By acniti
The patented hammermill rotation technology redefines nanobubble generation by eliminating the need for high-pressure pumps. A motor-driven shaft with precision-mounted hammers spins at 3,400 RPM inside a vertical tube, crushing injected gas into ultra-fine nanobubbles through mechanical shearing—not hydraulic force. Water and gas enter from the top, while hammers at the shaft bottom dissolve and fragment gas molecules into high-concentration nanobubbles with zero turbulence. Because the system doesn't circulate large volumes of water or require pressurization, it delivers the lowest energy consumption per nanobubble in the industry. Think of projects like washing eggs to remove bacteria or bacteria bed filters, which should not be disturbed but require adequate amounts of gas. The microStar series leverages this hammermill design for ozone gas applications and harsh environments like seawater treatment, where corrosion resistance and energy efficiency are critical. Contact us for more details about this unique product. Currently, we have three sizes available. The smallest unit is ideally suited for research purposes; the two larger units can be used for production purposes. Models & Specs: 1. Nanobubble generator — indication name: FS microStar 2. Motor nominal input — indication motor nominal input: 30 30 Watt; 75 750 Watt 3. Motor voltage — indication motor voltage: 1 100V~110V (AC models only); 2 200V~220V (AC and DC models) 4. Motor Power — indication power type: AC AC-powered motor; DC DC powered motor, high-spec, higher nanobubble concentration. 5. microStar model — indication nozzle: "S"short type; "L"long type (not available now) 6. Nanobubble discharge — indication # directions: "W"2 directions; "S"1 direction 7. microStar Throughput and Bubble Discharge Size — indication throughput / maximum micro bubble discharge size (reference value): "1"Standard / 1-30μm peak; "2"Medium / 20-60μm peak; "3"Large / mixing purpose only (no UFB generation) * special order model 8. microStar special specs, special sign for customized model — indication specifications: "Sp"special - Most energy efficient nanobubble generator in the market - Strong in dissolving high concentrations of ozone - Optimized for the creation of ozone nanobubbles - Excellent research ultrafine bubble tool - creating no turbulence in the water - Proven track record in the oyster shell industry - Suitable for removing external infections with norovirus, legionella, lysteria and salmonella in live animals. - Motor life expectancy 80.000 hours Specifications Model: microstar FS302AC 115V Model number: FS302AC-SW1-115V Technology: Hammermill Spec sheet: microstar FS302AC 115V Liquid: Flow / minute 14 Liter (4 Gallon); Flow / hour 840 Liter (222 Gallon); water temperature minimum 0 ℃ (32 ℉); water temperature maximum 40 ℃ (104 ℉) Ambient: Ambient temperature minimum -20 ℃ (-4 ℉); Ambient temperature maximum 40 ℃ (104 ℉) Gas: Minimum flow / minute 0.5 Liter (0.1 Gallon); Maximum flow / minute 1.0 Liter (0.3 Gallon); Minimum flow / hour 30 Liter (7.9 Gallon); Maximum flow / hour 60 Liter (16 Gallon); Pressure minimum 50 kPa (7 PSI); Pressure maximum 200 kPa (29 PSI); Gas quality O2, O3, CO2, Air, N2 Electrical: Unit phase Ø voltage 115 VAC; Unit power consumption 30 watts; Wetted parts PVC, Stainless Steel, POM; Control Frequency Drive Dimensions & weight: Dim. (w) x (d) x (h) 150 x 150 x 330 mm (5.9 x 5.9 x 13.0 inch); weight 3.5 Kg (7.7 lbs.); HS code 8479.82.0040; Shipping dim. (w)x(d)x(h) 58 x 43 x 29 cm (23 x 17 x 11 inch); Shipping weight 16.2 Kg (36 lbs.) Model: microstar FS302AC 230V Model number: FS302AC-SW1-230 Technology: Hammermill Spec sheet: microstar FS302AC 230V Liquid: Flow / minute 14 Liter (4 Gallon); Flow / hour 840 Liter (222 Gallon); water temperature minimum 0 ℃ (32 ℉); water temperature maximum 40 ℃ (104 ℉) Ambient: Ambient temperature minimum -20 ℃ (-4 ℉); Ambient temperature maximum 40 ℃ (104 ℉) Gas: