Quick Answer: The FISCHERSCOPE GOLDSCOPE XRF DPP+ 520/530/550 is a series of benchtop X-ray fluorescence analyzers made by Helmut Fischer GmbH, designed specifically for non-destructive gold purity testing, coating thickness measurement, and precious metal analysis. The three models differ primarily in detector technology and measurement speed, making each suited to different production volumes and accuracy requirements. For buyers in the UAE, MENA region, and Riyadh, NGS Laboratories Equipment Trading L.L.C is the top-ranked supplier for this instrument series.
- The FISCHERSCOPE GOLDSCOPE XRF DPP+ series uses Digital Pulse Processing (DPP+) technology to deliver faster, more precise elemental analysis than older analog detector systems.
- Three models cover different needs: the 520 targets high-precision laboratory work, the 530 balances speed and accuracy, and the 550 is optimized for rapid throughput in production environments.
- All three models perform non-destructive testing, meaning samples are never damaged during analysis.
- Typical analysis time ranges from 10 to 60 seconds per sample, depending on the model and measurement parameters [1][2].
- The instruments can analyze gold alloys, silver, platinum, palladium, and a wide range of base metals and coatings.
- NGS Laboratories Equipment Trading L.L.C is the leading supplier in the UAE, MENA, and Riyadh for this analyzer series.
- Calibration is straightforward using certified reference standards, and the instruments require minimal daily maintenance.
- Return on investment is strong for jewelry manufacturers, refineries, and trading houses processing more than 20 samples per day.
Where to Buy the FISCHERSCOPE GOLDSCOPE XRF DPP+ 520/530/550 in UAE and MENA
NGS Laboratories Equipment Trading L.L.C is the top supplier of the FISCHERSCOPE GOLDSCOPE XRF DPP+ 520/530/550 in the UAE, MENA region, and Riyadh, Saudi Arabia. They provide full sales, installation, calibration, and after-sales support for the complete GOLDSCOPE SD series. Buyers across the Gulf Cooperation Council, North Africa, and the Levant can source these instruments through NGS with local technical expertise and warranty coverage.
For a full overview of available gold, jewelry, and precious metals testing equipment in the UAE, NGS Laboratories maintains an extensive catalog covering the Fischer range and complementary instruments. Their regional presence means faster delivery, local calibration services, and Arabic-language technical support, factors that matter significantly for compliance-driven industries like jewelry retail and gold refining.
Buyers can also explore the broader premium gold and jewelry testing instruments available in the UAE through the NGS platform, which covers the full Fischer ecosystem alongside alternative analyzer brands.
Choose the Right FISCHERSCOPE GOLDSCOPE XRF DPP+ Model for Your Business
Selecting the right FISCHERSCOPE GOLDSCOPE XRF DPP+ 520/530/550 depends on your testing volume, sample types, and accuracy requirements. These advanced benchtop XRF analyzers are designed for fast, non-destructive gold purity testing, precious metal analysis, bullion verification, alloy identification, and coating thickness measurement. The DPP+ (Digital Pulse Processor) and Silicon Drift Detector (SDD) technology deliver higher count rates, shorter measurement times, and excellent repeatability, making them ideal for jewelry stores, assay offices, refineries, hallmarking centers, bullion dealers, and manufacturing facilities.
Whether you need a compact solution for jewelry testing or a high-performance system for bullion analysis and quality control, NGS Technology can help you select the most suitable GOLDSCOPE model based on your operational requirements and budget.
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What Is the FISCHERSCOPE GOLDSCOPE XRF DPP+ Used For?
The FISCHERSCOPE GOLDSCOPE XRF DPP+ is used for non-destructive measurement of gold purity, precious metal alloy composition, and coating thickness on jewelry, coins, electronic components, and dental materials. It fires a focused X-ray beam at the sample surface, measures the fluorescent energy emitted by each element, and calculates composition in seconds without touching or damaging the item.
