In the jewelry industry, determining the age and quality of gold is a critical requirement. With the development of technology, the DXL800 gold age tester from Thermo Fisher Scientific has become a perfect solution for accurately and quickly analyzing gold composition without damaging the sample. In this article, we will explore the DXL800 gold age tester, its outstanding advantages, practical applications, usage instructions, and the pricing of this product.
1. DXL800 Gold Age Tester from Thermo Fisher Scientific
The DXL800 gold age tester from Thermo Fisher Scientific is one of the most popular precious metal analysis devices currently used in the jewelry industry. It is an X-ray fluorescence (XRF) analyzer specially designed for use in retail stores, quality control laboratories, and environments requiring quick and precise analysis of gold alloys.
The special feature of the DXL800 is its ability to rapidly analyze the composition of gold alloys without destroying the sample, saving time and costs during the testing process. The DXL800 can accurately measure the components of gold, such as gold (Au), silver (Ag), copper (Cu), and other precious metals. Additionally, the integrated AuDIT (Automatic Detection of Thin Gold Coatings) technology helps identify plated gold, preventing the purchase of counterfeit or substandard products.
2. Features and Advantages of the Thermo DXL800 Gold Age Tester
The DXL800 offers numerous advantages over traditional testing methods such as fire assay or acid tests. Below are the main advantages of this product:
2.1 High Accuracy and Fast Results
The DXL800 provides accurate and rapid analysis results in just a few seconds. Using X-ray fluorescence (XRF) technology, the device can determine the ratio of gold and other metals in a sample without errors. This helps save valuable time for jewelry stores and laboratories.
2.2 Non-Destructive Measurement
Unlike traditional testing methods like acid tests or fire assays, the DXL800 XRF analyzer analyzes precious metals without destroying the sample. This feature allows jewelry stores and laboratories to test and analyze precious metals without affecting the product’s value, which is crucial when testing valuable jewelry or gold bars.
2.3 AuDIT Gold Plating Detection Feature
One special feature of the DXL800 is the AuDIT (Automatic Identification of Thin Gold Coatings) technology, an exclusive technology developed and available only on Thermo Scientific XRF analyzers. This technology helps accurately distinguish gold plating from solid gold.
2.4 Use of Advanced Electronic Components and Detectors
The DXL800 is equipped with the most advanced electronic components and detectors, providing superior accuracy in precious metal composition analysis. Specifically, the device uses Si-PIN or SDD (Silicon Drift Detector) probes, typically found only in large, high-end laboratory equipment. These probes provide high sensitivity, ensuring accurate analysis even of small or complex metal samples.
The DXL800 supports standard analysis for up to 22 elements, including all precious metals like gold (Au), silver (Ag), platinum (Pt), and palladium (Pd). The device also has the capability to detect trace alloy elements and other base metals, providing a more comprehensive view of the sample’s chemical composition.
2.5 Enclosed Beam Design for User and Customer Safety
One of the standout safety features of the DXL800 is its enclosed X-ray beam design, preventing X-rays from coming into contact with the operator or customers during the analysis process. This ensures maximum safety in the working environment, particularly in jewelry stores or gold-buying establishments where many people are present. The X-ray beam is only emitted when the sample is placed in the sample chamber, and the analysis is underway.
Additionally, the machine is equipped with windows at both the front and back of the sample chamber with an LED lighting system. This allows customers and operators to easily observe the entire analysis process without affecting the test results. The LED lighting system also ensures that the sample never leaves the operator’s line of sight, providing a sense of security and ensuring accurate results. This design enhances safety, usability, and ease of monitoring the analysis process.
3. Applications of the DXL800 Gold Age Tester
The DXL800 has a wide range of applications, especially in the jewelry industry and fields related to precious metal testing. Typical applications of the device include:
3.1 Quality Testing of Gold in Jewelry Stores
Jewelry stores can use the DXL800 to quickly determine the gold content in jewelry products. This helps protect the store’s reputation, prevent the sale of substandard products, and ensure customer satisfaction.
3.2 Gold Testing at Precious Metal Trading Establishments
Precious metal trading companies can use the DXL800 to accurately determine the gold content in valuable items. This ensures they assess the correct value of gold products and avoid purchasing counterfeit or low-quality gold.
3.3 Analysis of Old or Recycled Jewelry Items
The DXL800 can be used to analyze old or recycled jewelry items, accurately determining the gold and other metals present in the products. This improves the gold recycling process and minimizes losses.
3.4 Use in Precious Metal Testing Laboratories
Precious metal testing laboratories can use the DXL800 to analyze gold and gold alloys. The device helps analyze the gold content in metal samples sent to the laboratory, providing quick and accurate results for scientific research and analysis.
4. How to Use the DXL800 Gold Age Tester
Using the DXL800 gold age tester is simple and easy, even for individuals with little experience in metal analysis. Here are the steps to use the device:
Step 1: Prepare the precious metal sample for analysis. Ensure the sample is clean and free of contaminants on its surface.
Step 2: Place the sample into the device’s sample chamber. Close the device lid and press the start button. The machine will automatically perform the analysis and provide results in just a few seconds.
Step 3: View the results on the device’s touchscreen display. The device will show the detailed composition of the sample, including gold (Au), silver (Ag), copper (Cu), and other precious metals.
Step 4: Save the results and use this information to make informed decisions.
With its smart design and single-button operation, the DXL800 allows users to easily carry out the process. Simply place the sample in the machine, close the lid, and press the button, and the machine will automatically analyze the gold and other precious metals. The self-checking system ensures the machine operates smoothly without requiring much intervention.
5. How Much Does the DXL800 Gold Age Tester Cost?
The DXL800 gold age tester is a high-end device with advanced technology, so its price may vary depending on the market and other factors. However, to get the best price and professional support services, you can contact PMAC, the official distributor partner of Thermo Fisher Scientific in Vietnam.
PMAC offers consulting, quotation, and technical support services for customers interested in the DXL800 gold age tester. With a team of experienced staff, PMAC will help you choose the best solution and ensure maximum support throughout the device’s usage. For more details on pricing and promotional programs, please contact PMAC through their website or customer service hotline.
Conclusion
The DXL800 gold age tester is a reliable and efficient precious metal analysis tool, suitable for a wide range of applications in the jewelry and precious metals industries. With its ability to analyze quickly, accurately, and non-destructively, this device helps ensure the quality and value of precious metals during transactions. If you are looking for an effective solution for testing gold and precious metals, the DXL800 is definitely a choice you should not miss. Contact PMAC for further consultation and detailed information about the product.