The omnipresent occurrence of microplastics and the expected consequences are subject of modern research and the topic receives more and more public awareness. Due to the fact that plastic waste is degrading only very slowly the amount of microplastics in the environment is steadily increasing.

In particular, the contamination of the world‘s oceans is a problem. Currently, an annual entry of microplastics into the world‘s oceans of about 210 g per person or a total of approximately 1.5 megatons is estimated.[1] The uptake by marine organisms and fish results in a contamination of the human food-chain through microplastics including substances such as plasticizers or adsorbed pollutants.

According to definition, polymer particles with a diameter of less than 5 mm are referred to as microplastics particles (MPP). Depending on their origin, they are further subdivided into primary and secondary particles. Primary particles are those which are specifically produced industrially like for instance peeling particles in cosmetic products. Secondary microparticles are formed by physical, biological and chemical degradation of macroscopic plastic parts and are the main source of all released microparticles. They are mainly formed by the degradation of improperly disposed plastic waste, tire abrasion and washing of synthetic textiles.

A high sample throughput combined with reliable identification of even the smallest particles is possible with Microspectroscopic FTIR . This methods are universally applicable and permit the selective analysis of individual particles with a size of a few micrometers. The rapid analysis of larger accumulations of microplastics particles is also possible by means of automated grid measurements.

FTIR analysis of microplastics

Fourier transform infrared (FTIR) spectroscopy is a proven method for the identification of all types of polymers. It allows a reliable differentiation between substances of natural and synthetic origin and allows determining the polymer type (see figure 1). Typically, the identification is carried out by means of an automated comparison against extensive spectral libraries.

With conventional FTIR spectrometers, it is already possible to easily examine larger microparticles. In comparison, FTIR microscopy allows the analysis of single particles with a size of only a few micrometers. Depending on the size of the particle, it is even possible to record several spectra at different points on a single particle.

The omnipresent occurrence of microplastics and the expected consequences are subject of modern research and the topic receives more and more public awareness. Due to the fact that plastic waste is degrading only very slowly the amount of microplastics in the environment is steadily increasing.

In particular, the contamination of the world‘s oceans is a problem. Currently, an annual entry of microplastics into the world‘s oceans of about 210 g per person or a total of approximately 1.5 megatons is estimated.[1] The uptake by marine organisms and fish results in a contamination of the human food-chain through microplastics including substances such as plasticizers or adsorbed pollutants.

According to definition, polymer particles with a diameter of less than 5 mm are referred to as microplastics particles (MPP). Depending on their origin, they are further subdivided into primary and secondary particles. Primary particles are those which are specifically produced industrially like for instance peeling particles in cosmetic products. Secondary microparticles are formed by physical, biological and chemical degradation of macroscopic plastic parts and are the main source of all released microparticles. They are mainly formed by the degradation of improperly disposed plastic waste, tire abrasion and washing of synthetic textiles.

A high sample throughput combined with reliable identification of even the smallest particles is possible with Microspectroscopic FTIR . This methods are universally applicable and permit the selective analysis of individual particles with a size of a few micrometers. The rapid analysis of larger accumulations of microplastics particles is also possible by means of automated grid measurements.

FTIR analysis of microplastics

Fourier transform infrared (FTIR) spectroscopy is a proven method for the identification of all types of polymers. It allows a reliable differentiation between substances of natural and synthetic origin and allows determining the polymer type (see figure 1). Typically, the identification is carried out by means of an automated comparison against extensive spectral libraries.

With conventional FTIR spectrometers, it is already possible to easily examine larger microparticles. In comparison, FTIR microscopy allows the analysis of single particles with a size of only a few micrometers. Depending on the size of the particle, it is even possible to record several spectra at different points on a single particle.

The FT-NIR spectrometer MPA II is designed to meet the demands of today’s and tomorrow’s quality control. It combines outstanding flexibility and high performance with an easy-to operate interface.

