Ind Dust Fume Extractor – Laser Fume Extractor
AM 400
The AM 400 from Donaldson BOFA is a robust, high-performance fume extraction solution tailored specifically for the demanding air quality requirements of additive manufacturing. Whether you are using laser sintering, fused deposition modelling, or photopolymerisation, the AM 400 provides reliable protection for operators and equipment by removing airborne particles and volatile organic compounds (VOCs) at the source.
This system supports extended print cycles, complex material compositions, and integrated workflow automation, making it ideal for small-batch manufacturing, prototyping labs, and industrial 3D printing cells. Its intelligent airflow control and advanced filter monitoring minimise manual intervention and maximise uptime.
Distributed in India by United Spectrum Instruments, the AM 400 includes full technical consultation, installation services, and post-sale support for additive manufacturing facilities.
Understanding AM 400
The AM 400 is engineered to provide reliable airflow management for extraction systems used in industrial and research environments. By maintaining balanced airflow across multiple stations, it ensures effective fume and dust capture while minimising pressure loss. This prolongs filter life, optimises energy use, and improves operator safety. Easy to install and integrate, the AM 400 is a practical solution for facilities seeking efficient and controlled extraction in multi-user applications or larger-scale setups.
Technical Specifications
| Metric | |
| Dimensions (HxWxD) | 1670 x 790 x 857 mm |
| Weight | 192 kg |
| Airflow / Pressure | Min: 150 m³/hr
Max: 330 m³/hr |
| Electrical data | 230 V 1~ 50/60 Hz |
| Noise level (at typical operating speed) | 75 dBA |
| Cabinet construction | Powder-coated mild steel |
Key Features and Advantages
Airflow Balancing
Distributes and regulates airflow evenly across multiple workstations, ensuring consistent extraction efficiency.
Improved Energy Efficiency
Reduces overall power consumption by maintaining optimum airflow levels.
Enhanced Filter Life
By stabilising airflow, the AM 400 reduces strain on filters, extending their service intervals.
Compact, Space-Saving Design
Fits easily into industrial layouts without requiring extensive space.
Seamless Integration
Compatible with Donaldson BOFA extraction systems, offering flexible installation options.
Reliable Performance
Engineered for long-term operation in demanding manufacturing environments.
The AM 400 ensures efficiency, safety, and cost-effectiveness in facilities where multiple extraction points are in use. Its ability to manage and stabilise airflow makes it a valuable addition for businesses aiming to optimise performance while maintaining compliance with workplace safety standards.
Applications Across Industries
Laser Processing
Balances airflow in laser cutting, engraving, and welding extraction systems.
Electronics Manufacturing
Ensures stable extraction during multi-station soldering and PCB assembly.
Automotive and Aerospace
Supports air management in machining and finishing processes with multiple extraction points.
Jewellery and Precision Engineering
Maintains reliable airflow in workshops handling engraving and polishing operations.
Dental and Medical Device Production
Provides consistent airflow control in labs and cleanroom environments.
Educational and Research Facilities
Facilitates safe and efficient air distribution in multi-user laboratory setups.
By integrating the AM 400, industries achieve better efficiency, reduced costs, and reliable performance in dust and fume extraction systems.
Why Choose United Spectrum Instruments?
United Spectrum Instruments delivers advanced BOFA air management and extraction solutions across India.
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Authorised distributor of Donaldson BOFA systems
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Technical expertise in multi-station air management and extraction
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Nationwide service, installation, and training support
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Proven solutions for industrial and research environments
FAQs
Is the AM 400 compatible with all 3D printer types?
Yes, it supports a wide variety of additive manufacturing technologies including FDM, SLA, DLP, and SLS.
Can it operate in ISO cleanrooms?
Yes. Its low particulate emissions and sealed filtration make it suitable for ISO Class 7 and 8 cleanroom installations.
. How often should filters be changed?
Typical filter life ranges from 4 to 6 months, depending on the type and volume of materials used. Visual alerts notify users when replacement is due.
Does it support resin and photopolymer-based printing?
Yes, the activated carbon filter efficiently removes odours and fumes associated with photopolymerisation.
How energy efficient is the AM 400?
The AM 400 consumes only 1.1 kW during full load, making it an efficient solution for continuous use.
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Have Any Questions ?
FAQs
Is the AM 400 compatible with all 3D printer types?
Yes, it supports a wide variety of additive manufacturing technologies including FDM, SLA, DLP, and SLS.
Can it operate in ISO cleanrooms?
Yes. Its low particulate emissions and sealed filtration make it suitable for ISO Class 7 and 8 cleanroom installations.
. How often should filters be changed?
Typical filter life ranges from 4 to 6 months, depending on the type and volume of materials used. Visual alerts notify users when replacement is due.
Does it support resin and photopolymer-based printing?
Yes, the activated carbon filter efficiently removes odours and fumes associated with photopolymerisation.
How energy efficient is the AM 400?
The AM 400 consumes only 1.1 kW during full load, making it an efficient solution for continuous use.
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