XRF (X-ray fluorescence) is an innovative, non-destructive technology for material analysis. It`s unique and almost universal,
An X-ray gun sees sample contents by using an X-ray source to measure the secondary ways (fluorescent) the sample emits. Such an analysis is clear and fast.
Portable XRF Spectrometers can be used in any field that requires analysis of elements or compounds from Na to U. The main business industries include building materials (cement, glass, ceramics), metallurgy (steel, non-ferrous metals), petroleum (trace elements such as S, Pb, etc.), chemical industry, environmental protection, food safety, geological mining, commodity inspection, quality inspection, and human body trace element inspection, etc.
handheld XRF metal tester Working principle
The sample is bombarded with X-rays, and the sample is excited to produce X-ray fluorescence.
X-rays usually knock out the inner electrons of the K and L layers of the element atoms, and the generated holes are filled by the high-energy outer electrons. High-energy electrons replenished to low-energy orbits radiate the excess energy as X-ray fluorescence.
These radiated spectral lines contain the characteristics of various elements. Like a fingerprint, and independent of the chemical valence states of the atoms. The intensity of the radiation is proportional to the concentration of this element in the sample.
Machine Pictures
Parameter
Model
TrueX G5
TrueX G7
TrueX 800
TrueX 860
TrueX 900
TrueX 960
Weight
1.6Kg(With battery)
Size
254 x 79 x 280 mm(L x W x H)
Excitation source
Up to 50KV/200μA, tube pressure and tube flow can be adjusted freely, Target Ag (standard),
Au(optional), W(optional), Rh(optional).
Monitor
4.3-inch industrial-grade resistive touch screen, multiple language operating system
Accuracy
Analysis accuracy can reach 0.05% (content is greater than 96%)
One-button operation. The element symbols are displayed in Chinese and English, with high precision and fast speed, close to the laboratory-level analysis level.
Nondestructive testing. Built-in DoubleBeam™ technology. High security level.
Professional management analysis software, which can provide customized analysis reports. Automatic calibration and diagnosis of instrument failures; software upgrades can be achieved through the Internet.
USB, WIFI, wireless bluetooth and other methods for data transmission, files can be in EXCEL, PDF and other formats, users can create custom test reports. Cloud data services are available.
Built-in all-round environment sensing system. Real-time perception of environmental changes, automatic adjustment of parameters.
Intelligent battery with MSBUS bus, real-time monitoring battery, backup battery can directly check the remaining capacity of the battery.
Model
TrueX GOLD/ TrueX GOLD +Handel XRF Analyzer:
The TrueX GOLD/GOLD+ precious metal Handel XRF analyzer can non-destructively analyze the elemental content of gold, silver, and platinum group metals, as well as non-precious alloyed metals and gold-plated samples. Compared with the traditional tin gold assay, nickel matte gold assay and other analytical methods, the TrueX GOLD/GOLD+ precious portable analyzer has stronger detection capability, shorter detection time, and is more efficient and portable. It is widely used in jewelry manufacturing and recycling, industrial catalysts, electronic devices and other fields.
TrueX 700/TrueX 760 Soil Handel XRF Analyzer
The TrueX 700/760 soil analyzer are lightweight and can be used in most environments and weather conditions. It can easily detect RCRA metals, major contaminants, and quickly get reliable analysis data at the touch of a button, helping you to timely Develop strategies whose detection costs are much lower than laboratory analysis.
TrueX 800/TrueX 860 Metal Alloy Handel XRF Analyzer
The TrueX 800/860 alloy analyzes are important means of material reliability identification (PMI) in the production process of boilers, vessels, pipes, manufacturing and other high temperature and high pressure industries. Identify metal materials in the production process of key engineering industries in the military and civilian countries such as iron and steel smelting, non-ferrous metals, aerospace, weapons manufacturing, submarines and ships. In the process of installation and construction of petrochemical refining, fine chemical, pharmaceutical, power station, aerospace and other projects, metal materials are identified to ensure equipment acceptance, material acceptance, and meet the specified requirements of the project. It is a powerful tool for metal identification in the scrap metal recycling industry.
