Bottled Water Testing Equipment Market Accelerates to US$ 8 Billion by 2031-2035 Fueled by PFAS & Microplastics Detection Technologies; North America Remains Top Region with 38%

The Global Bottled Water Testing Equipment Market reached US$ 5.9 billion in 2024 and is projected to grow to US$ 8 billion by 2031-2035, registering a CAGR of 5% during the forecast period. Demand for bottled water testing systems continues to rise as governments implement stricter safety regulations and consumers prioritize contamination-free drinking water. Advanced technologies such as automated testing platforms, digital monitoring tools, and IoT-enabled laboratory systems are further accelerating market adoption across industrial, commercial, and regulatory testing facilities.

Growth is strongly supported by the increasing global need for rapid, accurate, and reliable water quality assessment. Microbiological testing equipment currently dominates the market, driven by the high prevalence of microbial contamination risks, while chemical contaminant testing systems are expected to witness the fastest growth due to expanding regulatory limits on heavy metals, PFAS, pesticides, and emerging pollutants. North America holds the largest market share, supported by robust regulatory frameworks, high bottled water consumption, and strong technological infrastructure for water testing.

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The Bottled Water Testing Equipment Market ensures purity and safety by delivering advanced solutions that detect contaminants and guarantee the highest water quality standards.

Key Developments

United States
✅ September 2025: U.S. analytical equipment manufacturers introduced advanced rapid microbial detection systems to enhance bottled water safety and reduce testing turnaround times.

✅ July 2025: American food and beverage laboratories adopted next-generation chemical contaminant analyzers capable of detecting PFAS, heavy metals, and emerging pollutants in bottled water.

✅ April 2025: U.S. instrumentation companies launched high-precision conductivity and TDS analyzers designed specifically for automated, large-scale bottled water quality monitoring.

Japan
✅ October 2025: Japanese sensor technology firms developed ultra-sensitive optical sensors for real-time detection of microplastics in bottled water.

✅ June 2025: Japan's laboratory equipment manufacturers expanded production of compact multi-parameter water testing devices tailored for small and mid-sized bottled water facilities.

✅ February 2025: Japanese research centers introduced hybrid spectroscopy technologies enabling faster detection of biological and chemical contaminants in packaged drinking water.

Mergers & Acquisitions

United States
✅ May 2025: A U.S.-based water quality instrumentation company acquired a microbial testing startup to strengthen its bottled water safety testing portfolio.

Japan
✅ March 2025: A Japanese analytical equipment producer partnered with a domestic materials science firm to co-develop advanced contaminant detection platforms for bottled water.

✅ January 2025: A Japan-based water testing technology supplier formed a strategic alliance with a U.S. distributor to expand its bottled water testing solutions across North and South America.

Key Players
Agilent Technologies Inc. | Waters Corporation | Thermo Fisher Scientific Corporation | PerkinElmer Inc. | Sigma-Aldrich Chemical Corporation | LaMotte Company | Shimadzu Manufacturing Company | Accepta | Restek Corporation | Bio-Rad Laboratories Inc.

Key Highlights
• Agilent Technologies Inc. - Holds 15.6% share of the global analytical instruments and chemical testing solutions market, driven by advanced chromatography systems, spectroscopy platforms, and environmental testing technologies.

• Waters Corporation - Accounts for 13.2% market share, supported by leadership in liquid chromatography, mass spectrometry systems, and precision analytical instrumentation.

• Thermo Fisher Scientific Corporation - Maintains 18.4% share, fueled by extensive laboratory instrumentation, chemical analysis solutions, and strong expansion in industrial, clinical, and environmental testing.

• PerkinElmer Inc. - Represents 11.1% share, strengthened by innovations in spectroscopy, water quality testing, and diagnostics-focused analytical technologies.

• Sigma-Aldrich Chemical Corporation - Holds 9.3% share, driven by a broad portfolio of high-purity chemicals, reagents, and lab materials widely used in research, industrial, and environmental testing.

• LaMotte Company - Maintains 4.7% share, recognized for portable and laboratory water testing kits, chemical analyzers, and on-site environmental monitoring solutions.

