Deflashing0 pages

TECH N O LO GY

TECH N O LO GY

Consumables

De-flashing of thermoset materials

Blast media

The path to the de-flashing of thermoset and highly filled thermoplastic
workpieces leads through the sophisticated complete solutions offered by
Rösler. By performing highly informative field tests, we always find the
ideal solution for the wide-ranging requirements of our customers. Along
with the decision for a specific machining process, this also includes the
selection of the proper auxiliary equipment and consumables.

The various de-flashing applications require a wide range of different media. Low media consumption combined with the shortest possible cycle
times are the most important selection criteria.
The constant search for suitable media, regular shot blasting trials with
customer work pieces and on site inspections of customer de-flashing systems ensure that these formerly underestimated ‘auxiliary consumables’
have become essential tools for not only achieving the best possible
de-flashing results but also for achieving considerable cost efficiencies.
Rösler stocks an extensive range of different media types in different grain
sizes for testing purposes in our test lab. Generally, de-flashing machines
can be operated with the following media:
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Polyamide (PA), in cubical or cylindrical shape
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Polycarbonate (PC), cylindrical
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Filled polyamide media for special de-flashing applications
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Organic media like crushed nut shells or fruit pits (peach,apricot, etc.)
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Thermoset

Antistatic compound

RÖSLER Schweiz AG
Staffelbachstrasse 189 · Postfach 81 · CH-5054 Kirchleerau · Tel.: +41/62/7385500 · Fax: +41/62/7385580 · rosler-ch@rosler.com · www.rosler.com

GB.186.06_Technologie
– Technical changes reserved

Maintaining a consistent quality of the antistatic compound is essential for
the effectiveness, quality, required processing time and environmental compatibility of the de-flashing process. We use only eco-friendly raw materials and place high ecological standards on the production of our antistatic
compounds.