Used Spectro MAXx LMF14 Spectrometer – 160–670 nm | Metal Analysis | Matrix Module | Built 2006

Manufacturer Information:

• Brand: Spectro

• Model: MAXx LMF14

• Type: Optical Emission Spectrometer (OES)

• Year Built: 2006

• Condition: Used

• Voltage: 3/60/115–230V

Description:

This Used Spectro MAXx LMF14 Optical Emission Spectrometer, built in 2006, is a lab-grade spectrometer designed for precision analysis of metal chemistry. With a 160–670 nm wavelength range, it supports a wide variety of metal and alloy compositions. The system includes a Pentium IV PC, HP DeskJet printer, and matrix module, making it a ready-to-use elemental analysis package for foundries, QA labs, and metal production environments.

Compact and robust, the MAXx LMF14 is known for its speed, accuracy, and low operational costs. Ideal for both ferrous and non-ferrous metal inspections.

Specifications:

• Model: MAXx LMF14

• Wavelength Range: 160–670 nm

• Measurement Method: Optical Emission Spectrometry (Arc/Spark OES)

• Dimensions (approx.): 54" L x 24" W x 30" D

• Included Accessories:

  • Pentium IV PC (for instrument control and data processing)

  • HP DeskJet printer

  • Matrix module

• Power Requirements: 3 Phase / 60 Hz / 115–230V

• Previous Application: Metal chemistry inspection

• Build Year: 2006

Features:

• Fast and precise elemental analysis of metals and alloys

• Wide spectral range covering critical analytical lines

• Compact footprint for lab or production environments

• Matrix module supports multiple metal groups

• User-friendly PC interface with integrated data reporting

• Includes printer for direct lab documentation

• Field-proven technology for QA and production labs

• Suitable for routine testing in foundries, mills, or metal recycling facilities

Applications:

• Inspection of ferrous and non-ferrous metals

• Quality assurance in metal manufacturing

• Trace elemental analysis of steel, aluminum, copper, and alloys

• Foundry and metallurgical lab testing

• Scrap metal sorting and classification

• In-process and final metal product verification

• Alloy grade identification

• Industrial material certification and reporting

What might this be used for?

• Determining precise elemental composition of metal samples

• Performing melt shop analysis in steel or aluminum production

• Conducting QC inspections in metal fabrication or machining operations

• Confirming compliance with metallurgical specifications

• Supporting spectrometric research in lab or academic settings

• Rapid alloy sorting in recycling or metal trade

• Creating traceable analysis reports for customer quality assurance

• Replacing or augmenting older spectrometers in analytical labs

• Providing reliable testing for incoming and outgoing metal inventory

• Establishing a low-cost spectrometry solution with proven reliability