ROHS MACHINE – Maxlab

Conoma XRF-3050 Multi-layer Coating Thickness Measurement Device

MAXLAB JSC — Sun, 11 Jan 2026 10:34:37 +0000

Conoma XRF-3050: The High-Tech Multi-layer Coating Thickness Measurement Device

In today’s fast-paced surface treatment and electroplating industries, controlling the quality of coatings is vital for both product durability and aesthetic appeal. The multi-layer coating thickness measurement device XRF-3050 from Conoma has emerged as a groundbreaking solution, combining X-ray fluorescence (XRF) precision with intelligent data processing algorithms.

1. Overview of the XRF-3050 Multi-layer Coating Thickness Measurement Device

The XRF-3050 is a high-end X-ray fluorescence spectrometer specifically designed to analyze coating thickness and plating solution composition. Unlike standard entry-level models, the XRF-3050 focuses on handling samples with complex geometries—ranging from microscopic PCB components to massive industrial workpieces.

Driven by the philosophy of “Efficient, Intelligent, and Precise,” this device does more than just provide data; it empowers businesses to save time and optimize production costs by eliminating human error and measurement inaccuracies during quality control (QC) processes.

2. Outstanding Advantages of the Conoma XRF-3050

Core EFP Algorithm – The Heart of Precision

What truly sets the XRF-3050 apart from its competitors is the Core EFP (Empirical Fundamental Parameter) Algorithm. This advanced software capability allows the device to function as a superior multi-layer coating thickness measurement device. The algorithm effectively solves the most difficult challenges in the field, such as:

Accurately measuring overlapping multi-layer alloy coatings.
Analyzing repeated elements located in both upper and lower layers.
Solving the problem of “layer penetration,” where X-rays might pass through thin layers and cause data interference.

Four-Focal Technology and Deep Groove Capability

One of the greatest obstacles for traditional XRF machines is measuring inside deep grooves or on uneven surfaces. The XRF-3050 is equipped with integrated Four-Focal technology, allowing the sensor to maintain focus and accuracy within grooves up to 90mm deep. This is an industry-leading specification, making it the ideal choice for manufacturers of sanitary ware, automotive engine parts, and high-precision mechanical components.

Intelligent Up-Bottom Optical System

The device features a highly integrated vertical optical path system paired with an advanced image recognition algorithm. By separating the management tasks between the upper and lower computers, the system ensures that measurement processes remain fast, stable, and highly efficient—even when dealing with exceptionally large or heavy workpieces that would typically slow down other machines.

3. Practical Applications of the XRF-3050

Thanks to its versatility, the XRF-3050 is a staple in several key industrial sectors:

Electronics & 5G Telecommunications: Measuring Au/Ni/Cu or Sn/Ni/Cu layers on printed circuit boards (PCBs) and semiconductor lead frames.
Aerospace Industry: Critical inspection of Au/Ni/FeNi coatings where absolute precision and extreme environment resistance are non-negotiable.
Automotive Manufacturing: Analyzing protective coatings on bearings, fasteners, and engine valves to prevent corrosion.
Sanitary Products: Measuring Cr/Ni/Cu coatings on various substrates, including brass, zinc alloys, and even ABS plastics.
Plating Solution Analysis: Beyond thickness, it helps technicians monitor metal concentrations in plating baths, ensuring the chemical process remains within optimal parameters.

4. Why Should Your Business Invest in the XRF-3050?

Long-term Cost Savings: The XRF-3050 is built for sustainability. Featuring an Automatic Sleep Mode and a modular hardware design, the machine boasts a long service life with minimal power consumption. By drastically reducing the number of rejected parts due to coating defects, businesses can achieve a rapid Return on Investment (ROI).

User-Friendly Interface: The Human-Machine Interaction (HMI) is optimized for modern workflows. Even technicians with minimal experience can learn to operate the software and generate comprehensive reports after a short training session. Furthermore, the electrical control cover and automatic safety switches ensure maximum protection for the operator against X-ray exposure.

