-temperature reflow ovens. 23 mm (0.9") profile: fits through tight oven chambers Designed for lead-free: handles high-temperature environments Rugged construction: built for demanding production use Accurate measurements: consistent performance under extreme conditions Its compact form factor ensures reliable data collection even in the most space-constrained and thermally demanding applications. Simple Operation with Advanced Control The K2 is designed for ease of use while providing powerful control over profiling parameters. Automatic start: triggered when temperature drops below a set point Consistent profiling: repeatable starting conditions every run Engineer-level control: configure PWI, conveyor speed limits, and peak temperature Operator-friendly: easy for technicians and operators to run profiles This balance of automation and control ensures accurate, repeatable results across users and production environments. Optimize Profiles in Seconds The included KIC oven optimization software quickly determines the best process settings for any product. Automatic optimization: evaluates all zone temperature and speed combinations Center-of-window targeting: finds the most stable process profile Maximized throughput: increases conveyor speed where possible Energy efficiency: minimizes power consumption This intelligent optimization ensures ideal thermal profiles while improving production efficiency and process reliability.
