Why trust Fulistech's particle counter?
- Accurate Particle Measurement
- Stable & Reliable Performance
- Easy to Use & Efficient
- Professional Technical Support
Your Trusted High-Quality particle counter Manufacturer
Fulistech is an experienced airborne pparticle counter manufacturer, specializing in particle detection and testing equipment for cleanroom and contamination control applications. Our engineering team focuses on detection accuracy, sampling performance, and data reliability, while strict quality control ensures consistent product performance.
Our cleanroom pparticle counters are designed for pharmaceutical, semiconductor, medical device, electronics, food, and optical applications. From product selection and technical consultation to after-sales support, Fulistech provides reliable particle monitoring solutions tailored to your testing needs.
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Fulistech particle counter
Fulistech particle counters deliver accurate detection, stable performance, and reliable data, providing efficient airborne particle monitoring solutions for pharmaceutical, semiconductor, medical device, and cleanroom applications.
Features of our airborne pparticle counters
An intuitive interface and simple workflow help you complete particle measurements quickly and efficiently.
The instrument automatically alerts you when measured particle levels exceed preset limits.
Automatically records key operations and test data for easy data traceability and quality management.
Automatically determines the cleanliness level based on measurement results, improving testing efficiency.
Designed for Consistent Particle Sampling
Fulistech airborne particle counters operate at a nominal sampling flow rate of 2.83 L/min, providing a defined sampling condition for cleanroom particle monitoring and contamination control. Built-in flow detection helps monitor the sampling flow, while the flow detection accuracy is subject to further technical confirmation. This allows you to select particle monitoring equipment based on clearly defined operating parameters.
Individual Functional Testing Before Delivery
Every Fulistech particle counter undergoes functional testing before shipment to check the operation of its key functions. This pre-delivery inspection helps identify functional issues before the instrument reaches your facility, giving you greater confidence during installation, commissioning, and routine use.
Built-In Data Storage for Monitoring Records
With built-in data storage, Fulistech particle counters can retain measurement records for subsequent review, depending on the model and its storage settings. This feature helps you organize particle monitoring results and supports routine cleanroom monitoring and quality control documentation
Practical Quality Assurance for Your Application
By combining a defined sampling flow rate, flow detection, pre-delivery functional testing, and data storage, Fulistech focuses on the practical requirements of particle monitoring. You can evaluate the instrument against your sampling needs, operating procedures, and documentation requirements before making a purchasing decision
FLS airborne particle counters ensure reliable testing solutions through rigorous quality management
Fulistech implements a structured quality management system covering incoming material inspection, production process control, product assembly, performance testing, and final inspection. Every testing machine and laboratory testing instrument undergoes functional testing before delivery to help identify potential issues and ensure that essential functions operate as intended.
For our airborne particle counters, the nominal sampling flow rate is 2.83 L/min, with built-in flow detection and data storage to support routine cleanroom particle monitoring and contamination control.
Additional performance verification, including sampling flow accuracy, particle counting efficiency, zero-count level, measurement repeatability, and continuous operation stability, can be specified according to the instrument model and verified test results.
By focusing on product-specific inspection procedures and measurable performance requirements, Fulistech provides reliable particle counting instruments, precision material testing equipment, and customized laboratory testing solutions to help you improve quality control efficiency, reduce measurement-related risks, and meet your application requirements.
Application of Fulistech particle counter
Used for airborne particle monitoring in cleanrooms, sterile production areas, and pharmaceutical manufacturing environments to support environmental monitoring and quality control
Used to detect airborne particles in medical device production, packaging, and controlled clean areas, helping reduce the risk of particle contamination
Used for particle monitoring in semiconductor manufacturing, electronic component production, and cleanroom environments to help control airborne contamination.
