Bruker Launches the S8 TIGER Series 2 WDXRF System for Elemental Analysis in Industrial and Academic Research and Materials Quality Control

Bruker announces the launch of its new S8 TIGER™ Series 2, the next-generation Wavelength Dispersive X-Ray Fluorescence (WDXRF) spectrometer. The S8 TIGER Series 2 is the most versatile WDXRF tool available for advanced quantitative elemental analysis in industrial and academic materials research, as well as in industrial quality control (QC) of materials.

The new S8 TIGER Series 2 introduces novel HighSense™ technology which offers an exceptional linear dynamic range, thus enabling higher precision levels for process and quality control in cement, minerals, mining, metals, glass and ceramics applications. In addition, measurement times are significantly reduced, sample throughput is increased, and time-to-result is improved, typically by 25%.

The S8 TIGER Series 2 also features XRF2 small spot mapping for detailed maps of elemental distributions in materials. With a 300µm spot size, XRF2 offers the highest spatial resolution available in WDXRF. This makes the S8 TIGER Series 2 an excellent system for both industrial QC labs as well as for industrial and academic research and methods development laboratories.

In addition, the S8 TIGER Series 2 new HighSense X-ray optics improves both sensitivity and spectral resolution. This benefits a wide range of applications including recognition of foreign particles, optimization of mineral beneficiation processes in mining, analysis of material properties in metals, semiconductors, and nanotechnology.

The S8 TIGER Series 2 offers intuitive and robust operation with a new multilingual TouchControl™ interface. The S8 TIGER Series 2 is designed for high sample throughput and easy integration into automated analytical laboratories. Optimal instrument uptime and low cost of operation are ensured with the unique SampleCare™ feature that protects system components while running liquid petrochemical samples, or powders.

Dr. Kai Behrens, the Bruker AXS Head of XRF Product Management, commented: “The S8 TIGER Series 2 combines unequalled robustness and reliability with highest analytical performance, flexibility and application range in WDXRF. Its new HighSense technology allows tighter quality and process control, while the new XRF2 mapping tool benefits both R&D of new materials, as well as the optimization of industrial processes.”

For more information about the S8 TIGER Series 2, do visit us at booth 4FA01 this coming 10 – 12 October 2017 at Putra World Trade Center, Kuala Lumpur!

DeNovix Honored With Prestigious Reviewers’ Choice Award for Life Science Product of the Year 2017

WILMINGTON, DE – April 7, 2017 – The DeNovix DS11 FX+ spectrophotometer / fluorometer has been awarded the coveted Reviewers’ Choice Award for Best Life Science Product of the Year 2017 at a special ceremony held during the meeting of the American Association of Cancer Research in Washington D.C., USA.

Hosted by SelectScience®, the Scientists Choice Awards® recognize life science products that have made the greatest contribution to enabling scientists in their work. The Reviewers’ Choice Award for Life Science Product of the Year 2017 is given in recognition of the product most highly rated by scientists around the world based on criteria such as ease of use, after sales support and value for money. The DS-11 FX+ is a unique combination of sample microvolume spectrophotometer, cuvette absorbance and fluorometer that enables researchers to gain quick and accurate quantification of nucleic acids and proteins, robust sample quality control and perform a range of UV-Vis and fluorescence applications.

DeNovix Inc. Business Director Kevin Kelley said ”It is a real honor to receive this award that reflects the experience of thousands of scientists around the world who use our products. The number of five star ratings we receive across all the review categories is testament to the dedication and experience of all members of the team we have here at DeNovix and their drive to support our customers.”

DeNovix CEO Fred Kielhorn added, ”Our mission at DeNovix has always been to provide scientists with innovative products that accelerate their work while providing a user experience and level of support that exceeds their expectations. This award demonstrates that we have achieved this with the DS-11 Series. We look forward to sharing future innovations with the scientific community for years to come.”

