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Sorisole, Italy
51-100 Employees
1988
TAKING PRODUCTIVITY AND PERFORMANCE TO THE NEW HEIGHTS. GAIN PRODUCTIVITY IN FAT DETERMINATION ON ANY MATRIX.
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Featured
Latest generation of dedicated microwave synthesis systems
... Microwave Assisted Synthesis for synthetic protocols - Milestone - Helping ...
Mumbai, India
501-1000 Employees
1980
Today we are proud to have the most comprehensive product range and experience in most market sector. We are a motivated team, who will responsibly and profitably grow our company through innovation and operational excellence. Our products are planned on a long-term basis; our long-term planning guarantees that we release technically mature and thoroughly tested products to the market. We are actively working to encourage our activities for protecting the environment among suppliers, providers and customers. Along with manufacturing of dissolution apparatus, pH meters, conductivity meter, titrators etc which find application in almost all the Industries like Pharmaceutical, Chemical, Food, Petrochemical, Lubricant, Beverage, Effluent, Paint etc., in both Quality Control and R&D Departments. Our technical expertise in the field of analytical laboratory instrumentation for the past three decades has resulted in launching new instruments complying with International Standards in terms of Quality, Performance, Reliability, Regulatory and GLP/GMP. Driven by our integrity, responsiveness and focus on continuous improvement. To be a globally admired manufacturing company, providing excellent quality products to our customers.
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Featured
Microwave Synthesis Discover System
... Microwave Synthesis Discover System | Labindia ...
Xi'an, China
11-50 Employees
2010
We are Omizzur and we make research efficient. Omizzur is focus on peptide and providing services for life sciences research, drug discovery companies all of the world. Omizzur (Omizzur Biotech) was established in 2019 and is located in Xi'an city. Omizzur is a high-tech biotech peptide company focus on custom peptide synthesis. For now Omizzur has more than 70 mature peptide products for R&D purpose. Omizzur ltd is one of the state of the art custom peptide synthesis companies with success rate 95.0%. Omizzur provides HPLC and MS test results free of charge when sending products. Omizzur biotech custom peptide synthesis price list here.
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Microwave in peptide synthesis of Omizzur
... Microwave in peptide synthesis of ...
Burlington, Canada
11-50 Employees
2015
We are pleased to announce the opening of our brand new Technology Centre, housing a state-of-the-art applications laboratory. They provide national leading expertise in powders and materials characterization laboratory technologies and offer immediate delivery on a variety of products. This transaction is a strong fit with ATS’ customers, suppliers, and staff as strategic expansion will lead to innovation, increased efficiencies, and better service for our valued customers. In October 2022, ATS Scientific acquired Folio Instruments Inc., a Kitchener-ON based provider of scientific equipment and services, making the combined company one of the largest independent scientific equipment providers in Canada. All products sold are supported by factory trained Technical Sales/Support and Service Representatives with well over 250 years combined customer support. Application driven consultations including sample evaluations and instrument demonstrations are routinely offered to their clientele. Formulations of powders require efficient design processes to manufacture consistently high-quality products. ATS offers a wide range of high-end equipment for measuring the physical properties and characterization of powders.
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Featured
Milestone Inc Products - ATS Scientific
... microwave synthesis ...
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Featured
Personal Chemistry Emrys Optimizer Automated Microwave Synthesis System
... Used Personal Chemistry Emrys Optimizer Automated Microwave Synthesis System for sale. SSLLC offers a wide selection of used Microwave Synthesizers for your Used Lab Equipment needs. ...
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Featured
Microwave Assisted Synthesis of Some Novel Chalcones
... Donauland - Ihre Welt der Vorteile - Microwave Assisted Synthesis of Some Novel ...
Mumbai, India
1-10 Employees
2016
Teccord Engineering Solution is a growing industry leader with 15+ years of experience and a global footprint across 20+ countries. Teccord, as the name implies, always ready for any technical support and supplies. Teccord an important source for any and all resources. Teccord has always made our quest easier to reach an appropriate choice of solution for any walk in Pharmaceuticals be it Process Lines, supports, Accessories, spares and Packing Materials. A strong team of process engineers, technicians, researchers, Teccord leads customer service in procurement of pharma equipments, design, manufacturing and automation, project management, process engineering, design engineering, automation, qualification, documentation, validation, and training, excelling in after sales support and process solutions complied to standards of USFDA, UKMCA, EHEDG, ASME, BPE & CGMP. Delivered equipment and services are of top quality, thus recommend to do business and for sure we will also execute more projects with Teccord.
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CEM-Microwave Digestion - Synthesis -Peptide -Extraction - Teccord
... Microwave synthesis allows you to create new molecules and compounds with unrivaled reaction accuracy, safety, and flexibility. ...
