The EDX-B3T/B6T Coating Thickness XRF is specially designed for analyzing coating composition and accurately measuring coating thickness. The system irradiates the sample with X-rays and determines coating thickness by measuring the intensity of secondary X-rays emitted from the sample, enabling completely non-destructive analysis. Key advantages include high accuracy, fast measurement, non-destructive testing, and easy operation. It can simultaneously measure the thickness of up to five coating layers and quickly identify the composition of coating materials, making it an efficient solution for coating analysis and quality control.
This series are primarily utilized for material elemental composition analysis across all stages of complete mining process.
The A Series MICRO XRF is designed for precise measurement of the smallest X-ray features in semiconductors and microelectronics. The system supports large PCBs and wafers of any size, with a 7.5 μm FWHM X-ray beam—the smallest in the world for XRF. A dual-camera system with 140X magnification provides detailed imaging, while a programmable X-Y stage moves up to 600 mm with ±1 μm precision. Pattern recognition, auto-focus, and 3D mapping optimize measurement accuracy.
The W Series Micro XRF from Bowman features a 7.5 µm FWHM X-ray beam, the smallest in the world for coating thickness analysis using XRF technology. This makes it ideal for measuring small components like BGAs and solder bumps. It includes a dual-camera system with 140X magnification for precision imaging and a secondary camera for live viewing. A programmable X-Y stage with ±1 µm accuracy, along with pattern recognition and auto-focus, enables precise measurements and automated multi-point analysis. The system also offers 3D mapping for coating topography visualization. Standard configurations include a molybdenum anode tube (with optional chromium or tungsten) and a high-resolution Silicon Drift Detector. The instrument can measure up to five coating layers simultaneously and operates with Archer software, which streamlines measurement, reporting, and application setup.
The B Series is a basic XRF measurement system with a top-down design for easy operation. It features a fixed sample stage, requiring users to manually align the test position using video imaging. The sample chamber is similar to the P Series but without a programmable X-Y stage. The system includes a fixed collimator, fixed-focus camera, SDD detector, and a durable micro-focus X-ray tube. Notably, the B Series can be upgraded with additional collimators or a variable-focus camera to enhance analytical flexibility.
The G Series XRF is an ideal choice for laboratories and production lines, especially for users with limited workspace, budget constraints, or a preference for "bottom to top" operation with motorized Z-axis control. Designed to efficiently analyze small samples quickly and easily, this system offers flexibility and high performance in material inspection and evaluation.
The K Series is a high-precision XRF system designed for diverse sample analysis, featuring a large 12″ x 12″ measurable area, programmable X-Y stage, and auto multi-collimator for flexible spot sizes. Its variable-focus camera (0.25″ to 3.5″) and table view navigation enable effortless measurements. For ultra-small features, the poly-capillary optics version offers 15μm resolution, high-precision stage (2µm), and 140x magnification camera with digital zoom. Equipped with an SDD detector and long-life X-ray tube, it ensures accuracy and compliance with ASTM B568, ISO 3497, and IPC-4552
The Bowman L Series is a versatile XRF instrument with a large sample chamber (22″ x 24″ x 13″) and 10″ x 10″ X-Y stage travel. It accommodates large parts or multiple samples and includes a 4-position collimator assembly, variable focus camera, and programmable X-Y stage. The chamber Z-height is 10″ (or 13″ without the stage). It features an SDD detector and a long-life micro-focus X-ray tube.