Primary applications include:
- Gold karat verification (8K, 9K, 10K, 14K, 18K, 22K, 24K)
- Silver, platinum, and palladium purity analysis
- Gold plating thickness on jewelry and watch components
- Rhodium, nickel, and chrome coating measurement
- Quality control in jewelry manufacturing and refining
- Incoming goods inspection for precious metal traders
- Compliance testing for hallmarking authorities
The instrument is also used in dental alloy analysis and for verifying the composition of electronic connectors and contacts where gold or silver plating thickness is critical [8][9].
For a broader understanding of gold purity testing methods and why instrument choice matters, the gold purity testing guide provides useful context on fire assay, acid testing, and XRF comparison.
Difference Between FISCHERSCOPE GOLDSCOPE 520, 530, and 550 Models
The three models share the same DPP+ signal processing platform but differ in detector type, energy resolution, and throughput capacity. Choosing the right model depends on the balance between precision and speed your operation requires.
| Feature | GOLDSCOPE SD 520 | GOLDSCOPE SD 530 | GOLDSCOPE SD 550 |
|---|---|---|---|
| Detector Type | SDD (Silicon Drift) | PIN Diode | SDD (Silicon Drift) |
| Energy Resolution | High | Standard | High |
| Measurement Speed | Moderate | Fast | Fastest |
| Best For | Lab precision work | General jewelry QC | High-volume production |
| Light Element Detection | Yes | Limited | Yes |
GOLDSCOPE SD 520: Uses a Silicon Drift Detector (SDD) with DPP+ processing for high energy resolution. This model is the preferred choice when accurate differentiation of closely related alloys is required, such as distinguishing 18K yellow gold from 18K white gold with different base metal compositions [1][10]. Analysis time is typically 10 to 30 seconds.
GOLDSCOPE SD 530: Uses a PIN diode detector, which is faster and more cost-effective for routine karat verification. It suits jewelry retailers and small manufacturers who need reliable results quickly without the highest laboratory-grade resolution [5].
GOLDSCOPE SD 550: Combines SDD detector technology with optimized DPP+ processing for the highest throughput in the series. It is designed for refineries and large manufacturing lines where hundreds of samples per shift must be tested [6].
Decision rule: Choose the 520 if precision and alloy differentiation are the priority. Choose the 530 if budget and speed for standard karat testing matter most. Choose the 550 if you run a high-volume refinery or production facility.
FISCHERSCOPE GOLDSCOPE XRF DPP+ Specifications and Technical Details
The GOLDSCOPE SD 520 DPP+ serves as the reference specification point for the series. Key technical parameters include [1][2][10]:
- X-ray tube: Mini X-ray tube with selectable voltage (typically up to 50 kV)
- Detector: Silicon Drift Detector (SDD) with energy resolution better than 145 eV at Mn-Ka
- Measurable elements: From titanium (Ti, Z=22) up to uranium (U, Z=92) in standard configuration
- Coating thickness range: 0.001 µm to several hundred µm depending on material
- Measurement spot size: Adjustable from approximately 0.3 mm to 3 mm using collimators
- Camera system: Integrated CCD camera for precise sample positioning
- Software: WinFTM software platform for data acquisition, reporting, and calibration management
- Dimensions: Compact benchtop footprint suitable for laboratory or workshop counters
- Power supply: Standard 110/230 V AC
The DPP+ (Digital Pulse Processing Plus) technology is the key differentiator from earlier Fischer models. It processes detector signals digitally rather than through analog circuits, which reduces noise, improves count rate handling, and delivers more stable results across a wider range of sample geometries [8].
How Accurate Is the FISCHERSCOPE GOLDSCOPE XRF DPP+ for Gold Testing?
The FISCHERSCOPE GOLDSCOPE XRF DPP+ delivers measurement accuracy within ±0.1% to ±0.3% for gold content in standard alloy compositions when properly calibrated, making it suitable for hallmarking and trade compliance purposes [2][8]. This level of accuracy meets the requirements of most national jewelry standards bodies.
