Welding mobile smoking machine

JYLB-500A-CS

Welders face a series of risks from dangerous substances that could mean they face time off work for illness or even early retirement. Different welding methods give rise to different amounts of fumes containing various concentrations of hazardous substances. The smaller the particles, the more dangerous they become because they are easier to breathe in deeply in the lungs. The amount of welding fumes that are formed depend upon the type of welding and materials used.

Automated and robotic welding

Semi-automated and robotic welding applications utilize precise machinery and electronic controls to perform welding and cutting operations that used to be routinely performed by a welder. Since the mechanical device or robotic arm is performing the welding process, fume arms are difficult as they need to be moved near the weld point to efficiently capture the fume. Nederman solutions for semi-auto and automatic welding processes include both on-torch and canopy hoods for welding fume extraction.
As an alternative to the hood and arm fume extractor, on-torch or integrated welding fume MIG gun extraction can be used. The on-torch extraction systems extract the fumes directly from the welding torch without interfering with shielding gas. The extraction systems are available as both mobile single user extraction units and central extraction systems serving several extraction points.

Thermal cutting

Some thermal cutting processes include oxy-fuel, air carbon arc gouging, plasma arc cutting and laser cutting. These processes can vary from a small to large applications. High heat, molten metal and fume particulate are some of the by-products of these processes. Solutions vary from one application to another, however in many cases, the fumes generated from the cutting process are extracted through grates on an elevated table. Other solutions proven effective include close source capture, overhead hood systems, and in a some cases ambient filtration.

Extraction at source

Extraction at source is the most effective way to collect and remove fumes. Choose the most effective solution for your workplace! Nederman has different solutions for getting rid of fumes and particles. Your choice depends on what you are going to use extraction for and how often you will use it.

Advantages
Having the extractor directly on the welding torch ensures that the extraction is always accessible and correctly positioned. Work becomes flexible and the capture rate is excellent.

Fume extraction with extractor arms

Solution
The arms are connected to a vacuum filter system that removes contaminants from the extracted air.

Advantages
The extraction arms are flexible, easy to position and are not in the way during work. There is no impact on the welding process. Capture rate is excellent.

Technical parameter

Brand: Jingyi Institute

Model: JYLB-500A-CS

Suction arm: 5 sections

Size of suction hood: Φ50㎜

Radius of expanding arm: 0.8-1.2m

Air volume: 0-60mᶾ/h

Wind speed of pipeline: 6-8m/s

Input voltage: AC220V/50HZ

Input power: 200W

Filter efficiency: Dust less than 0.5um, unpleasant smell and germ

Weight: 25KG