Absolute Reliability: The repeatability and stability of the XRF-3050’s results allow companies to pass international quality audits with confidence. Whether you are complying with ISO standards or specific client requirements in the 5G and Aerospace sectors, this device provides the “gold standard” of data.

5. Conclusion

In the era of Industry 4.0, owning a multi-layer coating thickness measurement device like the Conoma XRF-3050 is not just about purchasing equipment; it is an investment in your brand’s reputation for quality. With its superior deep-groove measurement capabilities and the powerful EFP algorithm, it is undoubtedly the most reliable partner for any modern electroplating workshop or QC laboratory.

Conoma JV-2000 Hexavalent Chromium Tester

WebNow Content — Mon, 08 Dec 2025 08:13:39 +0000

Comprehensive Review: JV-2000 Hexavalent Chromium Tester by Conoma – Precision in Cr6+ Analysis

In the modern industrial landscape, compliance with environmental regulations such as RoHS (Restriction of Hazardous Substances) and REACH is no longer optional—it is a necessity for global market access. Among the various restricted substances, Hexavalent Chromium (Cr6+) remains one of the most strictly monitored due to its high toxicity and carcinogenic potential. To address this, the JV-2000 Hexavalent Chromium Tester by Conoma has emerged as a premier solution for laboratories and quality control departments worldwide.

1. Introduction to the JV-2000 Conoma

The JV-2000 is a high-precision UV-Vis (Ultraviolet-Visible) Spectrophotometer specifically optimized for the detection and quantification of Hexavalent Chromium. While many general-purpose spectrophotometers exist, the JV-2000 distinguishes itself by integrating specialized hardware and software features designed to streamline the complex chemical analysis of metal ions.

By utilizing the principles of molecular absorption spectrometry, the device measures the intensity of light passing through a sample. When Cr6+ reacts with specific reagents, such as Diphenylcarbazide, it forms a colored complex. The JV-2000 detects the absorbance of this complex at a specific wavelength, providing a direct and highly accurate concentration reading.

2. Technical Specifications: Engineering for Accuracy

The reliability of a spectrophotometer is defined by its optical system and light stability. The JV-2000 excels in these areas with the following technical configuration:

- Wavelength Range: 320nm to 1100nm. This broad range allows the device to perform not only Cr6+ testing but also a wide variety of other colorimetric assays in the visible and near-infrared spectrum.
- Spectral Bandwidth: 4nm. This width provides a perfect balance between light throughput (signal strength) and resolution, ensuring that the peak absorbance of the chromium complex is captured without interference.
- Light Source System: The device features imported, long-life Tungsten and Deuterium lamps. These high-quality sources ensure minimal “drift” during long testing sessions and require less frequent calibration.
- Wavelength Accuracy: ±0.5 nm. High accuracy ensures that the test results are repeatable and consistent across different batches of samples.
- Optical System: A Single Beam design with a 1200 lines/mm grating, which effectively minimizes stray light—one of the biggest enemies of precision in spectrophotometry.

3. Advanced Features and User Benefits

Conoma has designed the JV-2000 with a focus on “Laboratory Efficiency.” Several key features make it stand out from its competitors:

Independent Module Design

Unlike cheaper, integrated designs, the JV-2000 utilizes an independent module layout for its internal circuitry and power supply. This architectural choice significantly reduces electromagnetic interference, which in turn improves the lower limit of detection (LOD). This is crucial when testing for trace amounts of Cr6+ in high-end electronics or treated wastewater.

Robust Data Management

The unit is equipped with a 128*64-bit LCD screen that displays clear results, concentration curves, and diagnostic data. The internal memory is capable of storing up to 200 groups of test data and 200 standard curves. This data remains safe even in the event of a sudden power outage, preventing the loss of critical experimental work.

Seamless Connectivity

For professionals requiring comprehensive documentation, the JV-2000 offers USB and RS-232 ports. When connected to a PC, the specialized software allows for advanced functions such as:

- Spectrum Scanning: To identify unknown substances.
- Kinetics Analysis: To monitor chemical reactions over time.
- Quantitative Analysis: To build complex multi-point calibration curves.

