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Hakko Fume Extraction System w/Ducting - FA430-KIT1 $831.87 $748.68

Metcal BVX-250-KIT Fume Extraction Kit, 2-Station, HEPA/Gas & Pre-Filter & Nozzles, BVX-250 Series

$990.00
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SKU: BVX-250-KIT
California prop 65
Description

Description

  • Key performance benefit: Portable two-station filtration system designed to remove workplace fumes, smoke, dust, and vapors. Provides high airflow performance with up to 297 m³/h (175 cfm) and twice the suction power of previous models.
  • Material & construction: Compact BVX-250 extraction unit with integrated HEPA 13/Gas main filter and pre-filter. Designed for use with compatible BVX and Omniflex arms and hoses.
  • Risk reduction/compliance benefit: HEPA 13 filtration provides 99.97% efficiency for capturing airborne contaminants, including fumes, smoke, dust, and vapors.
  • Protection level: Two-station filtration system with HEPA 13 filtration efficiency.
  • Comfort & usability: Quiet operation (<55 dBA at medium setting), three power levels, and a compact footprint for placement under or on the benchtop.
  • Safety & compliance assurance: Safety compliance includes UL & CSA, UKCA, KC, PSE, NOM, CE (ISO-14644), and TUV.

Recommended For

  • Removing workplace fumes
  • Removing smoke from workstations
  • Dust extraction applications
  • Vapor removal during processes
  • Use with soldering systems
  • Bench-top fume extraction setups

Primary Industries

  • Electronics manufacturing
  • Electronics assembly
  • Industrial workstations

Standards and Certifications

  • UL & CSA
  • UKCA
  • KC
  • PSE
  • NOM
  • CE (ISO-14644)
  • TUV
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Properties

Model BVX-250-KIT
Product Type Fume Extraction Kit
Stations 2-Station system
Filtration HEPA 13/Gas main filter and pre-filter
Max Airflow (Free Blowing) 297 m³/h (175 cfm)
Flow Rate 2 × 75 m³/h (45 cfm)
Static Pressure 1743 Pa (7” WC)
Noise Level <55 dBA (Medium setting)
Voltage 100 – 240 VAC, 1 phase
Frequency 50/60 Hz
Power 150 Watts
Dimensions (W × D × H) 268 × 400 × 320 mm (10.5” × 16” × 13”)
Weight 12 lbs (5.5 kg)
Reviews

FAQs

When is a two-station fume extractor a better choice than a single-station system?

A two-station extractor is ideal when multiple operators work at the same bench or when a single workstation produces fumes from more than one process point. It allows two capture arms to operate simultaneously, helping maintain consistent fume removal across shared workspaces without requiring separate extraction units.

Which processes benefit most from this type of fume extraction system?

This type of extractor is commonly used in electronics assembly environments where soldering, rework, or similar processes generate fumes and airborne particles. It is also useful in light industrial workstations where dust, smoke, or vapor generation occurs regularly, and localized extraction helps maintain cleaner breathing zones for operators.

How important is proper arm positioning for effective fume capture?

Capture arm placement plays a significant role in extraction performance. Positioning the intake close to the source of the fumes helps ensure contaminants are captured before they disperse into the surrounding workspace. Adjustable arms and hoses allow operators to direct airflow precisely where fumes are generated during the process.

How often should filters typically be replaced in a workstation extraction system?

Filter replacement frequency depends on the type of processes performed and the volume of contaminants generated. Workstations producing heavy solder fumes or dust may require more frequent changes. Monitoring airflow performance and visible filter loading helps determine when replacement is necessary to maintain consistent extraction efficiency.

Can this extractor be used in different workstation layouts or moved between work areas?

Yes, portable extraction units are commonly used in flexible production environments where workstations may change configuration. The compact footprint allows placement under or on a bench, and the system can be relocated if production layouts shift, making it suitable for evolving assembly lines or shared workspaces.