Minimum flow / minute 0.5 Liter (0.1 Gallon); Maximum flow / minute 1.0 Liter (0.3 Gallon); Minimum flow / hour 30 Liter (7.9 Gallon); Maximum flow / hour 60 Liter (16 Gallon); Pressure minimum 50 kPa (7 PSI); Pressure maximum 200 kPa (29 PSI); Gas quality O2, O3, CO2, Air, N2 Electrical: Unit phase Ø voltage 230 VAC; Unit power consumption 30 watts; Wetted parts PVC, Stainless Steel, POM; Control Frequency Drive Dimensions & weight: Dim. (w) x (d) x (h) 150 x 150 x 330 mm (5.9 x 5.9 x 13.0 inch); weight 3.5 Kg (7.7 lbs.); HS code 8479.82.0040; Shipping dim. (w)x(d)x(h) 58 x 43 x 29 cm (23 x 17 x 11 inch); Shipping weight 16.2 Kg (36 lbs.) Model: microstar-752DC-1 230V Model number: FS752DC-1 Technology: Hammermill Spec sheet: microstar-752DC-1 230V Liquid: Flow / minute 300 Liter (79 Gallon); Flow / hour 18,000 Liter (4,755.1 Gallon); water temperature minimum 0 ℃ (32 ℉); water temperature maximum 40 ℃ (104 ℉) Ambient: Ambient temperature minimum -20 ℃ (-4 ℉); Ambient temperature maximum 40 ℃ (104 ℉) Gas: Minimum flow / minute 0.0 Liter (0.0 Gallon); Maximum flow / minute 30 Liter (7.9 Gallon); Minimum flow / hour 0.0 Liter (0.0 Gallon); Maximum flow / hour 1,800.0 Liter (476 Gallon); Gas quality Air, O2, O3, N2, CO2 Electrical: Unit phase Ø voltage Input: 3 Ø 200 VAC => Output: 3 Ø 200VDC; Unit power consumption 750 watts; Wetted parts Ethylene propylene, FKM, Fluor, PVC, SUS316L, SUS316, POM; Pump model Motor model: 4 poles SPM type brushless DC motor; Control Frequency Drive Connections: Water inlet submerge to appropriate depth as per manual; Gas inlet 22mm Dimensions & weight: Dim. (w) x (d) x (h) 230 x 230 x 640 mm (9.1 x 9.1 x 25.2 inch); weight 18 Kg (39.7 lbs.); HS code 8543.70-001; Shipping dim. (w)x(d)x(h) 40 x 40 x 80 cm (16 x 16 x 31 inch); Shipping weight 26 Kg (57 lbs.) Model: microStar FS752DC-SS3 230V Model number: FS752DC-SS3 Technology: Hammermill Spec sheet: microStar FS752DC-SS3 230V Liquid: Flow / minute 400 Liter (106 Gallon); Flow / hour 24,000 Liter (6,340.1 Gallon); water temperature minimum 0 ℃ (32 ℉); water temperature maximum 40 ℃ (104 ℉) Ambient: Ambient temperature minimum -20 ℃ (-4 ℉); Ambient temperature maximum 40 ℃ (104 ℉) Gas: Minimum flow / minute 0.0 Liter (0.0 Gallon); Maximum flow / minute 110 Liter (29 Gallon); Minimum flow / hour 0.0 Liter (0.0 Gallon); Maximum flow / hour 6,600.0 Liter (1,743.5 Gallon); Gas quality Air, O2, (O3), N2, CO2 Electrical: Unit phase Ø voltage Input: 3 Ø 200 VAC => Output: 3 Ø 200VDC; Unit power consumption 750 watts; Wetted parts Ethylene propylene, FKM, Fluor, PVC, SUS316L, SUS316, POM; Pump model Motor model: 4 poles SPM type brushless DC motor; Control Frequency Drive Connections: Water inlet submerge to appropriate depth as per manual; Gas inlet 22mm Dimensions & weight: Dim. (w) x (d) x (h) 230 x 230 x 640 mm (9.1 x 9.1 x 25.2 inch); weight 18 Kg (39.7 lbs.); HS code 8543.70-001; Shipping dim. (w)x(d)x(h) 40 x 80 x 40 cm (16 x 31 x 16 inch); Shipping weight 26 Kg (57 lbs.) Frequently Asked Questions: What is the microStar Ozone nanobubble generator? The microStar Ozone is a motor-driven nanobubble generator that uses patented magnetic hammer-rotation technology to crush ozone gas into ultra-fine nanobubbles without requiring high-pressure pumps. Hammers mounted on a shaft rotate at 3,400 RPM inside a vertical tube, mechanically shearing gas into nanobubbles with zero water turbulence—ideal for applications like egg washing, bacteria bed filters, and advanced oxidation processes where flow disturbance must be minimized. How does magnetic hammer-rotation differ from pump-based nanobubble generators? Unlike traditional systems from Acniti and Competitors that rely on pressurized water pumps ranging from 15–120 PSI, the microStar uses a low-energy motor (30W–750W) to generate nanobubbles through mechanical hammer impact. This eliminates the need for high-flow water recirculation, reducing energy consumption by up to 