4. Key Industrial Applications

The versatility of the JV-2000 makes it a staple in various sectors:

- Electroplating and Surface Finishing: It is used to monitor the concentration of chromium in plating baths and to verify the quality of passivation layers on metal parts.
- Footwear and Leather Industry: Hexavalent Chromium is a common byproduct of the leather tanning process. The JV-2000 helps manufacturers ensure their products are safe for skin contact and meet international safety standards.
- RoHS Compliance Testing: Specifically designed to meet the requirements of IEC 62321-7-2:2017, this tester is essential for electronics manufacturers who must prove that their components do not contain hazardous Cr6+.
- Environmental Monitoring: It plays a vital role in testing industrial wastewater, helping companies adhere to local discharge permits and protect local water sources from heavy metal contamination.

5. Why Choose the Conoma JV-2000?

Selecting the right tester involves balancing performance with the total cost of ownership. The JV-2000 offers a compelling value proposition because it combines the durability of industrial hardware with the precision of a research-grade instrument. Its digital membrane keypad is resistant to laboratory chemicals, and the ease of replacing the lamps reduces downtime. Furthermore, the ability to store standard curves directly on the device saves technicians significant time during daily operations.

Conclusion

The JV-2000 Hexavalent Chromium Tester by Conoma is more than just a measurement tool; it is a vital component of a modern quality assurance system. By providing fast, accurate, and stable results, it helps businesses avoid the high costs of non-compliance and ensures that their production processes remain environmentally responsible.

Conoma JIC-510 Halogen-Free Detection Instrument

WebNow Content — Mon, 08 Dec 2025 08:12:29 +0000

Comprehensive Review of the Conoma JIC-510 Halogen-Free Detection Instrument: A High-Precision Analytical Solution

In the modern global electronics industry, the transition toward “Halogen-Free” standards is no longer just a trend but a mandatory requirement to safeguard human health and the environment. As regulatory pressures mount, manufacturers require reliable, high-precision tools to verify the chemical composition of their products. The Conoma JIC-510 Halogen-Free Detection Instrument stands out as a premier solution, trusted by electronics component manufacturers and quality control laboratories worldwide for its accuracy and efficiency.

Understanding Halogen-Free Standards and the Role of the JIC-510

Halogen elements, specifically Fluorine (F), Chlorine (Cl), Bromine (Br), and Iodine (I), are frequently utilized in the manufacturing of printed circuit boards (PCBs), plastic casings, and cable insulation, primarily as flame retardants. However, these elements pose significant risks; when burned, they release highly toxic, corrosive gases and dioxins that are hazardous to both the atmosphere and human respiratory systems.

To combat this, international standards such as IEC 61249-2-21 and various “Green” certifications like RoHS and REACH have set strict limits on halogen content. The Conoma JIC-510 is engineered to meet these challenges. It utilizes the oxygen bomb combustion method to break down samples, followed by ion chromatography analysis to provide a precise quantitative breakdown of halogen concentrations.

Key Features and Technical Advantages of the Conoma JIC-510

Extreme Sensitivity and Accuracy

The most critical factor for any analytical instrument is its detection limit. The Conoma JIC-510 boasts a sensitivity level in the parts per billion (ppb) range. This allows the device to identify even the most minute traces of halogen contaminants within complex polymer matrices or composite materials. Its high repeatability ensures that manufacturers can rely on consistent data across multiple batches, which is essential for maintaining long-term quality assurance.

Intelligent and Safe Operation

Shenzhen Conoma Technology has prioritized user experience by simplifying the interface of the JIC-510. The device features a “one-button” operation mode, allowing technicians to conduct complex analyses without the need for extensive specialized training. Safety is also a core component of the design; the system includes high-voltage warning indicators and automated pressure control mechanisms, ensuring that the oxygen combustion process is contained and safe for the operator at all times.

Automated Reporting and Data Management

In a fast-paced production environment, manual data entry is a bottleneck prone to error. The JIC-510 addresses this by automatically processing raw analytical data and generating professional-grade test reports. These reports can be exported directly for digital archiving or shared with clients as proof of compliance, significantly reducing the administrative workload on the QC department.