Used for routine cleanroom particle monitoring, cleanliness classification, and environmental verification to ensure controlled areas consistently meet required cleanliness levels
Suitable for airborne particle monitoring in operating rooms, sterile areas, and other controlled healthcare environments to support environmental hygiene and contamination control
Used to monitor airborne particles in food processing, packaging, and controlled production areas, helping reduce environmental contamination risks
Used for particle detection in optical component and precision manufacturing environments, helping minimize the impact of airborne particles on product quality
Used for airborne particle measurement in laboratories, research centers, and other controlled environments, providing reliable data for environmental assessment and research
- Fully Automatic Laser particle counter – 2.83A Series
- Fully Automatic Laser particle counter – 2.83B Series
- Fully Automatic Laser particle counter – 2.83C Series
- Particle counter – D Series
- Particle counter – E Series
| Parameters and | |
| Automatic alarm | √ |
| Level assessment | √ |
| Class 100-1 million | √ |
| AC/DC power supply | √ |
| Storage function | √ |
| Audio trace | √ |
| Access control | √ |
| Temperature and humidity detection | ※ |
| Communication interface | ※ |
| Sampling flow rate | 2.83 L/min |
| Display type | 5-inch color touchscreen |
| Battery capacity | Built-in 4000 mAh battery |
| Average power consumption | 7.5 W |
| Dimensions | 220 × 230 × 150 mm (W × L × H) |
| Weight | 2.8 kg |
| Particle size channels | Six channels: 0.3, 0.5, 1.0, 3.0, 5.0, and 10 μm |
| Light source | Semiconductor laser light source (lifespan > 30,000 hours) |
| Particle size distribution error | 0.5 μm, 5 μm: ≤±30% |
| Particle concentration indication error | 0.5 μm: ≤±30% |
| Detection range | Class 100 to Class 1,000,000 |
| UCL report | Complies with China GMP standards and FS-209E |
| Sampling cycle | 1 s – 9,999,999 s (user-defined) |
| Sampling delay | 1 s – 9,999,999 s (user-defined) |
| Number of sampling points | 2 – 50 points (user-defined) |
| Number of sampling cycles | 2 – 50 cycles (user-defined) |
| Sampling area | Customizable alphanumeric combinations or user-defined settings |
| Sampling unit | Three unit options: count, count/m³, count/ft³ |
| Self-purification time | ≤10 min |
| Operating environment | Temperature: 10°C–35°C; Relative humidity: ≤75%; Atmospheric pressure: 86 kPa–106 kPa |
| Sampling conditions | Sampled gas must not contain corrosive gases (e.g., acidic, alkaline, or high-temperature gases) |
| Data printing | Built-in high-speed thermal printer |
| Accessories | Main unit, power adapter, printer paper, user manual, certificate of conformity |
Parameters and Model | |
Automatic Alarm | √ |
| Level Judgment | √ |
Class 100-1 Million | √ |
| AC/DC Dual Power Supply | √ |
| Storage Function | √ |
| Audit Tracking | √ |
| Access Control | √ |
| Temperature and Humidity Detection | √ |
| Communication Interface | RJ45、RS485 |
| Sampling flow rate | 28.3L/min |
| Display type | 7-inch color touchscreen |
| Battery capacity | 35,000 mAh |
| Average power consumption | 90 W |
| Dimensions | 300 × 300 × 300 mm |
| Weight | 8.5 kg |
| Particle size channels | 6 channels: 0.3, 0.5, 1.0, 3.0, 5.0, and 10 μm |
| Light source | Semiconductor laser light source (lifespan > 30,000 hours) |
| Particle size distribution error | 0.5 μm, 5 μm: ≤±30% |
Particle concentration indication error | 0.5 μm: ≤±30% |
Detection range | Class 100 to Class 1,000,000 |
UCL report | Complies with China GMP standards and FS-209E |
| Sampling cycle | 1 s – 999,999 s (user-defined) |
| Sampling delay | 1 s – 999,999 s (user-defined) |
| Number of sampling points | 2 – 50 points (user-defined) |
| Number of sampling cycles | 2 – 50 cycles (user-defined) |
Sampling area | Customizable alphanumeric combinations or standalone settings |
Sampling unit | Three unit options: count, count/m³, count/ft³ |
Self-purification time | ≤10 min |
| Operating environment | Temperature: 10°C–35°C; Relative humidity: ≤75%; Atmospheric pressure: 86 kPa–106 kPa |
| Sampling conditions | Sampled gas must be free from corrosive gases (e.g., acidic, alkaline, or high-temperature gases) |
Data printing | Built-in high-speed thermal printer |
| Accessories | Main unit, power adapter, printer paper, user manual, certificate of conformity |
| Parameters and |
|
Automatic alarm | √ |
| Level assessment | √ |
| Class 100-1 million | √ |
AC/DC power supply | √ |
| Storage function | √ |
| Audio trace | √ |
Access control | ※ |
| Temperature and humidity detection | ※ |
Communication interface | ※ |
| Sampling flow rate | 28.3L/min |
Display type | 7-inch color touchscreen |
| Battery capacity | 35,000 mAh |
| Average power consumption | 90 W |
| Dimensions | 300 × 300 × 300 mm |
Weight | 8.5 kg |
| Particle size channels | 6 channels: 0.3, 0.5, 1.0, 3.0, 5.0, and 10 μm |
Light source | Semiconductor laser light source (lifespan > 30,000 hours) |
| Particle size distribution error | 0.5 μm, 5 μm: ≤±30% |
Particle concentration indication error | 0.5 μm: ≤±30% |
| Detection range | Class 100 to Class 1,000,000 |
| UCL report | Compliant with China GMP standards and FS-209E |
Sampling cycle | 1 s – 999,999 s (user-defined) |
| Sampling delay | 1 s – 999,999 s (user-defined) |
| Number of sampling points | 2 – 50 sampling points (user-defined) |
Number of sampling cycles | 2 – 50 sampling cycles (user-defined) |