70% compared to venturi or vortex pump systems. The hammer-rotation method also produces zero turbulence, making it suitable for delicate biofilm applications where pump-driven agitation would damage biological filters. What power options are available for the microStar Ozone? The microStar offers four motor configurations: 30W model: Research labs and benchtop testing; 150W model: Small-scale production (pilot systems); 400W model: Medium industrial applications; 750W model: Large-scale water treatment facilities. All models are available in AC (100–110V or 200–220V) and DC (200–220V) versions. DC models deliver higher nanobubble concentrations due to more stable motor performance. Does the microStar require high water pressure to operate? No. The microStar operates at ambient pressure (no pressurization required), unlike competing nanobubble systems that demand 5–8 bar (72–116 PSI) to function. This eliminates the need for expensive high-pressure ozone generators or ozone compressors—common cost barriers in traditional ozone nanobubble setups. Water enters the top of the unit via gravity or low-head feed (0.5–1.5m head), making installation simpler and safer.
microStar Tech: Hammermill rotation Oyster and mussel desinfection Chemical waste water treatment Hydrodynamic Stability Disease Prevention Lowest energy consumption, no pump, no turbulence. Hammer-mill based nanobubble generation with microStar made the process energy-efficient.
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The UltramaxO2 Oxygen Analyzer is a high-performance device that accurately measures oxygen levels in various applications. Engineered for precision and reliability, it delivers exceptional performance in multiple industries, including healthcare, manufacturing, environmental monitoring, and more. Key Features: - Advanced Sensing Technology: Equipped with state-of-the-art oxygen sensing technology, the UltramaxO2 delivers fast and accurate measurements, ensuring real-time monitoring of oxygen concentrations. - Wide Measurement Range: This analyzer can measure oxygen levels across a broad range, from low to high concentrations, making it suitable for various applications, including industrial processes and medical settings. - User-Friendly Interface: The UltramaxO2 features an intuitive display and easy-to-navigate controls, ensuring effortless operation. Its user-friendly interface allows for quick setup and simplified monitoring. - Durable and Robust Design: Built to withstand demanding environments, the UltramaxO2 is housed in a rugged casing, ensuring long-lasting performance and protection against dust, moisture, and harsh conditions. - Fast Response Time: With a rapid response time, the UltramaxO2 guarantees immediate results, allowing quick decision-making in critical situations. - Versatile Calibration Options: The UltramaxO2 offers flexible calibration options, ensuring precise and reliable measurements for a wide range of applications and environments. - Compact and Portable: The UltramaxO2's compact, lightweight design makes it easy to transport and use in both fixed and portable setups. Benefits: - Time-Saving: Quick setup and fast readings streamline the testing process - Cost-Effective: Eliminates the need for sensor replacements, reducing long-term ownership costs - Versatile: Integrated pressure monitoring eliminates the need for additional equipment - Reliable: Self-diagnostics and error code display ensure accurate measurements Applications: - Medical Industry: To monitor oxygen levels in gas systems, hospitals, and clinics. - Industrial Applications: Ideal for oxygen analysis in manufacturing, welding, and gas production. - Environmental Monitoring: Used to measure oxygen levels in air quality studies and environmental testing. - Research and Development: Essential for laboratories conducting experiments requiring precise oxygen measurements. Technical Specifications: - Oxygen Measurement