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Grinding Tables for Dust, Particles, and Sparks
Grinding tables capture the dust generated during manual grinding, deburring, and polishing operations as directly as possible at the workstation. Depending on the process, particles are extracted via the table surface, a rear wall, or both collection areas.
Typical Applications
ā Grinding and Deburring
ā Polishing and Finishing
ā Metal, plastic, and other material processing
ā Individual workstations and post-production finishing
ā Processes involving coarse and fine dust particles
Take dust and sparks into account
Material, particle size, abrasiveness, and potential sparks influence the filter and pre-separation design. Heavy or incandescent particles should not enter sensitive fine filters unnecessarily. For combustible dusts, the workplace hazard assessment is also a key factor.
Hereās what you should look for when making your selection
ā Workpiece size and table area
ā Dust volume and particle size
ā Spark and coarse particle content
ā Detection via tabletop and/or rear wall
ā Filtration, pre-separation, and dust removal
ā Daily operating time
FAQ
When is a grinding table better than an extraction arm?
For recurring work at a fixed location involving widespread or downward-directed dust generation.
Are sparks a problem?
You may have specific requirements regarding pre-separators, filters, and safety measures.
Can a grinding table be connected to a central system?
Yes, if it provides the required flow rate and pressure at the connection.
Is every grinding table suitable for combustible dusts?
No. The specific application must be evaluated from a safety perspective.
Advice on Grinding Tables
The material, blasting process, workpiece size, amount of dust, and available extraction technology are crucial factors in the selection process.
