Teradyne's Optima 7300(TM) is an automated inspection system.
Teradyne's Optima 7300(TM) is the fastest automated inspection system available today, able to keep up with the highest-capacity surface mount lines with a single AOI system. The Optima 7300 features a new, high-speed x-y positioning gantry and new image detection and acquisition architecture that complete the scan, diagnosis, and board handling cycle at greater than twice the speed or more of competing alternatives.
Features and Specifications
•Maximum board size: 24 X 24 inches
The phenomenon of compressible flow, sonic velocity and supersonic flow is possibly one of the most demanding areas of study for many students.
The Hilton Compressible Flow range F300 and its collection of optional accessories enable students to safely and clearly investigate the fundamentals of compressible flow, air turbines and a variety of heat transfer experiments.
PerkinElmer is the leader in high sensitivity thermal analysis instrumentation, providing you with the confidence to achieve fast, accurate, reproducible results. The Pyris™ 1 thermal gravim analysis (TGA) incorporates PerkinElmer’s 40 years of continuous innovation and experience into its intelligent design.
The Pyris 1 TGA’s design, optimal temperature control and high sensitivity ultra-microbalance provide the unsurpassed accuracy that is required in your laboratory.
Phoenix 8000 is ideal for applications requiring high sensitivity, such as: drinking, pharmaceutical grade, (Clean-in-Place, Water-for-Injection), ground, surface, semiconductor grade, steam power and ultra-pure water. Source and Drinking Water: TOC analysis is a simple, fast and inexpensive screen to determine natural organic material (NOM). Phoenix 8000 meets requirement on Standard Methods 5310C and 5310B, EPA Methods 415.1, 415.3(New), 9060, and EN-1484.
The PinAAcle™ series of atomic absorption (AA) spectrometers brings AA performance to new heights. Engineered with an array of exciting technological advances, it offers a variety of configurations and capabilities to deliver exactly the level of performance you need:
Flame only, furnace only, or space-saving stacked designs featuring both
Flame, furnace, flow injection, FIAS-furnace and mercury/hydride capabilities on a single instrument
Choice of Deuterium or longitudinal Zeeman background correction
Solar simulator is one of the essential equipment for studying solar cells. Solar Simulator is equipment irradiating light very similar to sun light. And its specifications are determined by industrial standards.
Spectral Matching - How is a solar simulator spectrum similar to sun light?
Non-Uniformity of Irradiance - How is a uniformity of irradiation area?
Temporal Instability - How is irradiance stable against time?
User chooses a solar simulator depending on your purpose of research and your budget.
The Pressure Aging Vessel (PAV) (Figure 1) provides simulated long term aged asphalt binder for physical property testing. Asphalt binder is exposed to heat and pressure to simulate in-service aging over a 7 to 10 year period.
•Entry Level Rapid Testing System provides combined Environment Accelerated Testing
•Rapid Thermal changes from +200°C to -100°C
•Heating up to 35°C per minute (avg.)
•Cooling up to 40°C per minute (avg.)
•LN2 cooled
•Six Degree of Freedom random, Omni Axial™ Vibration
•Vibration range 5-40 gRMS, 50 lb maximum load
•Vibration table top 16" x 12"
•Portable for easy movement between departments
•Easy to use with preset programs & remote monitoring
•xLF2 Vibration Table with PSD Management
•Multi-pane Viewing Window
Radial-Flow Reaction Turbine Demonstrator the turbine using the HM 290 Turbine Service Unit [3] Electronic measurement of the moment on the turbine shaft using a band brake [4] Electronic measurement of the turbine rotational speed with inductive proximity switch [5] Transparent turbine housing [6] Turbine approx.