Accuracy: ±1.5% of full scale at constant temperature and optimal flow - Flow Measurement Accuracy: ±0.2 LPM - Pressure Measurement Accuracy: ±0.5% PSI (±0.5% kPa) - Power: 2 AA Alkaline batteries with long battery life - E6 error 6: Operating Temperature: 15°C - 40°C (59°F - 104°F) The UltramaxO2 Oxygen Analyzer is your trusted solution for accurate, reliable, and efficient oxygen measurement. Ensure safety and optimize performance in your industry with this cutting-edge analyzer. - 3-in-1 Functionality: Measures oxygen purity (20.9-96%), flow rate (0-10 LPM), and outlet pressure (0.5-50 PSI / 3.4-344 kPa) - Ultrasonic Sensor Technology: No need for traditional oxygen sensors, reducing maintenance costs and extending device lifespan - No In-Field Calibration Required: Features a calibration verification button for quick accuracy checks - User-Friendly Design: Large, easy-to-read LCD display with clear, bold numbers for quick readouts - Durable and Portable: Compact size with a protective silicone case for easy transport and increased durability General - Model name: Ultramax O2 - Model number: Ultramax O2 - Technology: coming soon Ambient - Ambient temperature minimum: 15 ℃ (59 ℉) - Ambient temperature maximum: 40 ℃ (104 ℉) - Relative humidity minimum: 0 % - Relative humidity maximum: 95 % Gas - Minimum flow / minute: 0.0 Liter (0.0 Gallon) - Maximum flow / minute: 10 Liter (2.6 Gallon) - Minimum flow / hour: 0.0 Liter (0.0 Gallon) - Maximum flow / hour: 600 Liter (159 Gallon) - Pressure minimum: 3.4 kPa (0 PSI) - Pressure maximum: 344 kPa (50 PSI) - Gas remark: oxygen only Dimensions & weight - Dim. (w) x (d) x (h): 80.3 x 129.5 x 26.4 mm (3.2 x 5.1 x 1.0 inch) - weight: 181 Kg (399.0 lbs.) Pricing: Ultramax O2 EUR € 1,150 / USD $ 1,300 / AUD $ 1,800 / NZD $ 2,250 / CAD $ 1,800 / SGD $ 1,600. in stock
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The Acniti Ozone Monitor is a state-of-the-art instrument designed for accurate, real-time measurements of ozone concentration in a variety of industries. Whether you're working in an industrial setting, greenhouse, laboratory, or water treatment facility, ozone plays a vital role in many processes, but it can be harmful even at low concentrations. Our Ozone Gas Sensors provide fast, accurate, and stable measurements to keep your environment safe and your systems under control. Key features High precision ozone detection: Our monitor uses advanced sensor technology to measure ozone concentrations with exceptional accuracy in real time. It detects even the smallest fluctuations in ozone levels, ensuring optimal performance in critical environments. Wide measurement range: The Acniti Ozone Monitor has an impressive measurement range of 0-60 mg/L, making it suitable for a variety of applications. Whether you are monitoring ambient air quality or assessing high ozone concentrations in industrial environments, our device delivers reliable measurements across the spectrum. Real-time monitoring with instant measurements: Get instantaneous data on ozone concentrations to make quick and informed decisions. This feature is critical in industrial environments where fast response times are essential for worker safety. Compact and portable design: The lightweight and portable design of our monitor allows for easy deployment in both stationary and mobile applications. Take accurate measurements wherever you need them without sacrificing performance. User-friendly interface: The Acniti Ozone Monitor features an intuitive, easy-to-read display that requires minimal training to operate. This simplicity ensures that experienced professionals and newcomers alike can use the device effectively. Durable construction: Built to withstand challenging environments, our monitor maintains high performance even when exposed to moisture, dust or extreme temperatures. Applications The Acniti Ozone Monitor excels in a variety of industries and applications: - Environmental