• 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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Anasys Instruments

nanoIR 2, Probe-Based Measurement Tool

Three quarters front view of the nanoIR 2, Probe-Based Measurement Tool Side and top view of the nanoIR 2, Probe-Based Measurement Tool Reverse three quarters view, and view showing the hatches opening Collage of views that show the nanoIR 2 with access hatches open and internal components nanoIR 2 front three quarters view in context on a table Three quarters front view of the nanoIR 2
  • Three quarters front view of the nanoIR 2, Probe-Based Measurement Tool
  • Side and top view of the nanoIR 2, Probe-Based Measurement Tool
  • Reverse three quarters view, and view showing the hatches opening
  • Collage of views that show the nanoIR 2 with access hatches open and internal components
  • nanoIR 2 front three quarters view in context on a table
  • Three quarters front view of the nanoIR 2
  • Three quarters front view of the nanoIR 2, Probe-Based Measurement Tool
  • Side and top view of the nanoIR 2, Probe-Based Measurement Tool
  • Reverse three quarters view, and view showing the hatches opening
  • Collage of views that show the nanoIR 2 with access hatches open and internal components
  • nanoIR 2 front three quarters view in context on a table
  • Three quarters front view of the nanoIR 2
Awards: GOOD DESIGN
Project Description: Medical & Laboratory

Design Team: Cesaroni Design & Anasys Instruments

The award winning nanoIR2 Probe-Based Measurement Tool is a medical device using patented technology based on photo thermal induced resonance. The nanoIR2 uses top side illumination which expands nanoscale IR to a broad variety of real world samples for laboratory testing.

Anasys Instruments

nanoIR 2, Probe-Based Measurement Tool

Awards: GOOD DESIGN
Project Description: Medical & Laboratory

Design Team: Cesaroni Design & Anasys Instruments

The award winning nanoIR2 Probe-Based Measurement Tool is a medical device using patented technology based on photo thermal induced resonance. The nanoIR2 uses top side illumination which expands nanoscale IR to a broad variety of real world samples for laboratory testing.