The HA9001 is an electronic instrument designed for counting and analyzing output pulses from radiation detectors. It integrates functional modules including a linear amplifier, single-channel analyzer (SCA), multichannel analyzer (MCA), low-voltage power supply, and high-voltage power supply.

The HA-BASE-E is a digital MCA with integrated spectrum acquisition, count rate sampling, and automatic nuclide identification. It transmits spectral data, identification results, and other metrics to a host PC via a wired interface for control and configuration.

The HA-BASE-E is a digital MCA with integrated spectrum acquisition, count rate sampling, and automatic nuclide identification. It transmits spectral data, identification results, and other metrics to a host PC via a wired interface for control and configuration.

The HA-BASE is a digital MCA built on large-scale integrated circuits and FPGA-based control logic, offering low power consumption and high performance. It integrates high-voltage regulation and digital signal processing, supporting spectrum analysis from low to high count rates. The unit connects directly to scintillation detectors (e.g., NaI, CsI, LaBr₃) and performs spectral analysis via dedicated MCA software.

The HA-MCA-G is a cost-effective, portable, and high-performance integrated digital MCA. It combines a signal amplifier, high-voltage power supply, and MCA acquisition module into a single unit. It is widely deployed in international safeguards, environmental monitoring, radioactive waste treatment facilities, and radioactive material transport control.

The HA4100 is an integrated, cabinet-style low-background counting system utilizing dual-scintillator detectors. Available in 1, 2, 4, 6, 8, and 10-channel configurations, each detection channel operates independently while allowing simultaneous measurement. It is designed for total alpha and beta activity concentration analysis in water, biological, environmental, and aerosol samples.