TrueX 900/TrueX 960 mining Handel XRF Analyzer
The TrueX 900/960 mining Handel XRF Analyzer provides fast, accurate elemental analysis results with little or no sample preparation at all stages of mining activity, from grassroots exploration and development to ore grade control, and even environmental investigations , Compared with traditional laboratory methods, the sample density is increased, saving time and effort.
[ Gold Silver Bar and Coin Blister Packaging Machine ]
Instruction
CDOCAST Gold Silver Bar and Coin Blister Packaging Machine is a specialized automated system designed to securely package gold bars, coins, or other precious metal products in blister packs (clear plastic cavities sealed with a backing material). This type of packaging ensures product visibility, tamper evidence, and protection against environmental factors like oxidation or physical damage. Its innovative rotary table design enables continuous operation, significantly improving productivity in packaging applications.
We specialize in bespoke blister packaging tailored to your needs—incorporate your logo, unique designs, and branding elements seamlessly. Our advanced solutions also offer anti-counterfeiting technologies to ensure product authenticity and security.
Typical Workflow
Loading – Gold bars/coins are placed into plastic blister cavities (manually or via feeder).
Sealing – HF heating bonds the blister to a backing card/foil.
Cutting – Excess plastic is trimmed (if using sheet-fed designs).
Output – Finished packs are collect by automatic robotic arm.
Advantages Over Traditional Packaging
✔ Enhanced Security – Tamper-evident seals deter theft/fraud. ✔ Product Display – Clear plastic showcases gold while protecting it. ✔ Durability – Resists humidity, scratches, and UV exposure. ✔ Branding Potential – Custom-printed backing cards for logos/certifications.
Additional Packaging Solutions for Gold Silver Coins & Bars
The right packaging sets your coin & bar perfectly in scene.
Beyond blister packaging by Gold Silver Bar and Coin Blister Packaging Machine, we offer a wide variety of different packaging options for your custom-minted coins and bars. Whatever your coin and bar design idea, budget and personal wishes, we will help you and find the perfect solution. Feel free to choose the coin packaging that suits your project: Just an acrylic cup that will protect your coin from external factors or the velvet box, which is available in many colors and can be enhanced by printing your logo.
For more details ofGold Silver Bar and Coin Blister Packaging Machine, welcome to ask us for the best option that suits your project.
Machine Pictures
2 Station Blister Packaging Machine
4 Station Blister Packaging Machine
Details
Customized Mold
Customized Blister Packaging
Parameter
Model
CDO-HS5000
CDO-HS8000
CDO-MY5000
CDO-MY8000
Voltage
Three phase 380V±10%, 50/60Hz
Power
5 kw
8 kw
5 kw
8 kw
Control system
Manual
Manual
PLC
PLC
Oscillating weekly rate
27.12MHz
27.12MHz
27.12MHz
27.12MHz
The welding head stroke
200mm
200mm
200mm
200mm
On the flat plate size
400*300mm
400*300mm
350*200mm
350*200mm
Station
2 Station
2 Station
4 Station
4 Station
Capacity
800pcs/h
1000pcs/h
1800pcs/h
2200pcs/h
Circular disk size
φ1000mm
φ1000mm
φ1000mm
φ1000mm
Range of temperature
50-300℃ Adjustable
50-300℃ Adjustable
50-300℃ Adjustable
50-300℃ Adjustable
Weight
370kg
400kg
500kg
550kg
Dimension
1000*650*1750mm
1000*760*1830mm
1700*1550*1800mm
1700*1550*1800mm
Feature
Features of the Gold Bar & Coin Blister Packaging Machine
1.High Safety Protection
Equipped with a high-sensitivity 5557 spark prevention system, protecting both the high-frequency (HF) mold and the packaged products.
2.Fully Automatic Operation
Rotary table design allows for continuous production, improving efficiency.
Single-person operation reduces labor costs.
3.User-Friendly & Easy to Learn
PLC + HMI touchscreen interface for easy parameter adjustment. Preset parameter backup function saves setup time.
4.Flexible Production Modes
Single-cycle or continuous mode can be selected based on worker speed.
5.Troubleshooting & Maintenance Convenience
Fault detection system helps quickly identify issues.
Ensures uniform blister sealing for high-value products like gold coins/bars.
7.Energy Efficient
Optimized HF (high-frequency) technology reduces power consumption.
