Katanax X600 Heavy-Duty Electric Fusion Machine

Overview

The Katanax X600 Heavy-Duty Electric Fusion Machine is an industrial-grade, fully automated electric fusion furnace engineered for high-precision, high-throughput sample preparation via flux fusion—primarily for X-ray fluorescence (XRF), inductively coupled plasma (ICP), and atomic absorption spectroscopy (AAS) analysis. Unlike conventional resistance-heated furnaces relying on silicon carbide or molybdenum disilicide rods, the X600 employs a proprietary black ceramic electronic composite heating system that achieves full operational temperature (up to 1200°C) in under 10 minutes. Its core measurement principle is thermally controlled, gravity-assisted molten-phase homogenization: samples are mixed with fluxes (e.g., lithium tetraborate, lithium metaborate) and heated under precisely modulated dynamic temperature profiles (DTP), ensuring complete dissolution, degassing, and vitrification into homogeneous, bubble-free glass discs. Designed for continuous operation in QA/QC laboratories, metallurgical plants, and geological survey facilities, the X600 eliminates open flames, combustible gases, high-frequency emissions, and external cooling requirements—operating safely on standard 220 V AC power.

Key Features

• Proprietary black ceramic composite heating elements delivering rapid, uniform thermal response with <10 min ramp to 1200°C and exceptional long-term stability
• Dynamic Temperature Profile (DTP) control with up to 9 programmable heating/holding/stirring steps, enabling precise melt kinetics management for optimal glass disc quality
• Ceramic-shielded heating architecture preventing direct exposure of heating elements to corrosive fumes (e.g., halogens, SO_x, P_xO_y) and molten flux splatter
• Integrated halogen exhaust channel allowing real-time visual monitoring of crucible contents while mitigating chemical attack on furnace internals
• Four-layer composite ceramic fiber insulation achieving surface temperatures <30°C at maximum operating temperature—enhancing operator safety and energy efficiency
• 100% high-purity ceramic crucible holder resistant to thermal deformation, acid/base corrosion, and metal contamination—even under repeated 1200°C cycling
• Tool-less adjustable mold frame accommodating 30 mm, 32 mm, 35 mm, and 40 mm diameter platinum or graphite molds
• 7-inch industrial-grade color LCD touchscreen with intuitive icon-driven interface, dual-user mode (administrator/user), and embedded method library
• UL94-rated flame-retardant PCBs with conformal coating, CE-compliant construction, and SCR-based zero-leakage power regulation

Sample Compatibility & Compliance

The X600 supports a broad spectrum of inorganic matrices requiring fusion prior to elemental analysis—including silicates, carbonates, oxides, sulfides, fluorides, metal alloys, slags, refractories, cements, clays, ores, catalysts, and pharmaceutical excipients. It complies with ASTM E1312 (Standard Practice for Fusion of Siliceous Materials), ISO 8298 (Fusion Methods for XRF Analysis), and USP (Heavy Metals Testing). Its closed-loop temperature control and audit-ready software architecture support GLP/GMP environments; optional data export logs meet FDA 21 CFR Part 11 requirements for electronic records and signatures when paired with validated IT infrastructure.

Software & Data Management

The onboard firmware includes preloaded fusion protocols for geological standards (e.g., NIST SRM 278, GBW series), cement clinker, ferroalloys, and rare-earth oxides. Users may create, store, and recall custom methods with parameters including target temperature(s), dwell times, oscillation amplitude/frequency, tilt angle, and post-melt annealing profiles. All method executions generate timestamped log files (.CSV) containing setpoints, actual readings, error flags, and operator ID—exportable via USB port. Built-in virus intrusion prevention blocks unauthorized executable loading. Firmware updates are delivered via encrypted USB key to maintain system integrity and regulatory traceability.

Applications

• Routine preparation of fused beads for wavelength-dispersive XRF quantification of major and trace elements in exploration geochemistry
• Homogenization of heterogeneous steel scrap or alloy powders for ICP-OES calibration standards
• Decomposition of refractory ceramics and slag for Al, Si, Ca, Mg, Fe determination
• Flux fusion of phosphate rocks and fertilizer samples to eliminate matrix interference in spectrometric analysis
• High-reproducibility glass disc production for certified reference material (CRM) certification workflows
• Method development for novel flux systems (e.g., mixed Li₂B₄O₇/LiBO₂) under controlled redox conditions

FAQ

Does the X600 require external water or forced-air cooling?
No—the integrated four-layer ceramic fiber insulation and low-thermal-mass heating design eliminate the need for auxiliary cooling systems.
Can the X600 operate with non-platinum crucibles?
Yes; it is compatible with high-purity graphite, zirconia, and alumina crucibles—though platinum remains recommended for routine XRF bead preparation due to inertness and longevity.
Is remote monitoring or network connectivity supported?
The base configuration does not include Ethernet or Wi-Fi; however, USB-based data export and method transfer enable integration into centralized LIMS environments via secondary workstation linkage.
What safety certifications does the X600 hold?
It carries CE marking per Machinery Directive 2006/42/EC and Low Voltage Directive 2014/35/EU, and its electrical subsystems comply with UL94 V-0 flammability rating and IEC 61000-6-4 EMC standards.
How is temperature uniformity verified across the crucible array?
Each unit undergoes factory calibration using NIST-traceable thermocouples positioned at multiple spatial points within the furnace chamber; certificate of conformance is supplied with shipment.