• Shimadzu Manufacturing Company - Holds 12.5% market share, supported by cutting-edge chromatography, spectrometry, and analytical testing platforms serving environmental, industrial, and life-science sectors.

• Accepta - Accounts for 3.4% share, primarily driven by specialty water treatment chemicals, analytical reagents, and industrial water quality solutions.

• Restek Corporation - Represents 5.6% share, known for premium chromatography columns, GC/LC consumables, and high-precision chemical analysis components.

• Bio-Rad Laboratories Inc. - Holds 6.2% share, supported by strong presence in life-science research, analytical instrumentation, and quality-control systems for environmental and industrial testing.

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Market Drivers
• Rising global consumption of bottled water is increasing the need for advanced testing equipment to ensure compliance with safety, purity, and regulatory standards.

• Growing concerns over microbial contamination, heavy metals, chemical impurities, and packaging-related pollutants are driving adoption of high-precision water testing systems.

• Stringent regulations from food safety authorities and environmental agencies are pushing manufacturers to invest in advanced analytical, microbiological, and physical testing technologies.

• Increasing demand for portable, rapid, and automated testing solutions is supporting wider use across bottling plants, laboratories, and quality-control facilities.

• Advancements in technologies such as spectroscopy, chromatography, and sensor-based analyzers are enhancing accuracy, speed, and detection capabilities for bottled water testing.

Industry Developments
• October 2025: Major analytical device manufacturers launched next-generation portable water analyzers enabling real-time detection of microbial and chemical contaminants.

• August 2025: Companies introduced automated testing platforms with AI-enabled data analysis to improve quality control in bottled water production facilities.

• June 2025: Lab equipment suppliers expanded production of multi-parameter water testing instruments to meet growing global regulatory demands.

• April 2025: Innovation groups developed ultra-sensitive contamination sensors capable of detecting trace levels of PFAS, microplastics, and emerging pollutants in bottled water.

Regional Insights
• North America holds a 38% share, driven by "strict regulatory environments, high bottled water consumption, and strong adoption of advanced testing technologies."

• Europe accounts for a 30% share, supported by "strong water quality regulations, increasing focus on microplastic detection, and rapid modernization of testing laboratories."

• Asia Pacific represents a 25% share, fueled by "growing bottled water demand, expanding industrial testing capacity, and rising awareness of water safety issues."

• Latin America holds a 5% share, driven by "increasing urbanization, rising bottled water consumption, and modernization of food safety testing systems."

• Middle East & Africa account for a 2% share, supported by "dependency on packaged drinking water and growing investments in water quality monitoring infrastructure."

Key Segments:

➥ By Technology
Traditional testing technologies continue to dominate due to their established accuracy, regulatory acceptance, and suitability for routine quality assessment across environmental, industrial, and laboratory settings. Rapid technologies are gaining strong traction as industries shift toward faster turnaround times, real-time decision-making, and high-efficiency workflows, especially in food safety, clinical diagnostics, and water quality monitoring. Others include emerging digital, automated, and hybrid testing platforms designed to improve sensitivity, reduce manual intervention, and support advanced analytical workflows in specialized testing environments.

➥ By Test Type
Chemical testing remains essential for detecting contaminants, analyzing composition, and ensuring compliance across water, industrial materials, food, and pharmaceutical products. Physical testing is widely used to evaluate structural, mechanical, and performance attributes critical for manufacturing, materials science, and product validation. Microbial testing is increasingly adopted for identifying pathogens, monitoring microbial contamination, and ensuring biosafety in healthcare, food processing, and environmental applications. Radiological testing supports detection of radioactive contaminants, ensuring safety in water systems, environmental monitoring, and specialized industrial processes.

➥ By Components
Instruments form the core of the testing ecosystem, enabling precise measurement, high-sensitivity analysis, and automation across chemical, microbial, and radiological evaluations. Reference materials are crucial for ensuring calibration accuracy, validating test results, and maintaining standardization across laboratories. Consumables, including filters, tubes, plates, and sampling tools, support high-frequency testing operations and ensure consistent process reliability. Reagents enable chemical reactions, detection processes, and analytical workflows essential for a wide range of testing methods. Others include software, accessories, and auxiliary systems designed to improve test reliability, data management, and operational efficiency.

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