Detailed Technical Specifications

For engineering and procurement teams evaluating the JIC-510, its technical specifications highlight its versatility:

Manufacturer: Shenzhen Conoma Technology Co., Ltd.
Model: JIC-510.
Analyzed Elements: Fluorine (F), Chlorine (Cl), Bromine (Br), Iodine (I).
Measurement Range: From ppb levels to percentage concentrations (%).
Methodology Compliance: Fully compatible with EN 14582 and IEC 61249-2-21 standards.
Analysis Speed: Rapid throughput designed for both R&D and high-volume production testing.

Practical Applications in Industry

The Conoma JIC-510 serves as a critical checkpoint in several stages of the supply chain:

Electronics Manufacturing: Used for testing PCBs, semiconductors, connectors, and internal wiring to ensure they meet “green” specifications.
Plastics and Polymers: Essential for analyzing raw plastic resins and finished molded parts to verify the absence of prohibited brominated flame retardants.
Quality Assurance (QA/QC): Enables quality managers to verify that raw materials received from third-party suppliers are truly halogen-free before they enter the assembly line.
Research and Development (R&D): Assists material scientists in developing new, eco-friendly flame-retardant alternatives by providing precise feedback on chemical compositions.

Why Choose Conoma as Your Equipment Partner?

Based in Shenzhen, the global hub of electronics innovation, Conoma has established a reputation for building robust, industrial-grade laboratory equipment. The JIC-510 offers a compelling value proposition by providing the same level of precision as high-end Japanese or American counterparts but at a more competitive price point. Investing in the JIC-510 allows businesses to optimize their operational costs while ensuring their products remain eligible for export to the most stringently regulated markets, such as the European Union and North America.

Conclusion

The Conoma JIC-510 is more than just a measurement tool; it is a vital asset for any company aiming to compete in the sustainable technology market. With its blend of high-precision detection, user-friendly automation, and safety-first design, it provides the “passport” your products need to navigate the complexities of international environmental regulations. By choosing the JIC-510, you are choosing a commitment to quality, safety, and environmental responsibility.

Conoma GC-MS 7220 RoHS 2.0 Testing Equipment

WebNow Content — Mon, 08 Dec 2025 08:11:06 +0000

RoHS 2.0 Testing Equipment – Conoma GC-MS 7220 Gas Chromatography-Mass Spectrometer

In today’s highly regulated global marketplace, compliance with hazardous substance directives has become a mandatory passport for manufacturing exporters. Specifically, the RoHS 2.0 directive stands as a strict technical barrier for electronics, plastics, and rubber industries entering major markets like the European Union and the United States. To meet the urgent demand for rapid, precise, and budget-friendly compliance testing, the RoHS 2.0 testing equipment – Conoma GC-MS 7220 Gas Chromatography-Mass Spectrometer has emerged as a premier technological solution.

1. The Challenges of RoHS 2.0 Compliance in Modern Manufacturing

The RoHS 2.0 directive (Directive 2011/65/EU and its amendment EU 2015/863) restricts ten hazardous substances in electrical and electronic equipment. Among these, the greatest challenge for Quality Control (QC) departments is the strict monitoring of four regulated plasticizers (phthalates): DEHP, BBP, DBP, and DIBP.

Conventional screening methods, such as X-ray Fluorescence (XRF), fall short because they cannot accurately quantify these specific organic compounds below the mandated threshold of 1000 ppm (0.1%). Consequently, deploying a dedicated Gas Chromatography-Mass Spectrometry (GC-MS) system directly in the factory lab is the single most effective way to control material quality, eliminate the risk of product recalls, and avoid devastating legal penalties from overseas customs.

