Spectrometer Technologies (Pty) Ltd are proud to be sole South-, and Southern African Representative the following prestigious agencies :

  • PACLP Physical Testing Instruments
  • Thermo Scientific Portables (Niton, microPHAZIR, truSCAN)
  • Analytik Jena Analytical Instruments
  • Fluxana XRF Application Solutions
  • Stable Micro Systems
  • Rigaku LIBS Handheld Analysers
  • BIMOS Workplace Chairs

As well as sales-, and distribution partnerships with Minelab Detectors.

 

 

PAC is the leading supplier for such Equipment in the world and has a longstanding relationship with leading multinational petrochemical companies. PAC offers more than 60 laboratory and on-line analyzer products for physical properties analysis across the complete range of industries served by PAC technology.
These properties include Vacuum and Atmospheric Distillation such as OptiDist, PMD 110 and MicroDist, Cloud Point, Freezing Point such as FZP 5G2s, Cold Filter Plugging Point (CFPP), Pour Point such as MPP 5Gs, Flash Point, Vapor Pressure such as HVP 972, Viscosity such as HVM 472, Combustion such as CID 510 and Bitumen Properties.The measurements are based on already established standard test methods or on new alternative test methods which are developed especially for PAC instruments. These new alternative methods typically require less sample volume, deliver faster and more precise results and dont require high skilled operators. With highest experience in lab and online measurement and by using similar technology in lab and online we can guarantee perfect correlation between lab and online measurement.

Thermo Scientific Niton Analyzers Founded more than 20 years ago, Thermo Scientific Niton is the world’s leading producer of Niton hand-held x-ray fluorescence (XRF) analyzers, with over 30,000 units installed worldwide. A culture of innovation and a distinguished history of breakthrough achievements have defined Thermo Fisher Scientific’s Niton Analysers since the introduction of the first Niton hand-held XRF analyser in 1994. Many “firsts” have followed, including:

1) First use of miniaturized x-ray tubes in a one-piece hand-held XRF analyser.

2) First and only isotope-based hand-held XRF analyser that never requires source replacement.

3) First hand-held XRF analyser equipped with He purge for direct analysis of Mg, Al, Si, P, and S in metal alloys.

4) First hand-held small-spot XRF analyser.

5) First and only hand-held XRF analyser to feature a 50kV x-ray tube.

6) First SDD analyser capable of detecting light elements in air without the need for helium purge or vacuum.

  • Thermo Scientific Material Identification
    • We offer complementary technologies for rapid, cost-effective material verification and chemical identification using Raman, NIR, and FTIR spectroscopy. Applications From raw materials inspection to chemical identification, you can rely on our handheld instruments for accuracy and speed – every time.
  • Thermo Scientific Pharmaceutical Identification
    • With increasing regulatory pressures and the drive toward lean manufacturing, pharmaceutical manufacturers need efficient ways to perform accurate incoming raw material identification
  • Thermo Scientific Feeds Foods
    • Optimize your feed mix, reduce claim filings, increase productivity and strike the all-important balance between nutrition and cost.

 

Analytik Jena is a provider of instruments and products in the areas of analytical measuring technology and life science. Its portfolio includes the most modern analytical technology and complete systems for bioanalytical applications in the life science area.

Comprehensive laboratory software management and information systems (LIMS), service offerings, as well as device-specific consumables and disposables, such as reagents or plastic articles, complete the Group’s extensive range of products

 

Fluxana is for clients are X-ray fluorescence (XRF) users. Fluxana deliver all types of accessories, such as cups, foils, chemicals and calibration standards,  to the users of XRF. Additionally Fluxana offer a wide range of sample preparation equipment including fusion equipment, mills and presses.  To support their customers, Fluxana also provides commercial XRF analysis, the manufacture of new  reference materials and the implementation of proficiency tests. Apart from the use of their  products in connection with X-ray fluorescence analysis, Fluxana customers require an increasing  amount of support in the practical application of these methods. For this reason, Fluxana offer  customers the opportunity for complete application development including introduction to  onsite methodology in the customer laboratory. In the past, these services were mainly  requested by the cement and extractive industries. We now however, offer these services to  all users of XRF – worldwide. Training courses including the theoretical fundamentals of  XRF technology and practical applications are also offered.

 

Stable Micro Systems offers you not only the world-leading Plus range of Texture Analysers, along with software, probes, attachments, peripherals and accessories, but also Materials Testing equipment and the VolScan Profiler Volume Measurement System.

Rigaku Handheld laser induced breakdown (LIBS) spectrometer is used for fast, and accurate alloy identification. Within seconds, the KT-100 Katana handheld metal analyzer easily performs identification of the most difficult alloy grades. KT-100 utilizes laser induced breakdown spectroscopy (LIBS) enabling durable and accurate alloy identification for use in:

  • Scrap metal sorting
  • Quality assurance in metal fabrication
  • Positive material identification (PMI) in mission-critical operations, such as aerospace and petrochemical

LIBS is more sensitive and better suited for light element detection, such as aluminum (Al), magnesium (Mg), and beryllium (Be). However, reliable LIBS’ analysis of materials with these elements has been very limited and typically confined to a laboratory environment – until now. The handheld KT-100 Katana metal analyzer represents recent technological advancements in laser and spectrometer miniaturization that has rapidly expanded the use of this technique into industrial operations. KT-100 offers an advanced method for easily identifying the most popular Al grades – 1100, 6061 and 6063 – as well as Al and silicon (Si) brasses and bronzes or Be in coppers.

In addition to the analytical performance of LIBS technology, KT-100 Katana reduces the need for regulatory licensing and registration that previous generation analyzers were susceptible to.

 

Bimos is a brand of the company Interstuhl Büromöbel GmbH & Co. KG in Meßstetten-Tieringen. Our business as a company is carried out under two strong brands: Interstuhl for the office environment and Bimos for industry and the laboratory. Interstuhl and Bimos service different target groups, but are at the same time united by more than 5 decades of expertise in seating, and by the same objective: to increase the productivity, health and motivation of the people who sit on our chairs by providing them with high-performing, ergonomic, comfortable and well designed seating solutions. As a family-run company, we are firmly committed to our responsibility to people, environment and the region. With more than 650 employees, we produce beautifully crafted German furniture – exclusively in Germany. We are firmly committed to “German Engineering”. Our objective is the seating pleasure of all our customers.

Bimos is the leading innovator in seating for the industrial and laboratory environments. Our product portfolio for these industries is divided into five areas: production, ESD, laboratory, clean room and standing work. We of-fer highly specialised targeted seating solutions for all these areas that are perfectly suited to the people who use them. Our wide product range and flexible options for adaptation help us to achieve products that perfectly meet the requirements of every single workplace. We can also verify this with corresponding certification. Our close contact with users in the field and experts in the field of occupational science puts us in a position where we are able to quickly develop innovations that meet specific needs.