The DS-11 FX+ is a stand-alone instrument engineered for rapid and accurate UV-Vis and fluorometric analysis across a wide range of applications and industries. The system includes DeNovix’ custom Android™ operating software, Wi-Fi / Ethernet network connectivity and a glove-compatible HD touch screen. Each new instrument is calibrated for life, maintenance free and backed by an industry-leading three-year factory warranty.

The primary applications for the instrument are UV-Vis measurements for nucleic acid and protein quantification, kinetic studies and microbial cell quantification. The intuitive interface helps users quickly create custom methods that may be defined and saved in password-protected accounts. Results are automatically stored and easily exported to e-mail, USB, network folders, network printers, LIMS, USB drives and label printers. IQ/OQ documentation and performance verification software is available to help achieve compliance in GLP/GMP environments.

Source: BioLifeHaus Sdn Bhd

Introducing Bruker, a world’s leading manufacturer of FTIR, NIR and Raman spectrometers.

Bruker Optics

Bruker Optics, part of the Bruker Corporation (NASDAQ:BRKR) is one of the world’s leading manufacturer and worldwide supplier of Fourier Transform Infrared, Near Infrared and Raman spectrometers.

Bruker entered the field of FTIR spectroscopy in 1974. The early instruments set new standards in research FTIR with evacuable optics, high resolution and automatic range change. Since then, the product line has been continuously expanding with instruments suitable for both analytical and research applications with exceptional performance characteristics.

Today, Bruker Optics offers complete technical solutions for various markets which cover a broad range of applications in all fields of research and development as well as industrial production processes for the purpose of ensuring quality and process reliability.

Bruker Optics has a R&D and manufacturing center in Ettlingen, Germany, technical support centers and sales offices throughout Europe, North and South America, Asia, India, Middle East and Africa.

   

Chemopharm Expands Its Range of Solutions for Laboratory Testing and Research

Chemopharm began in year 1976 and in 2016, we celebrated our 40th anniversary. One key factor through all these 40 years is our commitment to deliver state-of-the -art, high quality products together with top customer satisfaction.

To this end, Chemopharm is focused on delivering great customer experiences and building trust between us and our customers. We strive to continually bring in new technologies and products, in understanding our customers’ needs and requirements, in constantly improving our customer interactions and in ensuring we provide top technical and application support.

This year, among the new brands we are introducing are Seward, Inlabtec AG, LabTex, Charles Ischi AG and Analytik Jena in Malaysiato continue to expand on the range of solutions we are able to provide.


Brief introduction of our New Brands:

Seward: Seward Limited has been manufacturing and developing the legendary Stomacher® Lab Blender for 40 years. The original and still regarded as the best, more than 8 million food samples a day are prepared on Stomacher® 400 paddle blender units around the world.

Labtex: Labtex Laboratory Scale Spray Dryer is a compact, extremely quiet, efficient and simple to operate laboratory spray dryer and yet the most economical methods of evaporation to reduce the liquid feed to solid powder particles complimented by the inclusion of CALgrafix process monitoring software.

Charles Ischi AG: Charles Ischi AG is an established supplier of professional solutions for pharmaceutical quality and in-process control of capsules and tablet testing. Offering semi and fully automatic testing devices to measure parameters such as hardness, thickness, weight, diameter, disintegration, friability, abrasion and API content uniformity.

Inlabtec AG: With the Inlabtec Serial Diluter it is now possible to mix and dilute a sample in a single step which integrates dispensing and mixing. Major benefits are viable cell counts of highest accuracy combined with a comfortable, intrinsically safe workflow.

Analytik Jena: With more than 150 years of experience, starting from the invention of Ernst Abbe and Carl Zeiss, Analytik Jena has grown to be one of the most innovative manufacturers of high-performance precision analytical systems. Analytik Jena has excellent competencies in the fields of Optical Spectroscopy, Sum Parameters and Elemental Analysis.  Being proud of Analytik Jena core competency, a long-term warranty of 10 years was given for their high-performance optics.

