NeoRaman

NeoRaman -Provides cutting-edge technology-enabled precision testing solutions for the global medical and health field

·Disease diagnosis: Used to detect diseases such as cancer and diabetes, by identifying molecular characteristics in tissues and body fluids.
·Drug research and development: Analyze drug components, molecular structure and crystal forms, and monitor drug metabolism and distribution.
·Cell and tissue research: Analyze the chemical composition of living cells without damaging the sample.

Medical and Biology

·Disease diagnosis: Used to detect diseases such as cancer and diabetes, by identifying molecular characteristics in tissues and body fluids. ·Drug research and development: Analyze drug components, molecular structure and crystal forms, and monitor drug metabolism and distribution. ·Cell and tissue research: Analyze the chemical composition of living cells without damaging the sample.

·Poison testing: Quickly identify harmful substances such as drugs and explosives.
·Cultural relics identification: Analyze the chemical composition of cultural relics and determine the source and age.
·Evidence analysis: Rapid detection of fibers, paint, chemicals, etc. at crime scenes.

Forensic Medicine and Security

·Poison testing: Quickly identify harmful substances such as drugs and explosives. ·Cultural relics identification: Analyze the chemical composition of cultural relics and determine the source and age. ·Evidence analysis: Rapid detection of fibers, paint, chemicals, etc. at crime scenes.

·Pollution monitoring: Analyze pollutants in water, atmosphere and soil, such as organic matter, heavy metals, etc.
·Plastic recycling: Quickly sort different types of plastics.
Mineral analysis: Identify mineral composition and crystal structure to aid in geological research.

Environmental Science

·Pollution monitoring: Analyze pollutants in water, atmosphere and soil, such as organic matter, heavy metals, etc. ·Plastic recycling: Quickly sort different types of plastics. Mineral analysis: Identify mineral composition and crystal structure to aid in geological research.

·Food quality control: Detection of additives, pollutants and adulterated substances in food.
·Agricultural product analysis: Monitor pesticide residues and assess the quality of agricultural products.
·Beverage industry: Analyze the chemical composition of alcohol, fruit juice, etc.

Food and Agriculture

·Food quality control: Detection of additives, pollutants and adulterated substances in food. ·Agricultural product analysis: Monitor pesticide residues and assess the quality of agricultural products. ·Beverage industry: Analyze the chemical composition of alcohol, fruit juice, etc.

·New energy materials: Study the chemical characteristics of battery materials, solar cells and fuel cells.
·Carbon capture and storage: Analyze captured carbon dioxide and related reaction products.

Energy and Environmental Technology

·New energy materials: Study the chemical characteristics of battery materials, solar cells and fuel cells. ·Carbon capture and storage: Analyze captured carbon dioxide and related reaction products.

·Process monitoring: Online detection of chemical reaction processes and real-time regulation of parameters.
·Petrochemical industry: Analyze the chemical composition and reaction efficiency of petroleum products.
·Coatings and films: Study the uniformity and thickness of surface coatings.

Industrial Production

·Process monitoring: Online detection of chemical reaction processes and real-time regulation of parameters. ·Petrochemical industry: Analyze the chemical composition and reaction efficiency of petroleum products. ·Coatings and films: Study the uniformity and thickness of surface coatings.

·Raw material testing: Quickly identify the composition and purity of raw materials.
·Quality control: Monitoring the reaction process and final product quality in drug production.
·Polymer analysis: Study the chemical bonds and molecular structure of polymers.

Chemical and Pharmaceutical Industry

·Raw material testing: Quickly identify the composition and purity of raw materials. ·Quality control: Monitoring the reaction process and final product quality in drug production. ·Polymer analysis: Study the chemical bonds and molecular structure of polymers.

·Semiconductor industry: Analyze crystal structure, stress distribution and optoelectronic properties of materials.
·Nanomaterials: Study the characteristics of nanomaterials such as carbon nanotubes and graphene.
·Metals and alloys: Detect metal corrosion and surface coatings.

Materials Science

·Semiconductor industry: Analyze crystal structure, stress distribution and optoelectronic properties of materials. ·Nanomaterials: Study the characteristics of nanomaterials such as carbon nanotubes and graphene. ·Metals and alloys: Detect metal corrosion and surface coatings.

·Disease diagnosis: Used to detect diseases such as cancer and diabetes, by identifying molecular characteristics in tissues and body fluids.
·Drug research and development: Analyze drug components, molecular structure and crystal forms, and monitor drug metabolism and distribution.
·Cell and tissue research: Analyze the chemical composition of living cells without damaging the sample.

Medical and Biology

·Disease diagnosis: Used to detect diseases such as cancer and diabetes, by identifying molecular characteristics in tissues and body fluids. ·Drug research and development: Analyze drug components, molecular structure and crystal forms, and monitor drug metabolism and distribution. ·Cell and tissue research: Analyze the chemical composition of living cells without damaging the sample.