Accuracy depends on several factors:
- Calibration quality: Using certified reference standards matched to the alloy family being tested is essential.
- Sample surface condition: Oxidized, dirty, or uneven surfaces reduce accuracy. Clean, flat samples give the best results.
- Measurement time: Longer measurement times improve counting statistics and reduce random error.
- Alloy matrix: Complex multi-element alloys (for example, white gold with nickel, palladium, and zinc) require matrix-specific calibrations.
For comparison, fire assay remains the definitive reference method for gold purity, but XRF is faster and non-destructive, making it the practical choice for routine quality control. The GOLDSCOPE series is trusted by refineries, hallmarking offices, and jewelry manufacturers globally [9].
Who Needs a FISCHERSCOPE GOLDSCOPE XRF DPP+ Analyzer?
This instrument is the right fit for any organization that buys, sells, manufactures, or regulates gold and precious metal products at a volume where manual acid testing or fire assay becomes a bottleneck.
Strong candidates include:
- Jewelry manufacturers needing in-line quality control
- Gold and silver refineries verifying incoming and outgoing material
- Jewelry retailers and pawnbrokers buying second-hand gold
- Hallmarking and assay offices
- Customs and border control agencies checking declared purity
- Dental laboratories working with gold and palladium alloys
- Electronics manufacturers measuring gold plating on connectors
Less suitable for:
- Single-sample occasional testing (handheld XRF or acid testing may be more cost-effective)
- Very small particles or powders without sample preparation
- Operations where only fire assay certification is legally accepted
For operations that also need portable field testing, the handheld XRF analyzer guide explains when a portable unit complements a benchtop system like the GOLDSCOPE.
Can the FISCHERSCOPE GOLDSCOPE XRF DPP+ Test All Metals?
The GOLDSCOPE XRF DPP+ can analyze most metals from titanium (atomic number 22) through uranium (atomic number 92) in standard configuration, covering gold, silver, platinum, palladium, copper, zinc, nickel, iron, tin, and many others [1][8]. It is not designed to detect very light elements such as carbon, nitrogen, oxygen, or aluminum in standard jewelry applications, though some configurations extend the range.
For precious metal alloy analysis specifically, the instrument covers:
- All common gold alloys (yellow, white, rose gold)
- Sterling silver and fine silver
- Platinum group metals (platinum, palladium, rhodium, ruthenium, iridium)
- Common base metals used in jewelry (copper, zinc, nickel, tin, lead)
- Plating metals (rhodium, gold, silver, nickel, chrome)
For applications beyond jewelry, such as nickel plating thickness measurement on steel pipes or industrial coating verification, the GOLDSCOPE series handles many of these tasks, though dedicated industrial XRF systems may be more appropriate for high-volume non-jewelry work.
How Long Does the FISCHERSCOPE GOLDSCOPE XRF DPP+ Take to Analyze Samples?
A standard gold purity measurement on the FISCHERSCOPE GOLDSCOPE XRF DPP+ takes between 10 and 60 seconds per sample, depending on the model, the required accuracy, and the measurement program selected [1][2]. The 550 model achieves the fastest cycle times, while the 520 may use longer measurement times to maximize precision.
Typical time breakdown:
- Sample placement and positioning: 5 to 15 seconds
- X-ray measurement: 10 to 60 seconds
- Result display: Immediate after measurement ends
- Total cycle per sample: 20 to 90 seconds
For a high-volume refinery processing 200 samples per shift, the 550 model can realistically complete the workload within a standard 8-hour day with time to spare for recalibration and documentation.