We are the authorized distributor for the below leading brands for analytical, life science and health care instruments and consumables.

For more information, please visit our website: www.Chemopharm.com.my, or visit our booth 4AE02 at LabAsia 2017 on 10 – 12 October 2017 at Putra World Trade Centre Kuala Lumpur, Malaysia.

Introducing dynamic flow testing as part of a multi-variate approach to powder characterisation

Dynamic powder testing is a modern technique that directly measures the flow properties of consolidated, conditioned, aerated and even fluidised powders. Dynamic test methods complement shear and bulk property measurements to deliver a comprehensive level of powder characterisation. Used in combination, these three methodologies provide a powerful tool for evaluating the complex behaviour of powders.

What is a powder?

Referring to powders as a single phase can be somewhat simplistic. Powders are typically three-phase systems containing complex and variable solid particles as well as an unquantified amount of air and a degree of moisture. As a result, powder behaviour is an intricate interaction of all three phases and is influenced by a vast array of parameters. This makes both measurement and processing demanding.

Focusing on flow

The way in which a powder flows is one of the most important aspects of its behaviour. Ensuring that powders flow through a plant in a reliable, controlled way is a significant challenge. However, the properties that dictate flow also influence many other unit operations, such as blending and die filling. When a powder moves, the particles within it need to move with respect to each other. The ease with which this occurs determines how readily the powder will flow. This simple statement immediately helps identify factors that influence powder flow. These include the level of friction between particles, which is a function of shape and surface texture, and the likelihood of mechanical interlocking, where particles fit together like jigsaw pieces and exert significant resistance to movement. The degree of cohesion and adhesion is also highly influential. Van der Waals forces, electrostatics and magnetism, amongst others, will all influence the strength with which particles attach to one another. Adhesive forces will also arise from the interaction between particles and container walls as well as from liquid bridging between particles. With denser particles the influence of gravity tends to dominate, but for smaller, lighter particles the cohesive and adhesive forces are relatively large and can therefore define behaviour. These multiple mechanisms make it difficult to predict how a process changes may impact performance. For example, moisture may encourage agglomeration via liquid bridging, it may lubricate the relative movement of rough particles, or even earth an electrostatically charged system, resulting in a different outcome in each case.

Making measurements

The pragmatic response to this complexity has been to develop measurement techniques that classify flow behaviour with just a single figure, such as flow through an orifice, angle of repose or tapped density. These traditional techniques provide some measure of flow but are limited for the purposes of process and product optimisation as they typically suffer from poor repeatability and don’t necessarily generate data that correlate with process performance. Powder processors increasingly recognise the importance of employing a number of complementary techniques to rationalise flow behaviour and the need to adopt methods that generate accurate, reliable and relevant data.

Introducing dynamic testing

Dynamic powder testing involves measuring a powder in motion. A flow energy is determined by measuring the axial and rotational forces acting on a blade as it travels along a defined path through a powder sample. Rotating the blade downwards applies a compacting force by pushing the powder against the base of the test vessel while an upward traverse produces a low stress, lifting action. The resulting parameters are Basic Flowability Energy (BFE) and Specific Energy (SE) respectively which directly quantify how a powder flows under different conditions and have been shown to reliably correlate with process performance. Dynamic powder testing has the benefit of evaluating a flowing powder and, due to the fact that powders can be tested in a consolidated, conditioned, aerated or even fluidised state, the test conditions can be chosen to simulate the process environment. This approach provides a highly sensitive method which is capable of differentiating powders that are otherwise classified as identical.