2. Conoma GC-MS 7220: A Dedicated, High-Performance Solution

The Conoma GC-MS 7220, engineered by Shenzhen Conoma Technology, is a single quadrupole gas chromatography-mass spectrometer built specifically for demanding industrial applications. The system boasts impressive technical specifications that compete directly with premium, expensive brands from the USA or Japan:

Ultra-Wide Mass Range (1.5 to 1250 amu): This exceptional range allows the system to seamlessly detect both highly volatile organic compounds and heavy, complex molecules such as Polybrominated Biphenyls (PBB) and Polybrominated Diphenyl Ethers (PBDE).
Superior Sensitivity: The instrument achieves an ultra-low Limit of Detection (LOD) below 10 fg (

g). When tested with an Octafluoronaphthalene (OFN) standard sample, the signal-to-noise ratio (S/N) reaches 800:1, ensuring that no trace of restricted substances goes unnoticed.
High-Precision Electronic Pressure Control (EPC): Boasting a pressure control precision of 0.01 psi combined with oven temperature accuracy down to 0.1°C, the GC-MS 7220 guarantees stable retention times with a repeatability profile better than 0.02%.

3. Key Advantages for Factory Quality Control Labs

Maximizing Return on Investment (ROI)

Acquiring high-end analytical instruments from Western brands often requires an enormous capital layout. The Conoma GC-MS 7220 solves this economic hurdle by offering a highly competitive initial purchase price. Furthermore, the operational cost of daily consumables (such as GC columns, liners, and septa) is highly economical, allowing factories to achieve rapid ROI.

Automated Workflow and User-Friendly Software

Conoma has optimized its control software explicitly for factory technicians rather than academic researchers. The interface simplifies complex scientific operations into an automated workflow. Operators can effortlessly set up sequence runs, manage automatic sample injections, and generate official, audit-ready RoHS 2.0 compliance reports with minimal training.

Robust Engineering for 24/7 Operations

Equipped with a long-lifetime electron multiplier detector and a powerful, reliable vacuum turbomolecular pump system, the GC-MS 7220 is built to withstand rigorous industrial environments. It runs stably 24/7 to keep up with fast-paced production deadlines and heavy daily sample volumes.

4. Practical Industrial Applications

The Conoma GC-MS 7220 serves as a versatile workhorse across numerous manufacturing sectors:

Electronics Industry: Testing printed circuit boards (PCBs), plastic housings, wire insulation, and semiconductor packaging components.
Plastics & Polymer Industries: Screening raw resin pellets, toy manufacturing materials, food packaging films, and flexible PVC products.
Future-Proof Upgrades: Beyond RoHS 2.0, the system can be easily calibrated to analyze other restricted chemical lists, including REACH, California Proposition 65, and Volatile Organic Compounds (VOCs) in environmental testing.

CONCLUSION

The RoHS 2.0 testing equipment – Conoma GC-MS 7220 Gas Chromatography-Mass Spectrometer delivers the perfect balance between high analytical performance and smart financial investment. By integrating this system into your quality control workflow, your facility gains absolute independence in testing, solidifies international regulatory compliance, and builds deep trust with global supply chain partners.

Conoma LC2800G Plus RoHS 2.0 Analysis Machine

WebNow Content — Mon, 08 Dec 2025 08:10:14 +0000

Comprehensive Solution: RoHS 2.0 Analysis Machine Using HPLC Technology

In today’s global supply chain, environmental compliance is no longer optional—it is a mandatory ticket to entry. The RoHS 2.0 directive (Restriction of Hazardous Substances) stands as one of the most stringent regulations for electrical and electronic equipment (EEE). To navigate these complex requirements, choosing the right RoHS 2.0 analysis machine integrated with HPLC technology is the most effective strategy for manufacturers and testing laboratories.

The Evolution of RoHS 2.0 and Modern Challenges

The transition from the original RoHS to RoHS 2.0 (Directive 2011/65/EU) and its subsequent amendment (EU) 2015/863 has significantly widened the scope of regulated substances. While traditional XRF (X-ray Fluorescence) scanners are excellent for detecting heavy metals like Lead or Cadmium, they fall short when it comes to organic compounds.