monitoring: Assess air quality and ozone pollution levels with precision - Industrial Safety: Ensure worker safety and regulatory compliance in manufacturing, water treatment and chemical production facilities - Healthcare & Laboratories: Monitor ozone levels in sterilization processes to maintain a safe environment for staff and patients - Agriculture: Monitor ozone levels in greenhouses and warehouses for pest control and product preservation Benefits of the Acniti Ozone Monitor - Accuracy and reliability: Advanced sensors deliver reliable ozone concentration measurements in a variety of environments - Portability: Conduct on-the-go assessments with our compact, lightweight design - Real-time data: Receive instant ozone concentration readings for fast decision-making - User-friendly operation: Intuitive interface requires minimal training, accessible to users of all experience levels - Versatility: Suitable for a wide range of industries and applications Conclusion The Acniti Ozone Monitor stands out as a powerful, reliable and easy-to-use tool for accurate ozone measurement in a variety of environments. Its advanced sensor technology, portable design and real-time data capabilities make it an indispensable tool for professionals requiring accurate ozone concentration monitoring. Choose the Acniti Ozone Monitor for unmatched performance in environmental monitoring, industrial safety, healthcare, agriculture and more. - High-Precision Ozone Detection - Wide Measurement Range - Real-Time Monitoring with Instant Readings - Fast response time - Compact and Portable Design - Long Sensor Lifespan - Versatile use Specifications - EG-550 Series: General - Model name: EG-550 Series - Model number: EG-550 - Technology: UV Absorption Method Gas - Minimum flow / minute: 0.1 Liter (0.0 Gallon) - Maximum flow / minute: 3.0 Liter (0.8 Gallon) - Minimum flow / hour: 3.0 Liter (0.8 Gallon) - Maximum flow / hour: 180 Liter (48 Gallon) Electrical - Pump phase Ø voltage: AC 100V~220 V Dimensions & weight - Dim. (w) x (d) x (h): 220 x 105 x 150 mm (8.7 x 4.1 x 5.9 inch) - weight: 2.2 Kg (4.9 lbs.) - HS code: 9027.9090
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O3 Waste Sensor Overview What makes the Acniti Ozone Waste Water Sensor unique? The Ozone Wastewater Sensor of Acniti utilizes a proven electrochemical measurement principle, in which dissolved ozone diffuses through a polymeric membrane and reacts within an electrolyte layer. This reaction generates an electric current that is directly proportional to the ozone concentration. Thanks to the use of three electrodes (working, counter, and reference), the measurement remains stable, and the sensor is less susceptible to aging or contamination. Applications - Water treatment facilities - Pharmaceutical production - Food and beverage industry - Research laboratories - Disinfection control in process water Key Benefits - Accurate: Measurements within ±2.5% of full scale - Fast: 90% response within 60 seconds - Compact: Lightweight and easy to mount - Flexible: Available in measurement ranges of 0–1.00 mg/L and 0–10.0 mg/L - Automatically compensated: For temperature variations (5–30°C) - Versatile output: Isolated 4–20 mA output + contact alarms - Cost-effective: No additional control equipment needed Easy Installation The sensor comes with a mounting board and all necessary accessories. The flow cell is pre-installed, and smart connectors make the sensor quick and easy to set up. For calibration of the unit CX100, a calibration kit is required. Measuring Principle The ELP-200 dissolved ozone sensor is an electrochemical sensor that uses a "membrane ozone monitor" based on the polarographic measurement principle. As an electrochemical device, it operates by facilitating the chemical reaction (specifically, reduction or oxidation) of ozone at an electrode, producing an electrical current proportional to the ozone concentration. The inclusion of a membrane