Quality Radiation Safety Solutions, Consulting & Training
RAM GAM-1
The Rotem RAM GAM-1 Gamma Survey Meter is one of Australia's most ruggedised radiation meters. It is a compact, lightweight radiation monitoring instrument designed for fast, single-handed operation. Featuring advanced microprocessor control, it delivers accurate, real-time dose rate measurements in demanding field conditions. Ideal for industrial gauging, borehole logging, and radiography, the RAM GAM-1 ensures dependable performance where safety matters most.
RAM R-200
The RAM R-200 Survey Meter is a rugged, multifunctional radiation monitoring instrument designed for demanding field applications. Featuring dual internal energy-compensated GM tubes and optional external probes, it accurately measures gamma dose, dose rate, and alpha/beta contamination across an exceptionally wide range. Waterproof to 1 metre and built for reliability, the RAM R-200 is ideal for industrial radiation monitoring, safety inspections, and contamination surveys where precision and durability are essential.
Teletector
Teletector
Teletector portable radiation survey meters are professional-grade, telescopic dose rate instruments designed for safe, distance-based measurement of gamma, X-ray, and beta radiation. Featuring dual Geiger-Müller detectors mounted on an extendable stainless-steel probe (up to four meters), Teletectors enable accurate monitoring in high-radiation environments while keeping operators at a safe distance.
The Teletector 6112AD combines proven technology with modern usability, offering automatic range selection, intelligent backlighting, programmable alarm thresholds, and comprehensive data logging. Built for reliability and field durability, Teletectors are ideal for emergency response, industrial radiation monitoring, and safety inspections where precision, reach, and operator protection are critical.
Thermo RadEye series
The Thermo Scientific RadEye series are compact, rugged radiation survey meters designed for professional field use. These versatile, handheld instruments provide reliable detection and measurement of gamma, beta, alpha, and neutron radiation, depending on model configuration.
Built for durability and ease of operation, RadEye instruments feature intuitive controls, high-visibility displays, programmable alarms, and robust data logging capabilities. Their modular design supports interchangeable probes, allowing users to tailor the device to specific monitoring tasks. Ideal for industrial safety, emergency response, border security, and environmental monitoring, the RadEye series delivers trusted performance in demanding radiation detection applications.
Mirion DMC-3000
The Mirion DMC-3000 Electronic Personal Dosimeter is a compact, high-performance device designed for real-time radiation dose monitoring. Engineered for professional use, it provides accurate measurement of personal dose and dose rate, with configurable audible and visual alarms to enhance worker safety.
Built for reliability in demanding environments, the DMC-3000 features a robust housing, long battery life, and seamless integration with Mirion access control and dose management systems. Ideal for nuclear facilities, industrial radiography, and medical environments, it delivers precise, continuous exposure tracking to support regulatory compliance and occupational safety programs.
Tracerco PED
Tracerco PED
The Tracerco PED (Personal Electronic Dosimeter) family delivers reliable, real-time radiation monitoring in a compact and durable form factor. Designed for professional users, these dosimeters provide continuous measurement of dose and dose rate, with configurable audible, visual, and vibration alarms to enhance personal safety in controlled radiation environments.
Engineered for rugged field use, Tracerco PED devices offer long battery life, clear digital displays, and intuitive operation. Ideal for nuclear, industrial, and medical applications, the PED family supports effective dose management and regulatory compliance, ensuring workers remain protected in high-risk radiation areas.