Assembling a modern powder testing toolkit

Dynamic powder testing represents a significant advance in the field of powder characterisation and one with proven value for powder processors. However, it is most usefully applied in combination with complementary techniques.  Modern powder testers incorporate dynamic, shear and bulk property methodologies in one device. Shear testing is a well-established technique for characterising powders previously consolidated under moderate to high stress conditions. Modern shear cell testers simplify the generation of data required to support the design protocols developed by Jenike. For this reason, they are an important part of the powder testing toolkit although the technique can be employed well beyond its original remit. Figures 1a and 1b show shear and dynamic test data for two samples of titanium dioxide. Shear data indicate that the two samples are identical but the flow energy identifies clear differences suggesting that under certain process conditions, these samples may behave identically but their performance under other conditions may vary significantly.  For example, a hopper designed to handle each material may require the same outlet dimensions but the process parameters for a die filling rig or blender may need to be adjusted because of the distinct differences in dynamic flow properties. This highlights the need for a range of measurements when trying to understand and rationalise powder behaviour.

Bulk parameters such as density, compressibility and permeability are also highly relevant. They are required for certain design calculations but can also be extremely helpful in rationalising complex behaviour patterns. The permeability of a powder, for example, describes how easily a powder transmits or retains air and this has a significant impact on how it behaves in processes such as filling and pneumatic conveying. Information on compressibility is valuable in any environment where a powder is exposed to an external stress such as during storage or in a tablet press. Together, dynamic, shear and bulk properties describe the mechanisms that dictate flow behaviour and provide the information needed for successful process optimisation. This is exemplified by a study in which the dynamic, shear and bulk properties of a limestone sample were measured as a function of moisture content in order to assess the impact of humidity. The shear data remained relatively consistent as moisture content increases but BFE, Compressibility and Permeability exhibited significant changes, (see Figures 2a, b & c.) The increase in the flow energy of limestone suggests that it becomes more cohesive as moisture content increases. This could be due to water acting as a binder, forming liquid bonds that encourage the particles to attach to each other. Compressibility also increased reinforcing the theory that the limestone becomes more cohesive with increasing moisture content. Cohesive powders tend to form agglomerates and air becomes entrained within and between the agglomerates resulting in a more compressible material. Permeability however shows a more unusual response, first decreasing with the introduction of moisture and returning near to its original value as moisture content increases further. This means that in certain processes, performance may degrade as humidity increases but actually improve at higher humidity levels. The response illustrates how changes in process conditions may not affect performance in a predictable manner and demonstrates how multiple parameters are required to comprehensively describe a powder’s response.

Conclusion

There are many powder testing techniques available but in order to deliver value, methods must prove to be reliable, reproducible and relevant. Techniques that meet these essential criteria can guide formulation scientists and process engineers through the challenges of working with powders.

Figures & Images

Figure 1(a)

Figure 1(b)

Figure 2(a)

Figure 2(b)

Figure 2(c)

For more information, please visit our website: www.nexus-analytics.com.my or visit our booth 4AC09 at LabAsia 2017, 10 – 12 October 2017 at Kuala Lumpur, Malaysia.

ADVANCED SOLUTIONS FOR THE SCIENTIFIC COMMUNITY

Nexus Analytics is now the Exclusive Distributor for Netzsch products in Malaysia & Singapore. NETZSCH is well known as the leader of Thermal Analysis Instruments. It has consistently invested over the long term into innovative new developments and advanced technologies, conceived for state-of-the-art application tasks in materials research and development, quality assurance and process optimization.

We have a full suite of demo instruments in both Malaysia & Singapore including DSC, TGA & STA.

About Us

As a leader in the distribution and support of scientific research products in South East Asia, Nexus Analytics represents renowned manufacturers from around the world in providing current and next-generation tools and technologies focusing on integrated solutions and applications, including comprehensive service support to meet your growing needs; from consultation, development and implementation of customized solutions to integrating, installing, commissioning and providing world class technical support.

We exclusively represent and support leading brands of analytical instruments and consumables including:

  • FT-IR, FT Raman, Dispersive Raman and NIR spectrometers (Thermo Scientific)
  • Thermal & Thermophysical Analysis (Netzsch)
  • HPTLC and Flash Chromatography systems and supplies (CAMAG & Biotage)
  • Mercury & Arsenic analyses (PSA)
  • Automated and manual Sample Preparation systems (Biotage)
  • Particle & Powder characterization (Horiba, FreemanTech, Fluidimaging)

Whether you need equipment for sample preparation & purification , material characterization, analytical chemistry or even custom projects, we can meet your expectations and provide a solution.