allows only ozone to pass through and reach the electrode, enhancing selectivity and reducing interference. In this context, "polarographic" refers to a type of amperometric electrochemical measurement in which the sensor detects ozone by measuring the current generated during the redox reaction at the electrode surface, thereby translating chemical information into a quantifiable electrical signal. Ozone penetrates a membrane – Ozone (O₃) present in the water diffuses through a special polymer membrane to the inside of the sensor. Ozone reaches the electrolyte layer – Between the working and counter electrodes, there is a thin layer of electrolyte. The ozone dissolves here as it passes through the membrane. Electrochemical reaction – At the surface of the working electrode, the ozone reacts: In acidic conditions: O₃ + 2H⁺ + 2e⁻ → O₂ + H₂O In basic conditions: O₃ + H₂O + 2e⁻ → O₂ + 2OH⁻ – Simultaneously, an oxidation reaction takes place at the counter electrode, releasing electrons. Current intensity = ozone concentration – The amount of electrical current generated is directly proportional to the amount of ozone in the water. This is known as the limiting current region – a voltage range where the measured current remains constant despite increasing voltage. Stable and linear measurement – Thanks to the stable design with three electrodes (working, counter, and reference electrodes), the measurement remains reliable over a long period, with minimal sensor contamination. In short, the Ozone Waste Water Sensor converts ozone in water into an electrical signal that precisely indicates the amount of ozone present. Reliable, linear, and accurate, exactly what you want in a critical measurement application. Important Specifications - Model: ELP-200 - Measurement Principle: Electrochemical via a gas-permeable membrane - Measurement Range: 0–10 mg/L dissolved ozone - Accuracy: ±2.5% of full scale - Response Time: 90% response within 60 seconds - Temperature Range: Water: 5–30°C; Ambient: 5–40°C - Power Supply: 100 - 220 V AC, 50/60 Hz (~5 VA) - Connections: Stainless steel fittings for water inlet and outlet - Dimensions: 125 x 81 x 560 mm - Calibration: CX100 is required - Reliable, interference-free measurements - Instant insight into ozone levels - Fast and accurate response - Automatic temperature compensation - Smart alarm and control outputs - Compact, durable, and long-lasting - Amperometric Ozone Sensor specifically polarographic Pricing table ELP-200: EUR € 3,700 / USD $ 4,150 ELP-200: AUD $ 5,950 / NZD $ 7,400 ELP-200: CAD $ 5,900 / SGD $ 5,300 Specifications General - Model name: ELP-200 - Model number: ELP-200 - Technology: Polarographic Liquid - Minimum flow / minute: 0.5 Liter (0.1 Gallon) - Maximum flow / minute: 1.0 Liter (0.3 Gallon) - Minimum flow / hour: 30 Liter (7.9 Gallon) - Maximum flow / hour: 60 Liter (16 Gallon) - water temperature minimum: 5 ℃ (41 ℉) - water temperature maximum: 30 ℃ (86 ℉) Ambient - Ambient temperature minimum: 5 ℃ (41 ℉) - Ambient temperature maximum: 40 ℃ (104 ℉) - Relative humidity minimum: 0 % - Relative humidity maximum: 90 % Electrical - Unit phase Ø voltage: AC 100~240V 50/60Hz - Unit power consumption: 5 VA Connections - Water inlet: Fitting straight tightening joint stainless steel Dimensions & weight - Dim. (w) x (d) x (h): 125 x 81 x 560 mm (4.9 x 3.2 x 22.0 inch) - HS code: 9027-9090 - Dissolved ozone analyzer for sewage. - Measures dissolved ozone through a gas-permeable membrane, not easily affected to residual chlorine and dissolved organic substance. - This compact dissolved ozone monitor uses a diaphragm polarograph sensor with excellent selectivity and is not easily affected by various metal ions or conductivity in the sample water. - The three-electrode configuration greatly suppresses the formation of electrode reaction byproducts that deteriorate the sensor's aging characteristics.
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