PLC controller with touch screen provides an intuitive graphical interface and real time process representation
Flexible shelf architecture allows processing of a wide variety of part carriers in either direct or downstream plasma mode
13.56 MHz RF generator has automatic impedance matching for unparalleled process reproducibility
Proprietary software control system generates process and production data for statistical process control
Oxford Plasmalab 100 PECVD
Liquid and solid precursor to system modified Nitride and Si02 films. Boron and silicon carbide deposition. Anamorphous silicon deposition single wafer load lock capable of 100 mm to 200 mm. System modified for Liquid and Solid Precursor deposition.
A plasma jet is a plasma source where a pair of metal electrodes with a sharp point, contained in a cylinder made of dielectric material, and is connected to a high voltage generator. A stream of Helium or Argon is blown in the insulated cylinder so that the electrode finds itself in contact with the gas. Due to the high electric field near the electrode’s sharp point, Helium or Argon ionizes and a mixture of electrons, ions and metastable atoms and molecules is blown by the flow stream towards the exit nozzle.
Plasma Enhanced Chemical Vapor Deposition: PECVD • 13.56 MHz driven parallel plate reactor • kHz and "frequency mixing" optional • shower head gas inlet optimized for PECVD • 400° C and 700° C substrate electrodes
Agilent N5242A PNA-X Vector Network Analyzer, Frequency Range: 10MHz – 26.5GHz The PNA-X network analyzer is the world´s most integrated and flexible single-connection microwave test engine for measuring active devices such as amplifiers, mixers, and frequency converters. You can choose from five frequency models to meet your specific device test needs. The PNA-X provides unrivaled configurability with a built-in second source, combiner, and internal signal-routing switches.
The Mx3000P RT-PCR system has a scanning PMT (350-700 nm) and a thermal cycler with a temperature range of 25-95°C at ± 0.25°C variation in sample temperature across a 96-well plate. The Mx3000P is specifically designed to ensure optimal results with multiplex assays using up to four targets in the same sample. In addition, the Mx3000P achieves linearity of amplification over seven orders of magnitude and possess the ability to detect two-fold differences in initial template quantity with 99.7% confidence.
Quantum Designs’ Physical Property Measurement System (PPMS) is a general materials characterization platform providing precise temperature control and magnetic field up to 9 Tesla.
The PPMS system comes equipped with a Vibrating Sample Magnetometer (VSM) and features electro-transport property measurements including AC Resistivity, Hall Effect, I-V Curve Tracing, and Critical Current. Magnetometry measurements including AC/DC magnetization and Ultra Low Field (ULF) are capable of being performed on this instrument.
§ Temperature Range: 1.9–350K
High precision arc segment holder with ranges from 0-45° or +/- 22.5° with self-locking controls
Smooth, precise knife stage micrometer drives with marked increments of 0.5 and 5.0 microns
Digital approach with user selectable increments, for novice and advanced users alike.
Bright, wide angle stereomicroscope with 3X zoom, range from 10.08X to 64X with 16X eyepieces
The E4 is the latest generation system from Q-Sense and includes 4 sensors that can be used in any serial or parallel configuration to suit a variety of experimental designs. New software and electronics allow measurement data from all four sensors to be acquired within a second with preserved sensitivity. 4-sensor chamber allows higher throughput and makes reproducibility easier. Flow measurements. Chamber specifically designed for controlled flow measurements. Electrochemistry cell (optional) enables combined electrochemistry QCM-D measurements. Easy cleaning.
TA Instruments’ Q800 DMA, based on a combined motor and transducer design, uses advanced, non-contact, linear motors to control stress and measure strain with a highly sensitive optical encoder. Dynamic Mechanical Analysis (DMA) is a technique used to measure the mechanical properties of a wide range of materials. DMA works primarily in the viscoelastic range of a material and is therefore more sensitive to structure than a typical tensile test. With its unique design, the Q800 is also ideal for high-stiffness applications including composites.