The FT-NIR spectrometer MPA II is designed to meet the demands of today’s and tomorrow’s quality control. It combines outstanding flexibility and high performance with an easy-to operate interface.

• Full line of sample presentation options for all NIR applications
• Software-controlled module selection, no manual exchange required
• Low cost of ownership thanks to high quality components with long life time
• Easy calibration transfer to other Bruker lab, at-line or process spectrometers
• Fully cGMP and 21 CFR Part 11 compliant, supports validation according to USP <1119> and Ph.Eur 2.2.40

Maximum Flexibility

The MPA II offers everything you need for the analysis of liquids, semi-solids, solids, powders and tablets:

• Sample compartment
• Integrating sphere
• Fiber optic probes
• Transmission unit

With powerful accessories like the automated 30-position sample wheel for vials and tablets, the sample rotator for the integrating sphere and many different fiber probes, you will achieve high sample throughput with excellent precision.

High Performance FT-NIR

The MPA II incorporates state-of-the-art optics for outstanding sensitivity and stability. The heart of the instrument is Bruker‘s permanently aligned RockSolid^TM interferometer with gold-coated optics for maximum efficiency and sensitivity. The permanent alignment provides consistent high quality results, less downtime and outstanding stability; a precondition for reliable results and successful calibration transfer.

Built to Last

Made from robust components, using state-of-the-art solid state laser technology: the MPA II is a future-proof investment. This is why it comes with 10-year warranty on the moving parts of the interferometer as well as on the laser.

Hassle-Free Maintenance

The MPA II spectrometer is designed to be easily maintained by the user, decreasing downtime and maintenance costs. Light source and desiccant cartridge are easily interchangeable and permanent online diagnostics monitor the instrument and advise the user of any problems.

Service and Support

If you need us, we are here to help! Bruker Optics is staffed with a large group of scientists and engineers to respond to your needs:

• Applications support
• Comprehensive training courses
• Worldwide service

Easy Operation

Customizable workspaces as well as easy measurement modes which guide you through the setup of analytical methods are standard in the OPUS spectroscopy software. Measurements can be started with a mouse click or at the touch of a button.

Software

The OPUS measurement software with integrated database support and additional OPUS packages make the MPA II easy to operate:

• OPUS/NIRLAB: Dedicated QA/QC software combining OPUS/LAB with qualitative and quantitative evaluation routines
• ONET: Web based application to setup, administrate and control a network of FT-NIR instruments from anywhere in the world
• OPUS/IDENT: Setup of identification methods with hierarchical libraries
• OPUS/CONFO: Setup of conformity test methods
• OPUS/QUANT: Setup of self-optimizing chemometric quantification methods

Application

The application of MPA II:

• Agriculture
  • Grain & Oil Seeds Analyzer
  • Biofuel Analyzer
  • Tobacco Analyzer
  • Sugar Analyzer (Brix, Pol)
  • Soil Analyzer
• Food
  • Milk & Dairy Analyzer (Raw Milk, UHT, Cheese, Sour Cream, Ice Cream, Yoghurt, Milk Powders, Butter, Cream, Condensed Milk, Whey, Whey Cream, Whey Butter, Whey Protein Concentrate, and Lactose)
  • Meat & Sausages Analyzer
  • Oils & Fats Analyzer
    • Edible oils (Iodine Value (IV), Anisidine Value (AV), Free Fatty Acid (FFA), Trans Fatty Acid (TFA))
    • Palm Oil, Palm Kernel Oil, (Crued Palm Oil (CPO), Palm Olein, Palm Sterin, etc
  • Beverages Analyzer
  • Confectionary Analyzer
  • Flour & Milling Analyzer (moisture, protein, ash)
  • Cereals Analyzer
  • Condiments Analyzer
• Feed
  • Feed & Forage Analyzer
  • Feed ingredients Analyzer
  • Pet Food Analyzer
  • Fish feed Analyzer

Validation

Trust your results with Bruker Optics’ OPUS/VALIDATION package and the OPUS spectroscopy software:

• Full 21 CFR Part 11 compliance
• Full GMP compliance
• IQ/OQ/PQ support

Bruker is a NASDAQ listed company and has most of their manufacturing facility around the globe, mainly in Germany. Bruker is a manufacturer of scientific instruments for materials research, as well as for industrial and applied testing field. Their range of product is ranging from X-rays like XRD, XRF, SAXS, Single Crystal XRD, X-ray micro CT. Another range would be the IR Spectrometer and NIR spectrometer who serve broad range of field from Polymer and Plastic, Pharmaceutical, Automotive and Electronics, Food and Feed, Milk and Dairy, Chemical and Petrochemical, Edible Oil and many others. PT. Dynatech International is the distributor of Bruker in Indonesia.

Superior metals analysis without compromise

Seamless quality control is essential throughout the metals industry, from trace element analysis in scrap metal, to incoming materials inspection, melt process control and goods issue.

The FOUNDRY-MASTER Pro2 optical emission spectrometer is a metals analyser engineered to deliver superior analysis at every stage, without compromising your productivity. Thanks to its near constant availability and high resolution dynamic detector you can get detailed results quicker, minimising production downtime and costly errors.

A cost effective choice, the FOUNDRY-MASTER Pro2 minimises argon consumption and keeps down operating costs.

This unique combination of performance and efficiency makes FOUNDRY-MASTER Pro2 the analysis instrument of choice for the metals industry.

Highlights and applications

The intuitive user interface and numerous features of the FOUNDRY-MASTER Pro2 make analysis work easy. Just place the sample on the spark stand, start the measurement and read the result. The extremely low detection limits for various applications, particularly carbon and nitrogen analysis in iron and steel, offer superior results in QA/QC and melt process control.

• Maximum availability, minimum downtime.
• Excellent long-term stability, precision and accuracy.
• Increased productivity with higher sample throughput.
• Low cost of ownership with optimised power and argon consumption.
• Includes largest metals database on the market for fast and easy grade identification.
• Method for determination of soluble and insoluble aluminium available.

A unique spark stand, accessible from three sides, makes the FOUNDRY-MASTER Pro2 ideal for samples with complex and irregular shapes and sizes.

Our Service

Our global network of service hubs offers a full range of technical support to keep you up and running.

• Telephone help-desks

For a fast response to your problem.

• Consumables and accessories

From electrodes to spare part kits.

• Recertification and maintenance

Ensures your analyser produces the right result year after year.

• Training

Understand your analyser and its features.

• Extended warranties

Avoid unplanned costs.

• Repairs

Fast and efficient turnaround.

The largest metals database on the market for fast and easy grade identification is already installed on the FOUNDRY-MASTER Pro2.

The Hitachi GRADE Database offers more than 12 million records for over 339,000 materials from 69 countries and standards. You can update your instrument’s grade database with a few clicks – no time consuming research in norms and grade catalogues.

This product is formerly an Oxford Instruments Brand. Oxford Instruments plc, a leading provider of high technology solutions, information and services for industry and research, announced on 26 April 2017 that it has agreed to sell its Industrial Analysis business to Hitachi High-Technologies Corporation (‘HHT’) for a consideration of £80 million on a cash and debt free basis. HHT will acquire the companies, assets and liabilities that comprise the Industrial Analysis business.

The Industrial Analysis business is a leading global provider of handheld and bench-top instruments using X-ray Fluorescence (XRF), Laser Induced Breakdown Spectroscopy (LIBS) and Optical Emission Spectroscopy (OES) technologies for analysing materials in a broad range of industrial applications. Headquartered in Oxford, UK, the Industrial Analysis business has research and development and assembly operations in Finland and Germany and sales and support operations in a number of countries around the world. PT. Dynatech International was formerly the distributor of Oxford Instruments in Indonesia and now is the distributor of Hitachi High-Technologies Corporation in Indonesia.