8.Durable & Long-Lasting
Robust construction with high-quality materials, minimizing wear.
9.Customizable Packaging
Adjustable settings and design for different coin/bar sizes and blister materials.
10.Fast Production Speed
High-speed automation increases output per hour, ideal for large batches.
11.Compliance with Industry Standards
Suitable for banking, minting, and precious metal industries, ensuring secure packaging.
FAQ
Q1: What is the difference between the 2-Station and 4-Station Blister Packaging Machines?
A: The primary differences lie in the level of automation, production speed, and price.
① 2-Station Machine: This model features a simple, cost-effective rotating square turntable with two stations spaced 180 degrees apart. It is user-friendly with a production output of approximately 500 pieces per hour. It offers excellent value for clients with a single product size and moderate batch sizes who are transitioning from manual to automated packaging.
② 4-Station Machine: This advanced model uses a 1-meter diameter circular turntable with four stations (90 degrees apart). Its key advantage is the integrated robotic arm that automatically removes finished packages, achieving a higher degree of automation. Production efficiency is about 50% higher than the 2-station model, reaching roughly 1,200 pieces per hour. It features a smart PLC and touchscreen control system that stores multiple parameter sets (e.g., 10 groups) for quick changeovers between different products. With automatic fault diagnosis and alerts, it significantly reduces downtime. The 4-station machine is the ideal choice for high-volume production or manufacturers with a wide variety of product types due to its superior flexibility and speed.
Q2: Can you provide the custom blister cards?
A: Yes, we are a professional manufacturer of custom blister cards for precious metals. Our cards are engineered for aesthetics, security, and functionality.
*Core Material: We primarily use high-quality PET material, known for its excellent toughness, strength, glossy surface, and eco-friendly, non-toxic properties.Full *Customization: We tailor the card’s artwork, layout, and size to match your brand identity perfectly.
*Integrated Features: Enhance your packaging with a range of integrated elements:
✔ Company Information & Brand Logo
✔ QR Codes (linking to official websites, anti-counterfeiting verification)
✔ Product Barcodes (for inventory and sales management)
✔ NFC Chips (enabling advanced anti-counterfeiting, traceability, and interactive experiences)
✔ Physical Anti-Tamper Features (e.g., destructible void designs)
✔ Wide Applicability: Our blister cards are suitable for various precious metal products, including gold bars, silver coins, earrings, necklaces, and more, providing a secure and premium presentation.
Q3: Do I need custom molds to use the blister packaging machine?
A: Yes, custom molds are required for our blister packaging process. There are two main types:
① Blister Mold (Aluminum Mold): This is mounted on the machine and must be precision-engineered to match the exact dimensions of each specific gold/silver bar or coin. Therefore, each unique product size requires its own dedicated aluminum mold.
② Card Die-Cutting Mold (Steel Rule Die): This is used to punch the printed card into its final shape. Typically, one card size requires one die.
Cost-Saving Tip: Multi-Cavity Molds. To help reduce your initial mold investment, we offer mold combination services. You can combine 2 or 4 different product card designs into a single die-cutting mold. Subsequent orders for these combined products must be produced in equal quantities. Our team can advise on which sizes can be efficiently combined based on your needs.
Q4: What is the working principle and operation process of the blister packaging machine?
A: Our machines use a reliable and precise method for secure sealing.
*Operation Process:
2-Station: An operator manually rotates the turntable to position the mold under the sealing head. A sensor triggers the automatic descent of the head for pressing. Meanwhile, the operator can load the next product at the opposite station. Once sealing is complete, the head retracts, and the operator rotates the turntable to remove the finished package.
4-Station: The process is similar but more automated. After sealing, a robotic arm automatically picks and places the finished package onto a conveyor or collection tray, significantly boosting efficiency.
*Working Principle: The machine utilizes High-Frequency (HF) energy to create an instant, penetrating heat seal. This method ensures a strong, permanent bond without burning or damaging the delicate surface of your precious metal products. It employs a direct pneumatic pressing system for uniform pressure distribution across the entire seal area. The system is equipped with an anti-arcing (spark suppression) protection circuit, which safeguards both the expensive HF molds and your valuable products.
Q5: Do you offer free samples of the custom blister cards?
