• 2024
  • Three quarters front view of the Gen 7
  • Front view rendering with a concept control panel
  • Front three-quarters view of the Leco PX500
  • Three quarters front view of the MX400
  • LECO Corporation: TGA801
  • Front view of the final production version of the NP-RD30
  • Front three quarters view of the TGM800
  • Front three quarters view of the PX300 grinder/ploisher
  • Low three-quarters front view of he mIRage IR Microscope
  • LECO Corporation: GDS main front three-quarters view
  • Three-quarters front view of the Lifescale 2015
  • Detail view of the access door on the front of the nano IR2-S
  • Three quarters front view of the SC832 Autoloader
  • Three quarters front view of the LECO SC832
  • Three quarters front view of the LifeScale Enclosure
  • Three quarters front view of the nanoIR 2, Probe-Based Measurement Tool
  • Three-quarters front view of the EV800 table with scanner head
  • Three quarters front view of the final production model of the Archimedes Particle Metrology System
  • Front three quarters view of the Owl Nanosorter production model
  • Three quarters front view of the Citius controls in context with the spectrometer system
  • Front view of the Pegasus GC-HRT with a smaller desk and alternate storage cabinet
  • Three quarters front view of the CS844 showing the UI
  • Front three quarters view of the ONH836
  • Front three quarters view of the CHN628
  • Three quarters front view of Advanta Hospital Bed in an angled orientation
  • 2010
  • Final production version of the Orthoralix 8500 DDE
  • Front view of the GXC-300 in a user's hand
  • Three quarters overhead view of the Pelouze baby scale
  • Front view of the final production version for the LumiLux CS
  • Front view of the main control panel for the Expert DC
  • The entire ProPlus Wheelchair scale system folded up and being carried
  • Three quarters front view of the entire Orthoralix 8500 unit
  • Production version of the TruTOF HT TOFMS
  • Final production version of the SC632 mounted to a counter
  • Three quarters front overhead view of the ELG 3 showing the display and controls
  • Image showing a person using the ShapeScan with adhesive contacts applied to the back of their hand
  • Three quarters front view for the TGA701 with the sample covering opened
  • Three quarters front view showing the final production design for the LEAP System
  • Three quarters front view and close up of the control panel for the Health o Meter
  • Final production version of the AC600 next to each other with one open and one closed
  • Front three quarters view of the final production version of the G-2 Automated Lab Dispenser
  • 2000
  • Three quarters side view of the Packard Cyclone
  • Three quarters front view of the pr-4x
  • Three quarters front view of the SCD unit
  • Final production version of the hydration port
  • Three quarters front view of the Fusion Analyzer
  • Final production version of the final production version of the Wallaroo with the work surface folded closed
  • Three quarters front view of the Martinsville hospital bed
  • Three quarters front view of the production version of the TC600
  • Three quarters front view of the TEG final production version
  • Three quarters front view of the Packard MultiPROBE
  • Three quarters front view of the Kryptor Analyzer
  • Three quarters front view of the Packard Drug Discovery Instrument
  • Three quarters front view of the final production version of the Advantx x-ray table
  • Three quarters front view of the small medical cart with a user standing next to it
  • Three quarters front view of the Waterloo large medical cart
  • Three quarters front view of the the Excel bed
  • 1990
  • Three quarters front view of the SCD 5325 showing the control panet
  • Three quarters front view rendering of the final production version for the impedance analyzer
  • Three quarters front view of the Lyric hearing aid final production version
  • Three quarters side view of the final production version of the Beltone Audiometer
  • Three quarters front view of the flo-guard 2000 in context
  • Image showing an array of products in the pH 5000 product family
  • 1980
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Cyntellect Inc.

LEAP™ Laser-Enabled Analysis and Processing System

Concept sketch showing the exterior design CAD transparent view showing the internal components and how they fit inside Isometric SolidWorks view showing how the internal components fit inside the LEAP Three quarters front view showing the final production design for the LEAP System
  • Concept sketch showing the exterior design
  • CAD transparent view showing the internal components and how they fit inside
  • Isometric SolidWorks view showing how the internal components fit inside the LEAP
  • Three quarters front view showing the final production design for the LEAP System
  • Concept sketch showing the exterior design
  • CAD transparent view showing the internal components and how they fit inside
  • Isometric SolidWorks view showing how the internal components fit inside the LEAP
  • Three quarters front view showing the final production design for the LEAP System
Project Description: Medical & Laboratory

Design Team: Cesaroni Design & Cyntellect Inc.

The LEAP™ Laser-Enabled Analysis and Processing System, created through collaboration between Cesaroni Design and Cyntellect, is a cell processing instrumentation that is setting new standards in its field. The advanced cell processing allows for greater productivity in less time. 

Cyntellect Inc.

LEAP™ Laser-Enabled Analysis and Processing System

Project Description: Medical & Laboratory

Design Team: Cesaroni Design & Cyntellect Inc.

The LEAP™ Laser-Enabled Analysis and Processing System, created through collaboration between Cesaroni Design and Cyntellect, is a cell processing instrumentation that is setting new standards in its field. The advanced cell processing allows for greater productivity in less time.