For more information, please visit our website: www.nexus-analytics.com.my, or visit our booth 4AC09 at LabAsia 2017, 10 – 12 October 2017 at Kuala Lumpur, Malaysia.

Waters Strengthens Malaysia Presence with New Solution Centre

KUALA LUMPUR, February 28, 2017 -- Waters Corporation (NYSE:WAT) announced today the opening of a new Solution Centre in Malaysia designed to advance liquid chromatography and mass spectrometry analytical capabilities. Equipped with application development, demonstration and training facilities, the new Solution Centre in Malaysia further strengthens Waters' footprint in the region while addressing the specific needs of laboratory scientists in Malaysia.

The new Centre will offer customers the innovative and high-tech analytical systems to support the pharmaceutical and life sciences, food and environmental, chemical material and clinical research areas.

"This is another milestone for us to better support customers for their LC/MS applications and their education needs after our office opening in Malaysia. With the increasing demand of customers in the country, the solution centre has deployed advanced technology including the new triple quadrupole mass spectrometer for demonstration and training to the benefits of our valued customers," says Mathieu Laouenan, General Manager - SEA & Australasia, Waters Pacific Pte Ltd.

Located in D7-1-G Block D7, Pusat Perdagangan Dana 1, Jalan PJU 1A/46, 47301 Petaling Jaya, Selangor, the new Centre is equipped with state-of-the-art separation science and mass spectrometry technologies. Currently, the centre houses the ACQUITY® Ultra Performance Convergence Chromatography (UPC2®) system, the award-winning mass detector ACQUITY® QDa®, the XEVO® TQ-S micro triple quadrupole mass spectrometer, the Alliance® HPLC system, and the ACQUITY ArcTM UHPLC system along with related software and sample preparations devices.

“Delivering benefit is Waters’ core value. The investment in this new Solution Centre reinforces that commitment to our customers. Scientists can now choose the right technology platform for their laboratories through firsthand experiences with Waters' technologies, as well as continued training and support after a purchase is made,” says Krishna Kodoth, General Manager - Malaysia, Waters Analytical Instruments Sdn. Bhd.

About Waters Corporation (www.waters.com) Waters Corporation (NYSE:WAT) develops and manufactures advanced analytical and material science technologies for laboratory dependent organizations. For more than 50 years, the company has pioneered a connected portfolio of separations science, laboratory information management, mass spectrometry and thermal analysis systems.

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Contact:
Stephy Lok, +603-7841 1675
Marketing Communications
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NUCLEOSIL® Columns by MACHEREY-NAGEL is Now Available in Malaysia

NUCLEOSIL® columns are widely used in HPLC for validated methods. The brand was one of the first spherical silicas for HPLC that comes with numerous different modifications, particle sizes, and pore sizes. It is renowned around the globe due to its versatile applicability.

Back to 1974, Machery-Nagel successfully developed a robust silica phase and it is one of the first “silicas of the 2nd generation”. Today, Machery-Nagel manufactured the NECLUOSIL® exclusively in Germany and it is now one of the most used HPLC silicas in quality control around the world.

NUCLEOSIL® is a family of totally porous spherical silicas. It features a very pure and uniform SiO2 stucture and have gained wide acceptance as routine chromatographic packings for various fields of modern chromatography. It allows high bed stability due to spherical particles, high efficiency due to narrow particle size distribution, high separation performance due to optimized binding techniques, high chemical and mechanical stability, high load capacity and recovery rates and high reproducibility from lot to lot.