A: We do not offer free samples for custom-designed blister cards. Each custom design requires the creation of unique printing plates and setup, which incurs specific production costs. However, we are pleased to provide a free Standard Sample Kit at no charge. This kit contains physical samples of various standard materials and printing techniques, allowing you to evaluate our print quality, material feel, and functional capabilities to inform your design process.
Q6: Are your blister packaging machines suitable for all sizes of gold/silver bars and coins?
A: The suitability for blister packaging is primarily determined by a product’s physical dimensions (Length, Width, Thickness) rather than its weight alone. As long as the product’s size can be accommodated within the machine’s mold and platen area, it can be packaged. Even items with a high gram weight are perfectly suitable if their physical dimensions fall within the machine’s design limits. Our solutions are versatile and can be adapted for a wide range of precious metal items, from large bars to delicate coins and jewelry like earrings and necklaces.
Graphite mold is a molding tool made of graphite material. With the characteristics of graphite such as high temperature resistance, fast thermal conductivity and high chemical stability, it is widely used in metal(Gold,Silver,Copper.etc.) casting, semiconductor processing, glass molding, powder metallurgy and other fields. The following is a detailed analysis of graphite mold:
1. Core Characteristics
High temperature resistance:The melting point of graphite is as high as 3650°C, and it can work below 1600°C for a long time. It is suitable for casting high-temperature molten metals (such as gold, silver, copper, and aluminum).
High thermal conductivity:The thermal conductivity is 2 to 5 times that of steel, which can quickly transfer heat, shorten the cooling time of metal, and improve production efficiency.
Low thermal expansion coefficient:The dimensional stability is good at high temperature, the mold is not easy to deform, and the molding accuracy is guaranteed (±0.05mm).
Self-lubricating property:The graphite layered structure can reduce friction with the metal liquid, demolding is smooth, and the risk of sticking is reduced.
Chemical inertness:Acid and alkali corrosion resistance, does not react with most molten metals, and avoids contamination of metal purity.
2.Application.
Precious metal casting:Jewelry: Used for lost wax casting or direct casting of gold and silver, making rings, pendants, etc. with complex patterns, with high surface finish.
Investment gold bars/coins: Casting standardized gold bars and silver coins to ensure consistent weight and shape.
Semiconductor industry:Crucibles for growing single crystal silicon and polycrystalline silicon, as well as graphite boats and fixtures in wafer processing.
Glass industry:Pressure molding molds for optical glass and bottle glass, resistant to high temperatures and non-sticky to molten glass.
Powder metallurgy:Sintering molds for cemented carbide and diamond tools, withstand high pressure and high temperature environments.
Continuous casting:Continuous casting crystallizers for metals such as copper and aluminum to improve the surface quality of the ingot.
3. Processing and selection
Material grade:Isostatic graphite: high density (≥1.8g/cm³), high strength, suitable for precision casting.
Molded graphite: low cost, used in general industrial scenarios.
Anti-oxidation coated graphite: SiC or ceramic layer coated on the surface to extend the life of the mold.
Processing technology:CNC precision engraving: to achieve complex cavity structure, the accuracy can reach 0.01mm.
Surface polishing: Ra≤0.4μm, reduce the flow resistance of molten metal.
Key parameters for selection:Density (determines wear resistance) | Particle size (affects surface roughness) | Flexural strength (≥30MPa) | Anti-oxidation temperature (whether coating is required).
4. Feature
High temperature resistance, good thermal stability, high brittleness, poor impact resistance
Fast thermal conductivity, high production efficiency, easy to oxidize in high humidity environment
Excellent demoulding performance, high precision processing cost
Reusable (life 50-200 times)
5. Precautions for use and maintenance
Preheating treatment:Before the first use, it is necessary to slowly heat up to the working temperature (such as 200°C/h) to avoid thermal stress cracking.
Mold release agent selection:Coat boron nitride or graphite emulsion to further reduce metal adhesion.
Cleaning and maintenance:Clean up residual metal slag after use (can be cleaned by ultrasonic cleaning or high-pressure gas blowing).
Store in a dry environment to prevent moisture absorption and oxidation.
Prolong Life:Regularly check the surface cracks or wear of the mold and replace it in time to avoid affecting product quality.