The “RoHS 10” now includes four specific Phthalates that are widely used as plasticizers in cables, connectors, and insulating materials:

Bis(2-ethylhexyl) phthalate (DEHP)
Butyl benzyl phthalate (BBP)
Dibutyl phthalate (DBP)
Diisobutyl phthalate (DIBP)

Because these substances are structurally similar to the plastics they inhabit, they require a sophisticated separation technique. This is where a dedicated RoHS 2.0 analysis machine powered by HPLC becomes indispensable.

Why HPLC is the Gold Standard for RoHS 2.0 Compliance

HPLC (High-Performance Liquid Chromatography) offers a unique balance of sensitivity, precision, and cost-effectiveness for detecting restricted organic substances.

1. Superior Separation Power

The primary advantage of using an HPLC system is its ability to separate complex mixtures into individual components. When analyzing a circuit board or a plastic housing, the “matrix” (the background material) is incredibly noisy. An HPLC column effectively isolates the four Phthalates from other additives, ensuring that the measurement is specific and free from interference.

2. High Sensitivity for Trace Analysis

RoHS 2.0 sets a strict limit of 0.1% (1000 ppm) by weight for each restricted substance. A high-quality RoHS 2.0 analysis machine must be able to detect these chemicals well below the limit to provide a safety margin. Modern HPLC detectors provide the high sensitivity required to quantify trace levels accurately, ensuring your products never face a recall due to “borderline” results.

3. Cost-Efficiency for Internal Labs

While GC-MS (Gas Chromatography-Mass Spectrometry) is another valid method for RoHS testing, it often comes with much higher acquisition and maintenance costs. For many electronic manufacturers establishing an in-house QC lab, HPLC provides the necessary compliance data with a much faster return on investment (ROI) and lower consumption of expensive carrier gases.

Spotlight on Technology: The Conoma LC-2800G Plus

Among the specialized equipment available, the Conoma LC-2800G Plus has emerged as a leading RoHS 2.0 analysis machine. It is specifically engineered to handle the rigors of industrial testing.

Tailored Software Solutions: The system utilizes the JHT test V software, which includes pre-set methods specifically for the 4 Phthalates. This “turnkey” approach means operators do not need to be PhD-level chemists to produce reliable results.
Stability and Reliability: The LC-2800G Plus features a high-pressure infusion system that ensures a stable flow rate, which is critical for reproducible results. Its automated plunger cleaning function significantly extends the life of the seals, reducing downtime in busy factories.
Real-Time Safety Monitoring: Safety is paramount in a chemical environment. The machine includes built-in leak sensors and over-pressure protection, allowing it to run large batches of samples (especially when equipped with an autosampler) with minimal supervision.

The Testing Workflow: From Raw Material to Compliance Report

Implementing an HPLC system for RoHS 2.0 involves a standardized process to ensure data integrity:

Sample Preparation: The solid electronic component is ground into a fine powder and dissolved in a solvent like Tetrahydrofuran (THF) or Methanol.
Extraction: The target Phthalates are extracted from the plastic matrix using ultrasonic baths or specialized extraction units.
Filtration: To protect the HPLC column, the liquid sample is filtered to remove any micro-particles.
Injection and Analysis: The sample is injected into the RoHS 2.0 analysis machine. The HPLC column separates the chemicals, and the UV-Vis detector records the concentration of each Phthalate.
Reporting: The software automatically compares the found concentration against the 1000 ppm limit and generates a Pass/Fail report.

Conclusion

As environmental regulations continue to evolve, having a robust RoHS 2.0 analysis machine is a critical asset for any electronics business. By leveraging HPLC technology, companies can ensure their products meet international standards, protect their brand reputation, and contribute to a greener planet. Whether you are a component manufacturer or an assembly plant, systems like the Conoma LC-2800G Plus provide the precision and ease of use needed to stay compliant in a competitive market.

Conoma JXF-8000 RoHS 1.0 Testing Equipment

WebNow Content — Wed, 03 Dec 2025 10:21:26 +0000

RoHS 1.0 Testing Equipment Conoma JXF-8000: Comprehensive Hazardous Substance Inspection Solution

As international environmental protection standards become stricter, controlling hazardous substance content in products is mandatory for exporting enterprises. The RoHS 1.0 testing equipment Conoma JXF-8000 emerges as an optimal technological solution, helping businesses easily overcome strict technical barriers such as RoHS 2.0, Halogen-free, or California 65.