Since our establishment in 1995, FUTURE-TECH CORP. has been producing a variety of hardness testers and accessories and supplying them to not only the domestic market of Japan but also more than 35 countries around the world. Our special trademark is showing our customers value.

Continuing the Success of its predecessor of FR Series, FUTURE-TECH CORP is proud to introduce the new series of Rockwell Hardness Tester FR-X Series. The new series is obtained by supreme precision and reliability. It also adopts entirely new design as well as precision manufacturing, which based on newly set up advanced manufacturing. By the adoption of stealth type double information panel, improved the remarkable visibility and operation.

To Learn more about the new system or to get a demonstration by our application specialist please contact us.

The ALPHA II is the enhanced follow-up model of its very successful predecessor. It combines outstanding quality with compactness and user convenience. With its integrated touch panel PC and the intuitive OPUS-TOUCH software, the IR analysis gets easier than ever. 

Owing to several technical innovations, the ALPHA II provides higher sensitivity, higher spectral resolution, extended spectral range and further increased robustness. 

The broad range of QuickSnap^TM sampling modules allows the analysis of almost any kind of sample, each with a perfectly matched instrument configuration. The ALPHA II offers all the capabilities needed for efficient routine analysis. It is ideally suited for quality control tasks in industrial manufacturing. 

Learn more about the ALPHA II: 
 

• Product video
• Brochure

BRUKER S2 PUMA

for fast and reliable Analysis of Nickel Ore (Nickel Laterite) by EDXRF. For a long time the main source for the nickel metal production was magmatic sulfide ore. But with the globally increased demand of nickel metal other sources become more needful.

For a long time the main source for the nickel metal production was magmatic sulfide ore. But with the globally increased demand of nickel metal other sources become more needful. One of these nickel sources is laterite which is typically mined as low- grade deposit in open pit mines. Due to their large dimensions these mines usually contain a significant amount of nickel and therefore they contribute more and more to the increasing nickel demand. In order to optimize the nickel production processes the monitoring of the chemical composition of nickel laterite and its associated materials is more than ever essential. Besides the major elements such as Ni, Fe, and Si the elements Mg, Al, Ca, Ti, Cr, Mn, Co, Cu, and Zn typically occur in minor and trace amounts.

All these elements can be analyzed using the
 S2 PUMA energy-dispersive X-ray fluorescence (EDXRF) spectrometer. This instrument offers a fast and accurate control of both the mining process and the subsequent beneficiation processes.

For these Bruker Center of Excellence in Singapore has performed an Analysis involving measurements with an S2 PUMA with standard XFlash detector and a Pd target X-ray tube was used.  For fast process control the samples were prepared as pressed pellets. Due to the simple and straightforward sample preparation the analytical results are available within minutes after taking the sample. A set of 15 international certified reference materials (CRMs) were used to prepare the calibration for the 12 elements. For fast process control the samples were prepared as pressed pellets. Due to the simple and straightforward sample preparation the analytical results are available within minutes after taking the sample.

The data acquired by the measurement above has proved the high performance of the EDXRF spectrometer to test or analyze of Nickel Ore/Nickel Laterite. The EDXRF used for this measurement is manufactured by Bruker and the model used for this experiments is S2 PUMA with HighSense technology and XFlash detector . With a set of 15 standards the 12 most important elements in nickel ore samples can be determined. If you interested to learn more about the application above, please contact us.

The company CMA, service provider for automotive development, has made a video showing pre- and post-crash measurement with AICON MoveInspect XR8.

The company CMA, service provider for automotive development, has made a video showing pre- and post-crash measurement with AICON MoveInspect XR8. Quick setup, easy calibration, effortless measuremernt and highly precise results – the AICON MoveInspect XR8 is the right solution for assembly, fixture setup, wireless probing, and dynamic deformation analysis.

Our Advantage :

• Very fast Reverse Engineering
• Friendly user Software
• Precision 3D Scan
• Solution for Car Automotive Maker, Aeroscpace, Medical, Mold Maker etc
• Easy to use