Singapore
Hitachi’s latest series of differential scanning calorimeter (DSC), delivers superior sensitivity with exceptional baseline stability. Two models are offered – NEXTA DSC600 and NEXTA DSC200. The Bettersize BeNano 180 Zeta Pro is the 5th generation DLS particle size analyser that features a variety of top-end components and technologies to bring a whole new level of nanoparticle characterisation. BTE (Baltimore Therapeutic Equipment) is a leading provider of advanced solutions for testing and rehabilitation that take the guesswork out of occupational therapy, physiotherapy, and sports medicine. The Turbiscan is the perfect solution for identification, quantification and comparison of destabilisation phenomena, as well as shelf life testing of dispersions. The ability to disperse particles to obtain a homogeneous product is of great interest as it influences the behaviour of the product. Turbiscan is the only instrument that allows particle size measurement in the sample’s native state without dilution. Turbiscan is the first patented technology to analyse destabilisation mechanisms in concentrated dispersed media and thus the only to offer accelerated aging tests on the actual unstressed products.
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Featured
High Throughput Synthesizers
... NAVIGATOR™ - Microwave-Assisted Synthesis ...
Egypt
11-50 Employees
1991
MESLO Egypt & North Africa is a private company in the field of scientific and laboratory equipment. The management team at MESLO shares a wealth of practical experience in scientific & laboratory equipment in Egypt & Africa, in addition to fully understanding the local and regional markets needs and potentials. MESLO Egypt is taking a leading role in providing high service and products with our long-term partnership worldwide to address the needs of our customers. MESLO Egypt aim is to introduce full customer solution, WE believe that best invests in our team development, which is in-line with supporting the business growth and challenges,. MESLO team will be present at the 24th Kenya International Trade Exhibition 2023. We are proud to work with few of the biggest companies in the world, some of our partnerships are the result of long-term relationships. Established in 1991 with a primary objective of representing a number of internationally renowned companies/manufacturers of scientific and laboratory equipment to offer the best possible services to the local and regional markets, MESLO has managed to acquire both an impressive list of representation contracts, and has also built a distinguished client list. TEM is a high-resolution imaging technique in which a beam of electrons passes through a thin sample to produce an image.
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Products – MESLO Egypt & North Africa for Scientific Equipment
... Microwave Synthesis ...
501-1000 Employees
2009
Sciforum is an event planning platform that supports open science by offering the opportunity to host and participate in academic events. Sciforum was launched in 2009 by MDPI, an academic open-access publisher with headquarters in Basel, Switzerland. Sciforum does not only offer the possibility to participate in events, but invites scientists to organize their own events. It provides an environment for scholarly exchange, discussion of topics of current interest, building of networks and establishing collaborations.
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Symposium on Microwave Assisted Synthesis
... Symposium on Microwave Assisted Synthesis ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Microwave Synthesis
| Country with most fitting companies | India |
| Amount of fitting manufacturers | 12 |
| Amount of suitable service providers | 10 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1980 |
| Youngest suiting company | 2016 |
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Microwave synthesis refers to a chemical synthesis technique where microwave radiation is utilized to heat solvents and reactants in a controlled manner, significantly accelerating reaction rates compared to conventional heating methods. This technique leverages the ability of microwave energy to interact directly with molecules, inducing dipolar rotation and ionic conduction, which in turn generates heat. Unlike traditional thermal methods, where heat is transferred from the surface of the vessel to its contents, microwave synthesis ensures uniform heating throughout the material, leading to more uniform reaction conditions. This method has revolutionized organic synthesis, polymer science, and nanomaterials preparation by offering remarkable advantages such as reduced reaction times, higher product yields, and enhanced product purity. Furthermore, microwave synthesis contributes to green chemistry by promoting energy efficiency and reducing the need for toxic solvents and reagents. Its impact extends beyond laboratory research, influencing pharmaceutical development, material engineering, and environmental applications. By enabling rapid synthesis of complex molecules and materials, microwave synthesis plays a crucial role in accelerating the pace of research and development across various scientific disciplines, fostering innovation and efficiency in the creation of new products and technologies.
1. Speed
Microwave synthesis dramatically reduces reaction times compared to traditional methods. Where conventional synthesis may take hours or even days, microwave-assisted reactions can often be completed in minutes. This speed is due to the microwave's ability to directly heat the reaction mixture, leading to faster molecular interactions.
2. Energy Efficiency
The direct heating mechanism of microwave synthesis not only speeds up chemical reactions but also makes them more energy-efficient. Traditional heating methods often require external heat sources that can lead to significant energy loss. In contrast, microwaves target the reaction mixture itself, minimizing energy waste and contributing to a greener synthesis process.
3. Enhanced Purity
Microwave synthesis often results in products with higher purity compared to those produced by conventional methods. The precise control over reaction conditions allows for more selective reactions, reducing the formation of by-products. This advantage is particularly important in pharmaceutical synthesis, where impurity levels are strictly regulated.
