Eeg Topographic Map Analyzer

Ultrasound scanner

The monitor records the electroencephalogram (eeg) with 3 surface electrodes attached to the forehead of the patient. The core technology of the monitor is the symbolic dynamics method. The combination of spectral ratios, symbolic dynamics eeg and suppression rate (esr) for analyzing the eeg gives a superior suppression of facial emg which otherwise could influence the index.

1. Standard monitoring parameters: index of consciousness (ioc), electromyography (emg%), signal quality index (sqi), eeg suppression rate (esr),
Ecg, spo2, nibp, resp, temp, pr.
2. 12' /15' color tft lcd screen, support external vga (optional).
3. Expandable module: 2-ibp module, etco2 (us, cpt, sidestream)
4. Real time st segment analysis, pace maker detection and arrhythmia analysis, drug calculation and titration table
5. User event labeling with notes
6. Supporting storage of 72 hours patient data, 1000 nibp records and 100 alarm event.
7. Suitale for monitoring adult, pediatric and neonatal patient.
8. High-speed built-in thermal recorder (option).

It is a multifunctional instrument that gathers EEG, brain mapping and EEG wardship function. Clinical medicine, electronic engineering and computer technology are fitted together in it. Its theory of operation is using electrode to record the brain wave signal from human scalp, then it use computer analysis and imaging technique to take order with the recorded brain wave signal to form brain waveform. Furthermore, this device can draw 3D images of the brain electrical activity. The 3D images can quantitative and oriented reflect the changes of the brain function and its range, location and the degree of the pathological changes. It provides objective and accurate foundation for the diagnoses and therapy of the brain disease. With the function on the pathology diagnosis and functionality diagnosis, it reinforces the insufficiency of the CT and MRI. It saves case history in computers and records EEG signal without pencil, so it economizes the prime cost and takes convenient reexamination for the patients. This device can also be added two ECG leads and one breathing lead (optional).

Specification:
1. Sample rate: 1000Hz, simultaneous 12 leads recording
2. Resolution:12bit
3. Power: 5.0V (DC)
4. Patient Insulation: 4000V AC
5. Defibrillation Protection: Built-in box
6. Digital resolution: 2ª¦V
7. Frequency response: 0.05-250 Hz
8. Common mode rejection: >90dB
9. Input impedance: >10Mª+
10. Time constant: í¦3.2 s
11. Max electrode potential: í+300mV DC
12. Dynamic range: í+10mV
13. Isolate voltage: 4000V
14. Current leak: <10ª¦A
15. Patient cable: standard 10-wire, 15-pin D connection
16. PC interface: RS232


Feature:

1. Intuitive windows software interface
2.Quick and accurate analyzing system
3.Special editing system of r point
4.Optional main channel
5.Perfect analysis function of st segment
6.The analysis function of t wave of allchannels and t wave trend graph
7.Review of the ecg trend graph of every time
8.The analysis system of hrv, providing the regular sdnn, sdann, rmssd, lf, hf, time domain, and frequency domain
Qt analysis and qt trend graph
Acquire pacing ecg directly without separate channel, also have the functions of vcg, lpg, high frequency ecg, fcg.

Function (9 functions):
1. ECG: 12-lead resting PC-ECG with auto interpretation
2. VCG: Vector-cardiograph with auto interpretation
3. TVCG: Timed Vector-cardiograph
4. FCG: Frequency ECG (unique technique to detect ischemia and CAD)
5. HFECG: High Frequency ECG
6. SAECG(VLP): Signal Averaged ECG or Ventricular Late Potentials, time domain and 3-D frequency domain)
7. QTD: QT Dispersion with chroma map
8. HRV: Heart Rate Variability (time domain, 3-D frequency domain, Lorenz poincare plots
9. PMECG: Pacemaker ECG analysis

Package list:
1. Software CD
2. Dongle key
3. ECG acquisition box
4. Banana type ECG cable
5. USB data cable
6. Chest electrodes
7. Limb electrodes
8. Ground wire for earthing
9. Manual

The X-MET8000 is practical, rugged and easy to use to deliver results you can trust. The light and ergonomic design of the X-MET8000 ensures it is comfortable to use on a daily basis. The nose is designed to test material inside bends and corners. Using Hitachi HEROTM window, which is heat resistant, the X-MET8000 can accurately analyze alloys up to 400 C.

The X-MET8000 range of handheld X-ray fluorescence analyzers delivers the performance needed for rapid alloy grade identification and accurate chemistry of a wide variety of materials (solid and powder metals, polymers, wood, solutions, soil, ores, minerals etc). The X-MET handheld XRF analyzer (HHXRF) is practical, robust and easy to use to deliver results you can trust.

The X-MET series of handheld X-ray fluorescence (XRF) analysers are flexible and easy-to-use for elemental analysis within production environments, manufacturing plants and scrap metals processing. The optimised combination of a high performance X-ray tube & large area silicon-drift detector (SDD) delivers the performance required for the most demanding PMI and scrap metals applications. The Hitachi XMET-8000 comes in 3 configuration options: XMET800 Smart, XMET8000 Optimum and X-MET8000 Expert.

X-MET 8000 Optimum can provide results on site in seconds, depending on the application. Phenomenal reliability and speed, with no requirement to return for lab assessment, mean optimum productivity, lower costs and an all-important edge over your competitors. Data can be stored on the analyzer, on a USB flash drive, or through our app and cloud service for immediate sharing.

Designed to be portable, simple to use and with a with a 10-12 hour battery life, the X-MET8000 Optimum Geo is able to withstand the harshest environments and weather conditions. It also offers analysis results in seconds with real time data sharing for fast decision making. The Boost technology delivers low levels of detection while the integrated GPS enables users to combine geolocation data with analyses results for flawless site mapping.

Key Features:
X-ray tube : 40kV or 50kV
X-ray tube filters: Single
Detector: Large area SDD
Max. sample temperature : 100�ºC or 400�ºC with HEROâ?¢ heat resistant window (optional)
IP54 rating
Protection against detector window damage : Optional window shield
Calibrations : Standardless (includes light elements analysis)
Integrated camera (Optional)
Small-spot collimator (Optional)
6-position filter wheel for the optimised analysis of all elements from Mg to U

Protein Characterization (Physicochemical property of proteins) structure analysis using mass spectrometry provides results that meet the requirements of the FDA, the MFDS and other regulatory authorities regarding novel therapies or biosimilars. Based on basic amino acid analysis (full sequencing), we perform post-translational modification (PTM) analysis, which is important for protein potency and stability. In this regard, we can perform test methods based on design of experiment (DOE) statistical methodology and deliver documents to be submitted to regulatory authorities.

Protein identification and quantification : Structural analysis of all types of protein therapeutics, including monoclonal antibodies (mAbs), antibody-drug conjugates (ADCs), and enzymes

- Full Length-Amino acids sequencing Peptide identification of each peak through peptide mapping (MS spectrum confirmation, MS/MS spectral analysis with 100% AA matches)
- Improved N- and C-terminal sequencing of proteins

Post-translational modification (PTM) : More reliable results based on design of experiment (DOE) statistical methodology to perform the experiments systematically and analyze data efficiently

- Disulfide bond analysis ID Total possible lankage analysis
- Deamidation identification and quantification
- Phosphorylation identification and quantification , phospho-proteomic analysis
- Other functional modifications

Glycomics : Single protein analysis and research of protein complexes with glycosylation closely related to biological function and toxicity as well as structural stability of proteins

- Glycosylation site determination
- Glycan profiling
- Site-specific glycan identification and quantification
- Glycomics research with glycan enrichment