QLX3Spark offers a wealth of possibilities, so that more applications can be covered, more analyzes can be carried out and a lot of time and money can be saved.
QLX3Spark is a spark spectrometer developed for small and medium-sized foundries and the metalworking industry. The compact, high quality and affordable device is available for cast iron & steels, aluminum, copper alloys and other base metals. It follows the concept of classic spark emission spectrometry, but offers modern, state-of-the-art components. QLX3Spark is a workhorse even for harsh environments.
QLX3Spark is perhaps the most economical solution for your business. It not only reduces the initial capital expenditure (CAPEX), but also – thanks to the software and application-related argon-saving programs as well as reduced maintenance costs – it reduces operating costs to a minimum, for maximum availability.
The best device from every angle – spark spectrometry re-fined !
robust spark stand with 12 mm opening and tungsten electrode; designed for higher sample throughput and optimised argon flow
foldable sample clamp with safety circuit
digital maintenance-free spark source for optimised excitation conditions
high-resolution optical system with CMOS detectors for improved analytical performance
QLX3Spark follows a conventional design concept with modern components. A classical spark spectrometer using a digital source generator and featuring CMOS detection system for improved performance. In detail this means:
The solid concept of the QLX3Spark enables companies to guarantee that their metals have been reliably tested to meet the most stringent compositional and quality specifications.
QLX3Spark features approved, trusted technologies in excitation and detection.
QLX3Spark is a classical spark spectrometer and uses an up-to-date digital source generator to excite the sample and generate a plasma. The plasma light then travels into the optical chamber, is dispersed and the spectal lines are detected with CMOS detectors. This type of sensor has replaced CCDs in many applications over the years and is now also being introduced to spectrometry.
It offers some distinct advantages over previous line CCDs:
QLX3Spark is the right instrument for all fields of metal analysis where a reliable, rugged instrument is required.
Currently the below listed applications are available for QLX3Spark.
If you have a special requirement, please do not hesitate to contact us.
| Dimensions | 585 x 585 x 300 mm (W x D x H) |
| Weight | Ca. 45 kg / ~100 lbs |
| Operating Temperature | 15 to 35° Celsius |
| Plasma Source | digital spark source generator |
| Optical System | hi-definition single optic |
| Detectors | multiple Complementary Metal-Oxide Semiconductor (CMOS) |
| Spectral range | UV-VIS-nIR |
| Sample stage | 11 mm aperture |
| Max. Power consumption | 300 W, <0.5 W in stand-by |
| Processor | Intel i3 or better |
| Operating System | Windows 10 |
| RAM Memory | 4+ GB |
| Hard Disk | 128+ GB |
| Interfaces | Wifi, Bluetooth, USB |
| Analytical Apps | These matrix calibrations are supported Fe, Cu, Al – further apps upon request more details on analytical coverage and performance can be found in the respective application sheets |
| Typical Detection Limits | d-ppm |
| Typical Measuring Time | 15-45 seconds (depending on method) |
| Working Modes | Analysis |
| Gas purge | Argon for spectrometry recommended (4.8) |
| Gas flows | Idle Mode, Stand by, Low Flow, Analytical Flow |
| Display | 21“ |
| Security | User-specific profiles with user levels and password protection |
| Drift monitor | Classical Standardisation and type standardisation single drift monitor sample for dynamic correction |
| Grade library | editable library |
| Regulatory | CE, RoHS |