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| Brand Name: | InductionFusion |
| Model Number: | IF-2ZD |
| MOQ: | 1 set |
| Price: | negotiation |
| Delivery Time: | 7~15days |
| Payment Terms: | T/T |
The Professional Sample Preparation for XRF Analysis is a high-performance, fully automatic high-frequency induction fusion machine specifically designed for X-ray Fluorescence (XRF) sample preparation. By utilizing advanced induction heating technology, it transforms powder samples into high-quality fused glass beads with exceptional homogeneity and precision.
It is the ideal solution for laboratories in industries such as cement, steel, mining, and glass manufacturing where speed and accuracy are paramount.
Rapid Induction Heating: Reaches target temperatures (up to 1300∘C) in minutes, significantly reducing sample preparation time compared to traditional resistance furnaces.
Fully Automated Casting: Features an integrated automatic pouring mechanism to ensure consistent bead thickness and surface quality, minimizing human error.
Precision PLC Control: Equipped with a user-friendly touchscreen interface for real-time monitoring and storage of multiple heating programs.
Safety First: Includes an emergency stop button, shielded observation window, and over-temperature protection to ensure operator safety.
Durability: Built with high-quality industrial components and a robust frame to withstand continuous high-temperature operation.
| Feature | Specification |
| Model | IF-2ZD |
| Heating Method | High-Frequency Induction |
| Max Temperature | 1300∘C (Adjustable) |
| Sample Positions | Dual-position (Simultaneous or Sequential) |
| Control System | PLC Touchscreen |
| Casting Mode | Automatic Tilt/Pouring |
| Cooling System | Forced Air Cooling / External Water Cooling (Optional) |
Metallurgy: Iron ore, slag, and alloy analysis.
Building Materials: Cement, lime, and refractory materials.
Geology: Minerals, rocks, and soil testing.
Chemicals: Catalyst and glass industry quality control.
Experience seamless control with our industrial-grade Human-Machine Interface (HMI). The IF-2ZD features a high-resolution touchscreen that allows operators to:
Monitor in Real-Time: View live temperature curves and heating stages.
Programmable Recipes: Store and recall multiple melting programs for different sample types (e.g., cement, ore, or slag).
One-Touch Operation: Simplify complex laboratory workflows into a single button press.
At the heart of the GH-2ZD is an advanced High-Frequency Induction System. Unlike traditional furnaces, this technology offers:
Ultra-Fast Heating: Reaches in just minutes, maximizing laboratory throughput.
Dual-Position Capacity: Process two samples simultaneously or sequentially, doubling your productivity.
Thermal Consistency: Ensures uniform heat distribution within the crucible for a perfectly homogeneous melt.
Eliminate the variability of manual handling. Our Fully Automated Pouring Mechanism ensures professional-grade results every time:
Consistency: Precise tilt angles and speeds guarantee identical bead thickness and diameter.
Enhanced Safety: Removes the need for operators to handle white-hot crucibles, significantly reducing the risk of lab accidents.
Integrated Cooling: Optimized airflow ensures the beads cool at a controlled rate to prevent cracking.
The final result is a High-Precision Fused Glass Bead that meets the most stringent analytical standards:
Superior Homogeneity: Eliminates mineralogical and particle size effects for more accurate XRF readings.
Mirror-Finish Surface: Produces beads with a perfectly flat and smooth surface, ready for immediate analysis.
Universal Compatibility: Designed to work with all major XRF spectrometer brands (Spectro, Thermo Fisher, Shimadzu, Bruker, etc.).
The Professional Sample Preparation for XRF Analysis is more than just a furnace; it is a critical investment in your laboratory’s data integrity. By combining rapid induction heating with robotic precision, we help you achieve the lowest possible Relative Standard Deviation (RSD) in your XRF results.
Looking for a custom solution? Our team can provide tailored configurations based on your laboratory's throughput requirements.