Sampling area | Customizable alphanumeric combinations or user-defined settings |
Sampling unit | Three unit options: count, count/m³, count/ft³ |
| Self-purification time | ≤10 min |
Operating environment | Temperature: 10°C–35°C; Relative humidity: ≤75%; Atmospheric pressure: 86 kPa–106 kPa |
Sampling conditions | The sampled gas must not contain corrosive gases, such as acidic or alkaline gases, nor be at a high temperature. |
Data printing | Built-in high-speed thermal printer |
Accessories | Main unit, power adapter, printing paper, user manual, certificate of conformity |
Parameters and | |
| Automatic alarm | √ |
| Level assessment | √ |
Class 100-1 million | √ |
| AC/DC power supply | √ |
| Storage function | √ |
Audio trace | √ |
| Access control | √ |
Temperature and humidity detection | √ |
Communication interface | ※ |
Sampling flow rate | 2.83L/min |
Display type | 5-inch color touchscreen |
Battery capacity | Built-in 4000mAh battery |
Average power consumption | 7.5W |
Dimensions | 220 x 230 x 150 mm (W x L x H) |
Weight | 2.8 kg |
| Particle size channels | 6 channels: 0.3, 0.5, 1.0, 3.0, 5.0, 10 μm |
Light source | Semiconductor laser light source (lifespan > 30,000 hours) |
| Particle size distribution error | 0.5 μm, 5 μm: ≤±30% |
Particle concentration indication error | 0.5 μm: ≤±30% |
| Detection range | Class 100 to Class 1,000,000 |
UCL report | Complies with China GMP standards and FS-209E |
Sampling cycle | 1s – 9,999,999s (user-defined) |
| Sampling delay | 1s – 9,999,999s (user-defined) |
Number of sampling points | 2 – 50 points (user-defined) |
| Number of sampling cycles | 2 – 50 cycles (user-defined) |
Sampling area | Customizable alphanumeric combinations or standalone settings |
Sampling unit | Three unit options: count, count/m³, count/ft³ |
| Self-purification time | ≤10 min |
Operating environment | Temperature: 10°C–35°C; Relative humidity: ≤75%; Atmospheric pressure: 86 kPa–106 kPa |
Sampling conditions | Sample gas must not contain corrosive gases (acidic, alkaline, high-temperature, etc.) |
Data printing | Built-in high-speed thermal printer |
| Accessories | Main unit, power adapter, printer paper, user manual, certificate of conformity |
Parameters and | |
Automatic alarm | √ |
Level assessment | √ |
Class 100-1 million | √ |
| AC/DC power supply | √ |
Storage function | ※ |
Audio trace | ※ |
Access control | ※ |
Temperature and humidity detection | ※ |
Communication interface | ※ |
Sampling flow rate | 2.83L/min |
Display type | 5-inch color touchscreen |
Battery capacity | Built-in 4000mAh battery |
Average power consumption | 7.5W |
Dimensions | 220 x 230 x 150 mm (W x L x H) |
Weight | 2.8 kg |
Particle size channels | 6 channels: 0.3, 0.5, 1.0, 3.0, 5.0, 10 μm |
Light source | Semiconductor laser light source (lifespan > 30,000 hours) |
Particle size distribution error | 0.5 μm, 5 μm: ≤±30% |
Particle concentration indication error | 0.5 μm: ≤±30% |
Detection range | Class 100 to Class 1,000,000 |
UCL report | Complies with China GMP standards and FS-209E |
Sampling cycle | 1s – 9,999,999s (user-defined) |
Sampling delay | 1s – 9,999,999s (user-defined) |
Number of sampling points | 2 – 50 points (user-defined) |
Number of sampling cycles | 2 – 50 cycles (user-defined) |
Sampling area | Customizable alphanumeric combinations or standalone settings |
Sampling unit | Three unit options: count, count/m³, count/ft³ |
| Self-purification time | ≤10 min |
Operating environment | Temperature: 10°C–35°C; Relative humidity: ≤75%; Atmospheric pressure: 86 kPa–106 kPa |
Sampling conditions | Sample gas must not contain corrosive gases (acidic, alkaline, high-temperature, etc.) |
Data printing | Built-in high-speed thermal printer |
| Accessories | Main unit, power adapter, printer paper, user manual, certificate of conformity |
“We are very satisfied with the measurement accuracy and stability of the Fulistech pparticle counter. It provides reliable data for our cleanroom monitoring and quality control.”
“The pparticle counter is easy to use, and the touchscreen interface is very intuitive. Our operators can quickly learn how to perform daily particle measurements.”
“The automatic data storage and audit trail functions are very useful for our quality management. It makes historical data review and traceability much easier.”
“We use the pparticle counter for routine cleanroom monitoring, and its performance has been stable and consistent. It has become an important part of our environmental monitoring process.”
“Fulistech provided professional technical support throughout the selection and installation process. Their team responded quickly and helped us choose the right particle monitoring solution for our application.”
Our laser pparticle counters support multiple particle size channels,It features a six-channel design, with channels at 0.3, 0.5, 1.0, 3.0, 5.0, and 10 μm., allowing you to monitor different airborne particle sizes for cleanroom environmental monitoring and quality control.
Yes. The cleanroom pparticle counter can automatically analyze measurement results and determine the applicable cleanliness level, helping you simplify routine cleanroom classification and particle monitoring.
Perform calibration every 12 months (or every 6 months for demanding applications).
Fulistech provides professional technical support covering pparticle counter selection, installation guidance, operation training, troubleshooting, maintenance, and after-sales service, helping you maintain reliable long-term cleanroom particle monitoring performance.