CSQ Analytics Sdn Bhd, the scientific solution provider, is now the exclusive distributor of NUCLEOSIL® in Malaysia. It will be presented by CSQ Analytics at Lab Asia exhibition in year 2017, along with laboratory products of international brands from Macherey-Nagel, Boeco, Gastec, Mettler-Toledo, TM Media and...etc.

Complete Microbiology Solution from Medigene

Medigene offers complete microbiology solutions to support each stage in microbiology testing and research. These products are:

Sample collection
-          Transport Swabs
-          Specimen Containers
-          Air Ideal (Air Monitoring)
-          Sampl’ Air (Air Monitoring)
-          Quantiswab
-          Blood Collection Tube
 
Sample preparation
-       Dilumat Automated Sample Diluter
-       Smasher
-       Easy Mix
Culture media preparation
-          Masterclave Media Preparator
-          APS One Automated Culture Filling System
-          XY500 Automated Culture Filling System
-          PMi High Precision Peristaltic Dispenser
Culture media
-          Prepared Culture Media
-          Dehydrated Culture Media
-          Chromogenic Culture Media
-          Bioball QC Reference
 
Microscopic Screening & Inoculation
-          Color Gram 2 (Gram Stain)
-          Oxidase – Catalase
-          Previ Color Gram Automated Gram Staining System
-          WASP Walk Away Specimen Processor
 
Enumeration, Incubation & Temperature Monitoring
-          ChemScan RDI Solid-Phase Cytometer
-          D-count Flow Cytometry Analyzers
-          Bactiflow Rapid Microbiology Analyzers
-          BacT/Alert 3D Blood Culture System
-          BacT/Alert Virtuo Blood Culture System
-          Labguard 3D Environment Monitoring System
 
Identification & Antibiotics susceptibility testing
-          BioFire (Multiplex PCR Detection System)
-          Slidex (Rapid Bacterial Identification Reagent)
-          VIDAS immunoassay system
-          GENE-UP real-time PCR pathogen detection
-          RAL Stainer (Tuberculosis Staining)
-          Nuclisens (Nucleic Acid Extraction System)
-          VIKIA (Rapid Testing Kit)
-          EC2 colony counter
-          Etest (Antibiotics Strip)
-          VITEK 2 system (Microbial Identification)
-          VITEK MS system (Microbial Identification)
-          API strips (Microbial Identification)
-          Diversilab (DNA Fingerprinting)
-          Argene (Real-time PCR and Immunology)

 

Medigene is a biotech company specializes in distributing and marketing Lab Chemical, Laboratory & Diagnostic Equipment and services to support basic research as well as application for laboratories in Malaysia. Since establishment, we have been supplying Laboratory & Diagnostic Equipment and Lab Chemical to various industries which include universities, colleges, research institutes, hospitals, diagnostics laboratories, biotech companies and private sectors. With years of experience in laboratory instrumentation, we are now one of the leading Lab Instrument and Lab Chemical Suppliers in Malaysia.

ADVANCED SOLUTIONS FOR THE SCIENTIFIC COMMUNITY

Isolera Spektra is a world leading Automated Flash System designed to purify synthesis reaction mixtures, natural product extracts, and other organic compound mixtures from milligram to multi-gram quantities. It features an additional host of both labour and cost saving features such as TLC-to-step gradient, full spectral analysis, lambda all collection, 3D view and improved baseline correction algorithms, allowing the same chemistries and purifications to be run but significantly reducing the amount of solvent required and time to do so.

Research Instruments is now an EXCLUSIVE DISTRIBUTOR for Biotage. Biotage offers solutions, knowledge and experience in the areas of analytical and medicinal chemistry.

As a leader in the distribution and support of scientific research products in South East Asia,
Research Instruments represent renowned manufacturers from around the world in providing current and next-generation tools and technologies focusing on integrated solutions and applications, including comprehensive service support to meet your needs from consultation, development and implementation of customized solutions to integrating, installation, commissioning and after- sales support through effective ISO-9000 certified, GMP-compliant logistics.

