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BRUKER Q4 POLO OES Arc Spark Spectrometer - Little Space, Mighty Performance

• Outstanding precision, particularly on light elements. 
• Excellent performance in Aluminium analysis.
• Excellent results in the challenging analysis of cast iron.
• Reliable analysis of nitrogen at low ppm levels in low alloyed steels.
• Analysis of oxygen in copper.

For Ferrous and Non Ferrous Applications:

• Iron Base
• Copper Base
• Aluminium Base
• Nickel Base
• Tin / Lead Base

Category by Spectrometer

The Bruker Q4 TASMAN Series 2 spark optical emission spectrometer (s-OES) for metals analysis is ready and we would like to share its many enhancements with you! - Enhanced Analytical Performance: New element sets and extended ranges increase the analytical value. SmartSpark for enhanced speed and stability. - Enhanced Flexibility: MultiVision - the innovative dual optics concept fulfils individual analytical needs with reduced cost of ownership.
- Enhanced Usability: Next-generation software combines high functionality with ease of use. 
A wide range of metal applications including

• Iron and steel
• Aluminum
• Copper
• Other non-ferrous metals for the metals processing and foundry industry. 
• Lead
• Tin
• Zinc
• Nickel
• Cobalt, Titanium, Magnesium

Read more about the Q4 TASMAN Series 2 here: https://www.bruker.com/q4tasman Category by Spectrometer

The Bruker Q2 ION is the smallest, lightest spark emission spectrometer (OES) available for metals analysis. It’s designed for small and medium-sized businesses in the metals industry, with a dedicated PMI workflow for incoming material testing and quality control, as well as standard analytical mode. Simple and easy to use. Versatile multi-matrix system. Affordable price and low running costs.

• Low running cost
• Fast and easy to use
• Easy maintenance
• In coming material testing 
• QA/QC of Ferrous and Non Ferrous
• Iron & Steel
• Copper
• Zinc
• Aluminium
• Tin 

Category by Spectrometer

The new PQ001 has many advantages such as small size, high precision, good repeatability, good stability and excellent cost/benefit performance. Based on these advantages, PQ001 has been widely used in the determination of oil & moisture content in agricultural areas.

Basic Parameters:

• Permanent magnet
• 12MHz Frequency
• Ø40mm Probe
• Oil range: 0.1%~100%
• Standard： ISO CD10565 & ISO CD10632

Principle of Oil/Moisture Content Testing
The hard pulse-echo sequence originating from the CPMG sequence with only one echo count, namely only one 180° pulse after the 90° pulse, shown in Figure, is applied to measure the oil and/or Moisture content in seed by means of NMR technology. After a 90° pulse, an FID signal appears and after a 180° pulse, an echo signal appears.

The total oil and moisture analysis using Niumag benchtop NMR for seeds and seeds residues has become the international standard method (ISO CD 10565 and ISO CD 10632),  In seeds, oil and water molecules all have hydrogen and they all contribute to NMR signals. In dried seeds, the water molecules are bound and the mobility of the water molecules is much more restricted than that of oil molecules which remain free in the seeds. Category by Spectrometer

PQ001 has many advantages such as small size, high precision, good repeatability, good stability and excellent cost/benefit performance.
PQ001 has been widely used in the determination of Solid Fat Content (SFC).
- Determination of solid fat content (SFC)
- Palm Oil SFC
- Palm Kernel
- Sunflower Oil & etc.

Basic Parameters:
Magnet: permanent magnet 0.5±0.08T
Probe:Ø10mm
Effective sample detection area:Ø10mm×H10mm;
Size (L, W, H): 1685mm×520mm×386mm
Weight: 134Kg

Features:
Test accuracy: 0.1% error for 5% oil content; 0.02% error for 0.5% oil content;
Repeatability: Relative standard deviation less than 2%;
Test limitation: 10mg oil or water;
Compliance with national standards: ISO8292 AOCS Cd 16b-93 Category by Spectrometer

Product Description
EDUMR is a desktop NMR device designed for MRI experimental teaching. Courses to teach NMR principles and experiments through MRI demonstration can be created by including EDUMR in physical corresponding majors (modern physics, applied physics, radio physics, electronic engineering, etc.) or medical corresponding majors (large-scale medical apparatus, medical imaging technology, biomedical engineering, etc.). Extensive experimental courses and majors like NMR engineering related to hardware structure can also be established through the use of EDUMR.
MRI Education System NMR principle and magnetic resonance imaging theory EDUMR20-015V-I | Niumag Corporation (nmranalyzer.com) 

Basic Parameters:
Magnet type: permanent magnet
Magnetic field intensity: 0.5±0.08T
Probe coil: Ø15mm
Weight: 138Kg

Applications:
1. NMR analyzing and imaging mechanism
Basic NMR analyzing and imaging mechanism
NMR phenomenon
Relaxation and NMR signal
Spatial orientation of NMR signal
NMR image reconstruction
Pulse sequence

2. MRI system
Magnet body system
RF(radio frequency) system
Gradient field system
Spectrometer and computer system
Magnetic shielding and RF shielding
Pulse sequence

3.NMR&MRI Principium experiments
Mechanical and electronic shimming
Lamor frequency measurement by hard pulse FID sequence
FID sequence signal in the rotating coordination system
1D-processing and gain adjustment of FID signal
Hard pulse RF measurement with hard pulse-echo sequence
Soft pulse RF measurement with soft pulse FID sequence
Soft pulse-echo sequence
T1 relaxation time measurement using inversion restoring method
T1 relaxation time measurement using saturation restoring method
T2 relaxation time measurement using hard pulse CPMG sequence
Chemical shift measurement of alcohol

Category by Spectrometer