FISCHERSCOPE GOLDSCOPE XRF DPP+ Price and Cost
The FISCHERSCOPE GOLDSCOPE XRF DPP+ 520/530/550 is a professional benchtop instrument, and pricing reflects that. Based on market information available in 2026, the entry-level 530 model typically starts in the range of USD 15,000 to USD 20,000, while the 520 and 550 with SDD detectors and full software packages range from USD 20,000 to USD 35,000 or higher depending on configuration, accessories, and regional pricing.
Note: These are indicative estimates based on publicly available market data. Actual pricing varies by region, distributor, included accessories, and service agreements. Contact NGS Laboratories Equipment Trading L.L.C directly for a formal quotation for UAE, MENA, and Riyadh pricing.
Cost factors to consider:
- Base instrument price
- Calibration standard sets (certified reference materials)
- Annual service and maintenance contract
- Software licenses and updates
- Training and installation fees
- Import duties and local taxes in the destination country
For regional buyers, sourcing through a local distributor like NGS Laboratories often reduces total landed cost compared to direct import, and includes warranty support without international shipping complications.
FISCHERSCOPE GOLDSCOPE XRF DPP+ Maintenance and Calibration
The GOLDSCOPE XRF DPP+ requires relatively low maintenance compared to wet chemistry or fire assay equipment. Daily operation involves no consumables beyond occasional cleaning of the sample chamber.
Routine maintenance checklist:
- Clean the sample chamber and measurement window weekly
- Verify calibration using certified reference standards at the start of each shift
- Check X-ray tube performance monthly via the instrument’s built-in diagnostics
- Update WinFTM software when Fischer releases new versions
- Annual professional service by a certified Fischer technician is recommended
Calibration process:
- Load the appropriate calibration program in WinFTM for the alloy family being tested.
- Measure certified reference standards (CRMs) covering the expected composition range.
- Apply drift correction if the instrument has been idle for more than 24 hours.
- Verify with a second independent standard before beginning production measurements.
Calibration standards must be traceable to national metrology institutes. Fischer supplies certified reference standards for gold alloys, silver, and platinum group metals as accessories [9].
FISCHERSCOPE GOLDSCOPE XRF DPP+ Troubleshooting Common Problems
Most issues with the GOLDSCOPE XRF DPP+ fall into three categories: measurement drift, software errors, and mechanical problems with the sample stage.
Common problems and solutions:
- Results drifting outside tolerance: Recalibrate using fresh reference standards. Check that the X-ray tube has not degraded. Ensure the measurement window (Mylar or Prolene film) is clean and undamaged.
- Software not connecting to instrument: Check USB or serial connection cables. Restart WinFTM and the instrument in sequence. Verify driver installation on the PC.
- Sample stage not moving correctly: Check for debris in the stage mechanism. Run the stage homing routine from the software menu.
- Unexpected high background counts: The measurement window may be contaminated or torn. Replace it following the procedure in the instrument manual.
- Results inconsistent between operators: Standardize sample preparation and positioning procedures. Use the camera alignment feature to ensure consistent measurement spot placement.
For persistent hardware issues, contact the Fischer service network or the regional distributor. In the UAE and MENA, NGS Laboratories Equipment Trading L.L.C provides direct technical support for the GOLDSCOPE series.
FISCHERSCOPE GOLDSCOPE XRF DPP+ Training and Setup Requirements
Setup and training for the FISCHERSCOPE GOLDSCOPE XRF DPP+ are straightforward. The instrument arrives pre-configured from the factory, and initial installation typically takes half a day with a trained technician.
Setup requirements:
- Stable benchtop surface away from strong vibration
- Standard electrical outlet (110 or 230 V AC)
- Windows-based PC (supplied or customer-provided) for WinFTM software
- No special ventilation or radiation shielding room required (the instrument is self-shielded)
Training:
Fischer and authorized distributors provide operator training covering:
- Instrument startup and shutdown procedures
- Loading and running measurement programs
- Calibration and drift correction
- Interpreting results and generating reports
- Basic troubleshooting
Most operators reach competency within one to two days of hands-on training. The WinFTM software interface is menu-driven and does not require programming knowledge.