This article provides a detailed analysis of the features, technical specifications, and reasons why your business should own this high-end inspection equipment.

1. What Is The RoHS 1.0 Testing Equipment Conoma JXF-8000?

The RoHS 1.0 testing equipment Conoma JXF-8000 is a specialized Energy Dispersive X-ray Fluorescence (EDXRF) spectrometer. This device is designed for qualitative and quantitative analysis of hazardous chemical elements in materials, electronic components, plastics, and metals.

In addition to its primary function of environmental safety inspection, the machine integrates the capability to measure metal coating thickness with nanometer-level precision.

2. Key Applications Of The RoHS 1.0 Testing Equipment

Conoma JXF-8000 meets diverse inspection needs in modern industrial supply chains:

RoHS & California 65 Screening: Rapidly detects strictly prohibited heavy metals and dangerous compounds including Lead (Pb), Mercury (Hg), Cadmium (Cd), Hexavalent Chromium (Cr VI), and brominated flame retardants (PBB, PBDE).
Halogen-Free Testing: Accurately quantifies Chlorine (Cl) and Bromine (Br) content in printed circuit boards (PCBs) and polymer materials.
Coating Thickness Measurement: Analyzes structures from 1 to 2 metal plating layers, inspecting surface coating thickness with a microscopic detection limit starting from just 0.005 µm.
Alloy Composition Analysis: Determines the percentage composition of elements from Sulfur (S) to Uranium (U) in raw input materials.

3. Outstanding Technological Advantages Of Conoma JXF-8000

Premium US-made Si-pin sensor

The heart of the RoHS 1.0 testing equipment Conoma JXF-8000 is the premium Si-pin detector (X-123 DP5 FW6) imported from the USA. This component delivers extremely high energy resolution ( 145 ± 5 KeV ), cleanly separating the spectral peaks of elements with close wavelengths to minimize errors.

Smart analysis algorithms

The combination of the Empirical Coefficient Method and the Fundamental Parameter Method V1.0 allows the software to automatically process background noise. The machine delivers accurate quantitative analysis results even with complex sample shapes.

Smart chamber design with absolute safety

Infinite sample size: Large standard sample chamber ( 420 x 320 x 65 mm ). Notably, the smart open-top design allows placing circuit boards or components of unlimited size for direct testing.
Dual radiation protection: The intelligent protection system automatically cuts off X-ray emission as soon as the lid shows any sign of opening, ensuring 100% safety for operating technicians.

4. Detailed Technical Specifications

You can easily select, copy (Ctrl + C), and paste (Ctrl + V) this table directly into Excel:

Parameter Name	Configuration Details
Analytical Element Range	From Sulfur (S) to Uranium (U)
Limit of Detection (LOD)	Pb <= 5ppm; Cd/Cr/Hg/Br <= 2ppm; Cl <= 50ppm
Signal Detector	Premium US Si-pin sensor (X-123 DP5 FW6)
Energy Resolution	145 ± 5 KeV
Camera System	HD CCD 8 Megapixel
Filter System	5 automatic switching composite filters
Collimator	Sizes from Phi 0.3mm to Phi 8mm
Measurement Time	From 10 to 200 seconds (adjustable)
Sample Chamber Size	420 x 320 x 65 mm
Overall Machine Dimensions	520 x 400 x 355 mm
Equipment Weight	41.8 kg
Software Features	Empirical Coefficient Method & Fundamental Parameter Method V1.0
Safety System	Dual Radiation Protection

5. Why Should Businesses Choose Conoma JXF-8000?

Investing in the RoHS 1.0 testing equipment Conoma JXF-8000 helps businesses gain complete control over incoming and outgoing quality control (QC) phases. You no longer need to spend time and heavy expenses sending samples to external testing centers.

The included software supports the “Open Working Curve” feature, allowing engineers to add the factory’s own standard samples, optimizing accuracy specifically for the enterprise’s unique product lines.