Fischerscope XM1500 XRF system

Product Description

Fischerscope XM1500 X-Ray Fluorescence (XRF) Measuring System – In-Line Coating Thickness and Material Analysis

A sophisticated, industrial-grade X-ray fluorescence (XRF) measurement system from Fischerscope, the XM1500 is designed for continuous in-line measurement and analysis in production environments. This system excels at non-destructive testing (NDT/NDE/NDI) of coating thickness, material composition, and plating analysis on flat strips, stamped components, and formed contact areas. Ideal for quality control in electronics manufacturing, automotive, aerospace, and metal finishing industries.

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🔍 Key Specifications:

📡 System Overview:

• Manufacturer: Fischerscope (Helmut Fischer GmbH) – world leader in coating thickness and material analysis

• Model: XM1500

• Technology: X-Ray Fluorescence (XRF) – non-destructive elemental analysis

• Application: Continuous in-line measurement in production processes

• Configuration: Designed for integration into production lines; measures on flat and stamped strips, formed contact areas

⚡ XRF Capabilities:

• Measurement Modes:

  • Coating thickness (single, double, alloy layers)

  • Material composition (alloy analysis, plating bath monitoring)

  • Elemental analysis (identification and quantification)

• Typical Applications:

  • Electronics: Gold, palladium, tin, silver plating on connectors, lead frames, PCBs

  • Automotive: Zinc, nickel, chrome coatings on fasteners, brackets

  • Aerospace: Cadmium, zinc-nickel, anodize thickness

  • General metal finishing: Paint, powder coat, anodize thickness

🔧 System Components (Typical):

• X-Ray Source: Microfocus tube with precise beam control

• Detector: High-resolution SDD (Silicon Drift Detector) or proportional counter

• Measurement Head: Precision positioning for focused analysis on small features

• Control Unit: Industrial PC with Fischerscope software

• Interface: Ethernet, serial, or discrete I/O for production line integration

• Enclosure: Ruggedized for industrial environments

📏 Measurement Specifications:

• Spot Size: Adjustable from <0.1 mm to several mm (for small contact areas)

• Measurement Range: Sub-nanometer to tens of microns (depending on material)

• Accuracy: High (dependent on calibration standards)

• Repeatability: Excellent for process control

✅ Condition & Notes:

• Condition – SURPLUS

• Origin: Pulled from working industrial production environment

• Power-On Status: Unit powers up – confirmed

• Operational Status: Not tested beyond power-up – full functionality unknown

• Visual: Industrial appearance – shows signs of normal use (scuffs, minor marks). Components appear intact.

• Critical Disclaimer: No calibration standards, software, cables, or documentation included. Requires professional setup and calibration.

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⚙️ Why This System is Valuable:

🔬 Non-Destructive, Real-Time Analysis:
XRF technology allows:

• Instant, non-contact measurement – no sample preparation

• Multi-layer analysis – measure up to 24 layers simultaneously

• Elemental fingerprinting – verify alloy composition

• Process control – adjust plating baths in real time

🏭 Designed for Production:
The XM1500 is not a lab instrument; it’s built for:

• 24/7 operation in manufacturing environments

• In-line integration – measure 100% of production

• Rugged reliability – withstands vibration, dust, temperature variation

🎯 Precision on Small Features:

• Measures on contact areas as small as 0.1 mm

• Ideal for connectors, lead frames, stamped parts

• Non-contact – no damage to delicate surfaces

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🛠️ Applications & Uses (If Restored/Functional):

🔌 Electronics Manufacturing:

• Connector plating – gold, palladium, tin thickness on contacts

• PCB surface finish – ENIG (electroless nickel immersion gold), HASL

• Lead frame inspection – silver, copper plating

🚗 Automotive:

• Fastener coatings – zinc, zinc-nickel, chrome

• Brake line fittings – corrosion protection verification

• Fuel system components – coating integrity

✈️ Aerospace:

• Cadmium plating on landing gear components

• Anodize thickness on aluminum parts

• Hard chrome on hydraulic actuators

🔩 General Metal Finishing:

• Paint and powder coat thickness

• Conversion coatings (phosphate, chromate)

• Electroplating bath monitoring – bath chemistry control

🏭 Quality Control / Lab:

• Incoming inspection – verify supplier coatings

• Failure analysis – measure remaining coating on failed parts

• Process development – optimize plating parameters