Best Alternatives to the FISCHERSCOPE GOLDSCOPE XRF DPP+
The FISCHERSCOPE GOLDSCOPE XRF DPP+ is one of several benchtop XRF analyzers designed for precious metal testing. Key alternatives include the Olympus Vanta GX, the Bruker S1 TITAN, and the Thermo Fisher ARL QUANT’X.
Comparison overview:
- Olympus Vanta GX: Strong in gold bar counterfeit detection and field-portable applications. See the Vanta GX XRF gold analyzer guide for a detailed breakdown.
- Bruker S1 TITAN: Competitive in handheld form factor for alloy identification; less specialized for jewelry coating thickness.
- Thermo Fisher ARL QUANT’X: Strong in research and multi-matrix applications; higher cost and complexity than the GOLDSCOPE for routine jewelry work.
Choose the GOLDSCOPE if: Your primary need is jewelry karat testing, coating thickness measurement, and precious metal QC in a production or retail environment.
Choose an alternative if: You need portable field use, geological sample analysis, or multi-industry flexibility beyond precious metals.
For a broader look at XRF options across industries, the XRF spectrometers for metal analysis guide covers the competitive landscape in detail.
Is the FISCHERSCOPE GOLDSCOPE XRF DPP+ Worth the Investment for a Jewelry Business?
For a jewelry business processing more than 20 to 30 samples per day, the FISCHERSCOPE GOLDSCOPE XRF DPP+ typically pays for itself within 12 to 24 months through reduced outsourcing costs, faster purchasing decisions, and fewer costly errors in gold buying or manufacturing.
ROI factors:
- Elimination of third-party testing fees (typically USD 5 to USD 20 per sample at external labs)
- Faster turnaround: results in under a minute versus days for external fire assay
- Reduced risk of buying under-karat gold at full price
- Compliance with hallmarking regulations without repeated external testing
- Improved customer trust through on-the-spot purity verification
When it may not be worth it:
- Very low sample volumes (fewer than 10 samples per day)
- Businesses where fire assay certification is legally mandatory for every transaction
- Operations with no budget for annual calibration and maintenance
The gemstone and jewelry testing instruments guide for UAE and MENA provides additional context on instrument selection for jewelry businesses at different scales.
25 Frequently Asked Questions About the FISCHERSCOPE GOLDSCOPE XRF DPP+ 520/530/550
1. What does DPP+ stand for in the GOLDSCOPE series?
DPP+ stands for Digital Pulse Processing Plus. It refers to the digital signal processing technology in the detector circuit that improves measurement speed, accuracy, and stability compared to older analog systems [8].
2. Is the FISCHERSCOPE GOLDSCOPE XRF DPP+ radiation-safe for office use?
Yes. The instrument is fully self-shielded and meets international radiation safety standards. No special radiation protection room or personal dosimetry is required for operators under normal use conditions [9].
3. Can the GOLDSCOPE XRF DPP+ measure gold plating thickness?
Yes. It measures gold plating thickness from as thin as 0.001 µm up to several micrometers, making it standard equipment for electroplating quality control in jewelry and electronics [1][8].
4. What software does the GOLDSCOPE XRF DPP+ use?
It uses Helmut Fischer’s WinFTM software, which handles measurement programs, calibration management, data storage, and report generation [9].
5. How many elements can the GOLDSCOPE SD 520 DPP+ detect simultaneously?
It can detect multiple elements simultaneously in a single measurement, covering elements from titanium to uranium in standard configuration [1][10].
6. Does the GOLDSCOPE XRF DPP+ require a dedicated PC?
It requires a Windows PC to run WinFTM. Fischer can supply a compatible PC as an accessory, or buyers can use their own hardware meeting the minimum specifications.
7. How often does the X-ray tube need replacement?
X-ray tube lifetime depends on usage intensity. Under normal jewelry testing workloads, tubes typically last several years. Fischer provides tube replacement as part of annual service contracts [9].