Research Instruments has organized and hosted some of the first commercial seminars and workshops in advanced technologies. Some of these technologies included FT-Raman spectroscopy (Thermo Scientific), Particle characterization (Horiba, XoptiX, Fluid-Imaging & Freeman Tech), Thermal analysis, DSC, TGA, Mercury , Arsernic & Selenium Analysis (PS Analytical).

Whether you need equipment for sample preparation & purification , material characterization, analytical chemistry or even custom projects, Research Instruments can meet your expectations and provide a solution.

For more information, please visit our website: www.ri.com.my

Beijing Titan Instrument features FIA – 6000+, the Automatic Flow Injection Analyser

Beijing Titan Instrument Co., Ltd was established in year 2000 and has been positioned as a leading company in the development and manufacturing of Atomic Fluorescence Spectrometers and Flow Injection analyser in China.  We take pride in the designing, manufacturing and delivering the innovative technologies to the marketing . The product have been used for metal, food, clinical, water and environmental analysis. Titan Instrument strives to provide the accurate, reliable and professional laboratory equipment in the worldwide. We holds the ISO9001, UKAS, FCC certificates. The instruments have been exported to USA Japan, Italy, Korea, Malaysia and some other foreign countries.

FIA – 6000+, the Automatic Flow Injection Analyser is one of the featured product of Beijing Titan Instrument. FIA – 6000+ adpots continuous flow injection analysis technology for fast and efficient detection process on samples . FIA – 6000+ is a multi-channel analyser that supports up to 8 channels simultaneous detection. Each channel is equipped with separate detector, and can be used as independent analytical instrument. The system uses high sensitivity dual-beam designed detector with high degree of reproducibility and ppb level detection limit.

Besides, FIA-6000+ has advanced online degasser to remove air bubbles which may cause interference during analysis. It uses high-precision peristaltic pump injection. There is 160 units polar auto sampler to support double needle injection. The ratio diluter can automatically configure the calibration curve and super scalar online sample dilution. Its double-needle design is better for increasing the dilution factor.

FIA series flow injection analyser workflow

FIA – 6000+ can be used to test water and sewage, soil and plants, fertilizer, food grains, drinks and beer, milk and products as well as meat products.

Beside FIA – 6000+, Beijing Titan Instrument also produces Atomic Fluorescence Spectrometer and Atomic Fluorescence Speciation Analyzer for toxic element analysis, such as As、Se、Hg、Sb、Pb、Cd、Te、Sn、Bi、Ge、Zn at trace level.

 

Science Valley – A company that SATISFIED scientific needs…

Incorporated in 2004, Science Valley Sdn Bhd is now the main supplier of research and scientific instruments in three main segments: clinical diagnostic, life science and molecular pathology. To provide the best of technology to the customers in these segments, Science Valley has brought many scientific products of big international brands to Malaysia, providing the industry in Malaysia an easy access to the advanced technologies from foreign countries.

 

With our tagline-Reliable Always; it clearly defines us above the rest with our reliability in terms of technical support. We have a group of engineers and application scientists trained and certified by our principals throughout the world.

Besides that, Science Valley has also ventured into lab services to provide a range of comprehensive gene expression studies catered for researchers needs. Types of services offered ranges from:

1)      DNA/RNA/Protein  sample QC

2)      Microarray Services

3)      Data Analysis

Currently, Science Valley represents various premium brands for research and clinical settings. Our products includes high quality lab consumables to general laboratory equipment’s and tissue culture plastic ware.  Life Sciences and Clinical Departments are able to assist in your lab and research needs with the help of leading brands like Axygen, TPP, Biologix, Hettich and Desmon. In addition, Molecular and Diagnostic Department represents brands like Agilent and Seegene to supply top quality PCR and diagnostic kits, Microarray and Next Generation Sequencing solutions as well as equipment for gel-documentation.

 

Today, we have grown into a medium size company which fulfilled the ever expanding scientific world!