Leco Corp.
Operates its analytical instrumentation research and development, and manufacturing.
- 1-800-292-6141
269-985-5496 - Fax: 269-982-8977
- info@leco.com
- 3000 Lakeview Ave
Saint Joseph, Michigan 49085
United States of America
Categories
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product
Sulfur and Carbon Analysis by Combustion
832 Series
LECO’s 832 series will redefine the way you determine sulfur and carbon in a wide variety of organic materials. Using extensive customer feedback and innovative engineering, our latest instrumentation takes advantage of an on-board software platform powered by a touch-screen interface, increasing usability and operational control without using valuable bench space. A high-efficiency combustion furnace, improved IR cell design, and a robust, rugged design make the 832 a valuable resource for any laboratory needing fast and accurate analysis of sulfur and/or carbon in organic materials.
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Automatic Hardness Testing System
AMH55
Maximize your productivity and easily measure impressions on various surface conditions for a wide number of applications with LECO’s new AMH55. The AMH55 introduces LECO’s innovative Cornerstone® brand software to our hardness testing platforms, for increased usability, simplified reporting, and streamlined analysis times. Supporting accurate and efficient microindentation and Macro/Vickers hardness testing in fully automatic, semi-automatic, and lite configurations, the AMH55 is a valuable resource for users needing precise and productive hardness testing while tailoring the data and results to their needs.
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Carbon/Nitrogen/ Protein Determinator
828 Series
By incorporating state-of-the-art hardware and an on-board, touch-screen software platform, the 828 Series allows you to easily handle a wide range of sample applications. The core capabilities and performance of previous generations of LECO macro combustion instruments have been maintained, while key improvements have been made in throughput, uptime, and reliability. Macro sample mass capability paired with cycle times as fast as 2.8 minutes make the 828 an ideal instrument for a diverse applications base, while delivering unparalleled sample analysis throughput.
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Oxygen/Nitrogen/Hydrogen by Inert Gas Fusion Infrared and Thermal Conductivity Detection
836 Series
The ONH836 Oxygen/Nitrogen/Hydrogen Elemental Analyzer is designed for wide-range measurement of oxygen, nitrogen, and hydrogen content of inorganic materials, ferrous and nonferrous alloys, and refractory materials using the inert gas fusion technique.
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GC Autosampler
L-PAL3
Increase your lab productivity with LECO's exclusive L-PAL3 autosampler for our GC instrumentation. It offers increased vial capacity, discrimination-free GC injections (ultrafast injections), an automatic tool exchange to switch between injector types (liquid, headspace, or SPME), minimized carryover, and the sensing of vial bottoms to avoid mis-injections. All of these advantages come on a highly robust and industry-proven platform. The LECO L-PAL3 GC autosampler allows you to safely focus on your samples and find what else could be in them, rather than experiencing downtime and uncertainty in your lab.
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Macro-Vickers Hardness Testing System
LV Series
LECO's LV Series Macro-Vickers Hardness Testing Systems offer an affordable testing system suitable for larger, heavier samples used in welding and other demanding applications. Models include analog and digital, with options to upgrade to automatic configurations.
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Carbon and Sulfur in Inorganic Materials by the Combustion Infrared Detection Technique
844 Series
LECO combined our customers' feedback with innovative engineering to develop the CS844, an elemental analyzer designed for wide-range measurement of carbon and sulfur content of primary steels, ores, finished metals, ceramics, and other inorganic materials using the combustion technique. Our exclusive MS Windows®-based software, coupled with a boom-mounted touch interface, gives you complete access to instrument control, analysis settings, diagnostics, reporting, and more—without sacrificing valuable bench space.
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GCxGC Time-of-Flight Mass Spectrometer
PEGASUS® BT 4D
The Pegasus BT 4D offers enhanced sensitivity by coupling our benchtop Pegasus BT with our high performance GCxGC thermal modulation system. This combination gives the Pegasus BT 4D the ability to interrogate challenging samples where the best sensitivity is needed. Unique and powerful software and hardware features simplify quantitation, while also dramatically making GCxGC easy to use and understand.
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Ash Fusion Determinator
AF700
The AF700 Ash Fusion Determinator automatically monitors ash cone deformation temperatures using Windows®-based software. It increases laboratory throughput automatically determining the ash fusibility temperatures (IT, ST, HT, and FT) using the software's Image Recognition Functions (IRF). A complete image history for all analyzed samples can be digitally archived and retrieved to make objective determinations and confirmations of deformation temperatures. Door interlocks and an integrated carbon monoxide detector provide increased laboratory safety.
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Thermogravimetric Moisture
TGM800
LECO's thermogravimetric moisture determinator, the TGM800, provides a high precision, automated solution, which utilizes a direct method for replacing the slow labor intensive, traditional loss-on-drying analytical techniques. The TGM800 offers a number of time-saving features such as the ability to automatically measure up to 16 samples at a time with optional drying time end point recognition, and intuitive touch-screen software with flexible method settings. The TGM800 is applicable to a wide variety of sample matrices including food, feeds, milled products, and agricultural materials, making it a versatile solution for many laboratories.
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Glow Discharge Atomic Emission Spectrometer
GDS900
LECO's Glow Discharge Spectrometer (GDS) offers you state-of-the-art technology designed specifically for routine elemental determination in most conductive ferrous and nonferrous materials. The GDS900 features improved performance, stability, accuracy, and precision in steel, iron (including as-cast), aluminum, copper, zinc, nickel, cobalt, tungsten, and titanium materials, while featuring our user-friendly Cornerstone® brand software to help streamline your analysis.
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Carbon/Nitrogen Analysis by Combustion
928 Series
By incorporating state-of-the-art hardware and an on-board touch-screen software platform, the 928 Series allows you to easily handle the most demanding sample applications. The core capabilities and performance of previous generations of LECO macro combustion instruments have been maintained, while key improvements have been made in throughput, uptime, and reliability. Macro sample mass ability (up to 3 grams for Nitrogen/Protein model regardless of sample carbon content) with rapid cycle times and a resulting low cost-per-analysis make the 928 Series ideal for analysis of characteristically heterogeneous, difficult to prepare, or low analyte level samples.
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CHN/CHNS/O
TruSpec® Micro
Using feedback from the market and the latest technology, the TruSpec Micro delivers optimal performance in carbon, hydrogen, nitrogen, sulfur, and oxygen determination in solid or liquid micro samples. Components of this new family of instrumentation work together to provide you with reliable, consistent performance marked by rapid analysis times, greater robustness/less downtime, and reduced maintenance.
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Multi-phase Carbon and Water Determination
RC612
The RC612 quantifies the carbon and water present in various organic and inorganic samples, and identifies the source of several types of carbon content. The large diameter reaction tube supports moisture analysis on a variety of sample types including powders, flat strips, or sections of tubes.
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Semi-Automatic Isoperibol Calorimeter
AC600
Developed to measure the calorific content of solid and liquid fuels, the LECO AC600 semi-automatic isoperibol calorimeter sets the standard for future calorimetry instruments. Its semi-automated operation, combined with the use of thermodynamic TruSpeed®, obtains a rapid analysis of calorific content and increased instrument throughput without sacrificing accuracy or instrument precision. A new, ergonomically-designed, lightweight combustion vessel assures ease of operation while greatly reducing operator strain.