4. Improved Yield
The efficiency and selectivity of microwave synthesis frequently lead to higher yields. The targeted heating and rapid reaction times reduce the chance of unwanted side reactions, directly translating to more of the desired product being produced from the same amount of reactants.
While evaluating the different suppliers make sure to check the following criteria:
1. Technology Compatibility
Ensure the equipment is compatible with your current lab setup and research needs. Look for adaptability in software and hardware.
2. Output Efficiency
Evaluate the supplier's microwave synthesis systems for their efficiency in terms of yield and purity of the synthesized compounds.
3. Safety Features
Safety should be a priority. Check for built-in safety mechanisms to protect users from high temperatures and pressures.
4. After-Sales Support
A reliable supplier should offer comprehensive after-sales support, including training, maintenance, and troubleshooting services.
5. Scalability
Consider whether the system can be easily scaled up for larger production runs without compromising quality.
6. Cost-Efficiency
While initial cost is a factor, also assess the long-term value in terms of durability, energy consumption, and operational costs.
7. Reputation and Reviews
Research the supplier's reputation in the market and read reviews from current users to gauge satisfaction and reliability.
Microwave synthesis is revolutionizing the pharmaceutical industry by offering faster and more efficient methods for drug development. By applying microwave energy, chemical reactions required for creating pharmaceutical compounds are significantly accelerated. This not only shortens the development cycle for new drugs but also enhances the purity of the final product, making microwave synthesis a valuable tool for pharmaceutical companies aiming to bring new medications to market more quickly and with higher quality. In the field of material science, microwave synthesis plays a crucial role in the development of advanced materials. The precise control and rapid heating capabilities of microwave synthesis enable the creation of nanomaterials and polymers with unique properties, essential for innovations in electronics, aerospace, and automotive industries. This method's ability to produce materials with superior characteristics, such as increased strength or improved thermal resistance, opens up new possibilities for product development and performance enhancement. The chemical manufacturing sector benefits from microwave synthesis through its application in organic synthesis processes. This method offers a greener alternative to traditional synthesis techniques by reducing solvent use and energy consumption. The efficiency and selectivity of microwave synthesis enable chemical manufacturers to produce high-quality products while minimizing waste and environmental impact, aligning with the growing demand for sustainable industrial practices.
Microwave synthesis, a technique used in chemical synthesis, leverages microwave energy to heat solvents and compounds, accelerating reaction rates significantly compared to conventional heating methods. This technology currently sits at a Technology Readiness Level (TRL) of 9, which signifies that it is fully mature and has been proven to work in its final form under operational conditions. The ascent to TRL 9 is attributed to several technical factors. First, the precision control of microwave energy allows for uniform heating, reducing the risk of hotspots and improving reaction yields. Additionally, microwave synthesis has demonstrated scalability from laboratory to industrial scales, with equipment and methodologies well-established for various chemical reactions. The technology's integration into pharmaceutical, material science, and polymer industries, among others, showcases its adaptability and effectiveness in diverse applications. Moreover, the environmental benefits, such as reduced solvent usage and energy efficiency, align with current sustainability goals, further cementing its position at TRL 9. These technical advancements and proven operational successes underscore the maturity and reliability of microwave synthesis in today's chemical synthesis landscape.
In the Short-Term, microwave synthesis is poised to see significant improvements in efficiency and safety. Developers are focusing on enhancing the precision of temperature control and microwave radiation distribution, enabling more uniform reactions. This development promises to reduce reaction times drastically and improve yield, making microwave synthesis an even more attractive option for rapid compound development in pharmaceuticals and materials science. Looking towards the Mid-Term, integration with automated and AI-driven systems is expected to revolutionize microwave synthesis. By incorporating machine learning algorithms, the technology will predict optimal reaction conditions, reducing the need for extensive manual experimentation. This phase will also see the introduction of modular designs, allowing for greater customization and scalability in synthesis setups to accommodate a broader range of chemical reactions and materials. In the Long-Term, microwave synthesis technology is anticipated to expand beyond laboratory settings into industrial-scale applications. Advances in scalability and safety will facilitate the adoption of microwave synthesis for mass production, particularly in creating new materials and pharmaceuticals. Environmental sustainability will also be a focus, with innovations aimed at reducing energy consumption and minimizing waste, marking microwave synthesis as a cornerstone technology in green chemistry.
Some interesting questions that has been asked about the results you have just received for Microwave Synthesis
What are related technologies to Microwave Synthesis?
Based on our calculations related technologies to Microwave Synthesis are Aromatics, Desiccants, Refrigerants, Resins, Green Chemistry
Which industries are mostly working on Microwave Synthesis?
The most represented industries which are working in Microwave Synthesis are Science and Engineering, Biotechnology, Commerce and Shopping, Health Care, Manufacturing
How does ensun find these Microwave Synthesis Companies?
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