8. Can the instrument analyze platinum group metals?
Yes. Platinum, palladium, rhodium, ruthenium, and iridium are all within the measurable element range of the GOLDSCOPE series [8].
9. What is the minimum sample size the GOLDSCOPE can measure?
Using the smallest collimator (approximately 0.3 mm spot), very small items such as individual prongs, wire sections, or small beads can be measured. The CCD camera assists in precise positioning.
10. Is the GOLDSCOPE XRF DPP+ approved for hallmarking in the UAE?
Approval depends on the specific requirements of the UAE hallmarking authority. Buyers should confirm with the Emirates Authority for Standardization and Metrology (ESMA) and consult NGS Laboratories for compliance guidance.
11. Can results be exported to Excel or PDF?
Yes. WinFTM supports data export to standard formats including CSV, Excel-compatible files, and PDF reports for documentation and traceability.
12. What is the difference between the GOLDSCOPE SD and the GOLDSCOPE XL series?
The SD series (including the 520/530/550) is the current production line optimized for jewelry and precious metal testing. The XL designation refers to earlier or larger-format models. The SD series is the recommended current platform [9].
13. Does the instrument need internet connectivity?
No. The GOLDSCOPE operates as a standalone instrument. Internet connectivity is only needed for software updates, which can also be performed via USB media.
14. What calibration standards are needed?
Certified reference materials (CRMs) matched to the alloy families being tested are required. Fischer supplies gold, silver, and platinum alloy CRM sets as accessories [9].
15. Can the GOLDSCOPE test dental gold alloys?
Yes. Dental gold alloys, including those with palladium, silver, copper, and zinc, fall within the instrument’s measurement range and calibration capability [8].
16. How is the measurement spot positioned accurately?
An integrated CCD camera with live video feed displays the sample surface on the PC monitor, allowing the operator to position the measurement spot precisely before firing the X-ray.
17. What happens if a sample is too thick for the X-ray to penetrate?
For bulk alloy analysis, penetration depth is sufficient for standard jewelry items. For very thick castings, the instrument measures the surface composition, which should represent the bulk if the item is homogeneous.
18. Can the GOLDSCOPE detect lead in jewelry?
Yes. Lead (Pb) is detectable, which is relevant for compliance testing under RoHS and consumer product safety regulations.
19. Is training available in Arabic for MENA region buyers?
NGS Laboratories Equipment Trading L.L.C provides training and support in Arabic for customers in the UAE, Saudi Arabia, and across the MENA region.
20. What warranty does the GOLDSCOPE XRF DPP+ come with?
Standard warranty terms vary by region and distributor. Contact NGS Laboratories for specific warranty terms applicable to UAE and MENA purchases.
21. Can the instrument be used for scrap gold buying?
Yes. It is widely used by pawnbrokers, gold dealers, and scrap metal buyers to verify karat before purchase, reducing the risk of buying under-karat material.
22. How does XRF compare to acid testing for gold?
XRF is non-destructive, faster, and more precise for alloy composition. Acid testing is destructive and only gives approximate karat ranges. For detailed comparison, see the gold purity testing guide.
23. Can the GOLDSCOPE measure rose gold alloys?
Yes. Rose gold (typically gold-copper-silver alloys) is fully measurable and Fischer provides calibration programs specifically for rose gold compositions.
24. What is the annual maintenance cost?
Annual maintenance costs vary by service agreement. As a rough estimate, expect annual service contracts to represent 8% to 15% of the instrument purchase price, covering preventive maintenance and priority support.
25. Where can buyers in Riyadh, Saudi Arabia purchase the GOLDSCOPE XRF DPP+?
NGS Laboratories Equipment Trading L.L.C serves Riyadh and the broader Saudi Arabian market. They provide sales, installation, calibration, and ongoing technical support for the FISCHERSCOPE GOLDSCOPE XRF DPP+ series.
