About Fume Extractor Manufacturers in Bangalore
Product Description
This extractor unit is precisely manufactured using superior quality and advanced technologies in the stem guideline of our highly skilled professionals in tune with set industry standards. The offered system is widely used to capture soldering brazing fumes, dry fumes, welding fumes and dust from desired area of working. Moreover, our reputed clients can avail this Portable Fume Extractor Unit from us at market-competitive prices.
Features of Portable Fume Extractor Unit:
- Sturdiness
- Compact designed
- Minimum maintenance
- Long service life & Service available
Precision Filtration for Clean AirThese fume extractors utilize a three-stage filtration system-pre-filter, HEPA, and carbon-to efficiently capture particulates, gases, and odors. Designed for continuous operation, they maintain 99% filtration efficiency, delivering safe and clean air in demanding industrial settings. The inclusion of PM2.5/PM10 sensors enables accurate assessment and maintenance of air quality during processing.
Engineered for Industrial FlexibilityOur extractors are constructed with polished stainless steel, combining durability with aesthetics. Caster wheels ensure effortless mobility, while the vertical, floor-mounted design saves space. The 1.5-meter flexible extraction arm offers extended reach, making it suitable for diverse workstations and removal of fumes directly at the source.
Advanced Controls & User-Friendly FeaturesEquipped with a microprocessor-based control system and digital display, these units offer automated operation and real-time monitoring for optimal performance. Filter replacement indicators reduce maintenance guesswork, while air-cooled technology and a noise level below 55 dB promote a comfortable and safe work environment.
FAQ's of Fume Extractor Manufacturers in Bangalore:
Q: How does the three-stage filtration system in your fume extractors work?
A: Our fume extractors feature a three-stage filtration process-first, the pre-filter captures larger particles, then the HEPA filter removes fine particulates, and finally, the activated carbon filter absorbs gases and odors. This arrangement ensures a filtration efficiency of up to 99% for a safe working environment.
Q: What types of industries benefit most from these fume extractors?
A: These units are ideal for various industrial applications including welding, soldering, pharmaceutical production, chemical processing, and any environment where harmful fumes or particulates are generated. Their advanced filtration and robust build make them highly effective air pollution control equipment.
Q: When should the filters be replaced, and how will I know?
A: Filter replacement intervals depend on operating conditions, but each unit has a built-in filter replacement indicator. This feature alerts operators when maintenance is required, helping to maintain optimal filtration efficiency and reduce downtime.
Q: Where can these extractors be positioned, considering their mobility and mounting options?
A: Designed with caster wheels and a compact, floor-mounted, vertical orientation, our extractors can be easily relocated to any spot within the facility where fume extraction is needed, adapting to dynamic workspace layouts.
Q: What is the process for air extraction and filtration in this equipment?
A: The extraction arm collects contaminated air at the source, which passes through the three filtration stages. Monitored by a digital display and controlled via microprocessor, the system operates continuously, ensuring thorough removal of pollutants and clean air recirculation.
Q: How does the microprocessor-based control system enhance usage and monitoring?
A: The microprocessor system automates operation, monitors air quality and gas concentration, displays real-time data on a digital panel, and manages filter maintenance reminders, thus improving reliability, efficiency, and ease of use.
Q: What are the main benefits of using your fume extractors in industrial environments?
A: Key advantages include high filtration efficiency, continuous operation, low noise output, durable polished stainless steel construction, mobility, real-time air quality monitoring, and minimal manual intervention. Altogether, these features contribute to a safer, cleaner, and more productive workplace.