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LECO Corporation

CS844 Carbon/ Sulfur Elemental Analyzer

Exploded view of the initial design for the outer shroud of the CS844 Detail views showing the main access panel and internal storage compartment Three quarters front view of the CS844 with transparent front shrouds showing internal components Three quarters front view of the CS844 showing internal sample lighting Detail view of the CS844's front panel showing the detail of the form Three quarters front view of the CS844 showing the UI
  • Exploded view of the initial design for the outer shroud of the CS844
  • Detail views showing the main access panel and internal storage compartment
  • Three quarters front view of the CS844 with transparent front shrouds showing internal components
  • Three quarters front view of the CS844 showing internal sample lighting
  • Detail view of the CS844's front panel showing the detail of the form
  • Three quarters front view of the CS844 showing the UI
  • Exploded view of the initial design for the outer shroud of the CS844
  • Detail views showing the main access panel and internal storage compartment
  • Three quarters front view of the CS844 with transparent front shrouds showing internal components
  • Three quarters front view of the CS844 showing internal sample lighting
  • Detail view of the CS844's front panel showing the detail of the form
  • Three quarters front view of the CS844 showing the UI
Project Description: Medical & Laboratory

Design Team: Cesaroni Design & LECO Corporation

The CS844 Carbon/ Sulfur Elemental Analyzer is medical laboratory equipment designed for wide-range measurement of carbon and sulfur content in a multitude of objects, such as: primary steels, ores, finished metals, ceramics, and other inorganic materials. 

LECO Corporation

CS844 Carbon/ Sulfur Elemental Analyzer

Project Description: Medical & Laboratory

Design Team: Cesaroni Design & LECO Corporation

The CS844 Carbon/ Sulfur Elemental Analyzer is medical laboratory equipment designed for wide-range measurement of carbon and sulfur content in a multitude of objects, such as: primary steels, ores, finished metals, ceramics, and other inorganic materials.