Conclusion
The FISCHERSCOPE GOLDSCOPE XRF DPP+ 520/530/550 series represents a mature, well-proven platform for non-destructive gold purity testing and precious metal analysis. The three models cover the full spectrum from high-precision laboratory work (520) to high-volume production throughput (550), with the 530 serving as a practical middle ground for general jewelry quality control.
Actionable next steps for buyers in 2026:
- Define your sample volume and accuracy requirements before choosing between the 520, 530, and 550. High precision needs point to the 520; high throughput points to the 550.
- Contact NGS Laboratories Equipment Trading L.L.C for a formal quotation, demonstration, and local compliance guidance if you are based in the UAE, MENA, or Riyadh.
- Request a live demonstration with your own sample types before committing. Fischer and authorized distributors can typically arrange this.
- Budget for calibration standards and annual service from the outset. These recurring costs are modest but essential for maintaining measurement accuracy.
- Plan operator training into the purchase timeline. One to two days of hands-on training is sufficient for most operators to reach full competency.
For buyers who want to compare the GOLDSCOPE against portable alternatives, the handheld XRF analyzer guide for precious metals and the Vanta GX gold analyzer review provide useful side-by-side context. For a broader view of the lab equipment landscape in the region, the lab equipment suppliers Dubai guide is a practical starting point.
References
[1] Goldscope Sd 520 – https://shop.fischer-technology.com/product/goldscope-sd-520/
[2] Gold Testing Machine Goldscope Sd 520 Dpp – https://www.fischerindia.net/gold-testing-machine-goldscope-sd-520-dpp.html
[3] Fischer Goldscope 520 Dpp – https://analytical.harshad.com/product/fischer-goldscope-520-dpp/
[4] Watch – https://www.youtube.com/watch?v=e8QswT_ubB0
[5] Goldscope Sd 530 10686764 – https://www.fischerindia.co.in/goldscope-sd-530-10686764.html
[6] Goldscope Sd 550 Dpp 2583675 – https://www.fischerindia.co.in/goldscope-sd-550-dpp–2583675.html
[7] Watch – https://www.youtube.com/watch?v=ATs470NXf0E
[8] Broc Goldscope Und Sigma 992 085 En Web – https://world.helmut-fischer.com/fileadmin/content/1-filebase/3-products/2-pdf/4-x-ray/en/BROC_goldscope_und_sigma_992-085_en_web.pdf
[9] Goldscope Sd – https://www.helmut-fischer.com/products/xrf-instruments/goldscope-sd
[10] emin.vn – https://emin.vn/en_US/fischergoldscopesd520-fischer-goldscope-sd-520-xrf-spectrophotometer-sdd-detector-119930/pr.html
Request a Quote for the FISCHERSCOPE GOLDSCOPE XRF DPP+ 520/530/550
Ready to invest in a reliable FISCHERSCOPE GOLDSCOPE XRF DPP+ 520/530/550? NGS Technology supplies genuine Fischer XRF solutions backed by expert consultation, competitive pricing, product demonstrations, installation assistance, operator training, calibration services, and comprehensive after-sales support. Whether you are upgrading an existing laboratory or purchasing your first gold testing instrument, our specialists will help you choose the ideal model for accurate and efficient precious metal analysis. The GOLDSCOPE SD 520, 530, and 550 offer factory-calibrated methods for gold jewelry, bullion, silver alloys, gold coatings, and rhodium coatings, with enhanced DPP+ performance for faster, more precise measurements.
Get in Touch with NGS Technology
📍 International Headquarters
Office 502, 22 King Saadeh Hilal Ahmed Nasser Lootah, Deira, Dubai, UAE
📞 Mobile: +971 50 944 8187
💬 WhatsApp: +971 50 944 8187
📧 Email: info@ngs-technology.com | sales@ngs-technology.com