·Poison testing: Quickly identify harmful substances such as drugs and explosives.
·Cultural relics identification: Analyze the chemical composition of cultural relics and determine the source and age.
·Evidence analysis: Rapid detection of fibers, paint, chemicals, etc. at crime scenes.

Forensic Medicine and Security

·Poison testing: Quickly identify harmful substances such as drugs and explosives. ·Cultural relics identification: Analyze the chemical composition of cultural relics and determine the source and age. ·Evidence analysis: Rapid detection of fibers, paint, chemicals, etc. at crime scenes.

·Pollution monitoring: Analyze pollutants in water, atmosphere and soil, such as organic matter, heavy metals, etc.
·Plastic recycling: Quickly sort different types of plastics.
Mineral analysis: Identify mineral composition and crystal structure to aid in geological research.

Environmental Science

·Pollution monitoring: Analyze pollutants in water, atmosphere and soil, such as organic matter, heavy metals, etc. ·Plastic recycling: Quickly sort different types of plastics. Mineral analysis: Identify mineral composition and crystal structure to aid in geological research.

·Food quality control: Detection of additives, pollutants and adulterated substances in food.
·Agricultural product analysis: Monitor pesticide residues and assess the quality of agricultural products.
·Beverage industry: Analyze the chemical composition of alcohol, fruit juice, etc.

Food and Agriculture

·Food quality control: Detection of additives, pollutants and adulterated substances in food. ·Agricultural product analysis: Monitor pesticide residues and assess the quality of agricultural products. ·Beverage industry: Analyze the chemical composition of alcohol, fruit juice, etc.

·New energy materials: Study the chemical characteristics of battery materials, solar cells and fuel cells.
·Carbon capture and storage: Analyze captured carbon dioxide and related reaction products.

Energy and Environmental Technology

·New energy materials: Study the chemical characteristics of battery materials, solar cells and fuel cells. ·Carbon capture and storage: Analyze captured carbon dioxide and related reaction products.

·Process monitoring: Online detection of chemical reaction processes and real-time regulation of parameters.
·Petrochemical industry: Analyze the chemical composition and reaction efficiency of petroleum products.
·Coatings and films: Study the uniformity and thickness of surface coatings.

Industrial Production

·Process monitoring: Online detection of chemical reaction processes and real-time regulation of parameters. ·Petrochemical industry: Analyze the chemical composition and reaction efficiency of petroleum products. ·Coatings and films: Study the uniformity and thickness of surface coatings.

·Raw material testing: Quickly identify the composition and purity of raw materials.
·Quality control: Monitoring the reaction process and final product quality in drug production.
·Polymer analysis: Study the chemical bonds and molecular structure of polymers.

Chemical and Pharmaceutical Industry

·Raw material testing: Quickly identify the composition and purity of raw materials. ·Quality control: Monitoring the reaction process and final product quality in drug production. ·Polymer analysis: Study the chemical bonds and molecular structure of polymers.

·Semiconductor industry: Analyze crystal structure, stress distribution and optoelectronic properties of materials.
·Nanomaterials: Study the characteristics of nanomaterials such as carbon nanotubes and graphene.
·Metals and alloys: Detect metal corrosion and surface coatings.

Materials Science

·Semiconductor industry: Analyze crystal structure, stress distribution and optoelectronic properties of materials. ·Nanomaterials: Study the characteristics of nanomaterials such as carbon nanotubes and graphene. ·Metals and alloys: Detect metal corrosion and surface coatings.

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Industry Application

Why Choose NeoRaman

scenario solutions

Deeply delve into vertical fields such as medical care and scientific research, and combine industry Know-How and Raman technology to provide an integrated solution of "Raman Technology + Industry Brain".

Deep integration of software and hardware

From enhancement liquids, Raman spectroscopy detection instruments to data processing systems, the deep integration of hardware and Raman technology is realized. Self-developed Raman spectrometer and processing system. The company has the world's leading core patents and software copyrights.

Data closed-loop continues to evolve

Collection-analysis-application-optimization "full-process data closed-loop, relying on massive real scene data and algorithm technology to achieve real-time optimization of model parameters.

security compliance

Strictly comply with national standards and regulations such as GB/T 40219-2021 General Specifications for Raman Spectrometers, JJF1818-2020 Calibration Specifications for Raman Spectrometers, T/CAQI108 -2020 Verification and Evaluation Specifications for Portable Raman Spectrometers, and Quality Management Specifications for Medical Device Generation to ensure that the application of Raman technology complies with laws, regulations and social responsibilities.

Products

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high-throughput platform

An advanced platform specifically designed for scientific research and medical care.

Neolily platform

Intelligent platform for efficient data processing.

NeoBlaster reagent

Reagents that enhance detection sensitivity.

Microscopic imaging Raman

Planning instrument for high-precision imaging.

Portable Raman instrument

Compact instrument for on-site analysis.

Handheld Raman instrument

Easy-to-use equipment for rapid analysis.

Tel: 021-59543061 Company address: Floor 5A, No. 1818, Chengbei Road, Jiading District, Shanghai City

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Hu Public Network Security 31011402021784

Hu Public Network Security 31011402021784