Our
know how
Automate abrasion with adaptability:
Two contradictory but necessary targets.
BAYAB's response:
A subject of expertise (abrasion) across the entire chain of
development (from research to production):
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Application mastery
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Process science
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Machine development
Mastery of customer applications
Using abrasive water jet to perform constant depth or constant layer machining.
In general, BAYAB's know-how consists in using water erosion and impact abrasion to modify a part.
This use can range from cutting to blind machining, but also concerns pickling, hardening or surface preparation and acoustic microperforation.
Machining of composite plies
Surface preparation
Cutting
Hard metal machining
Acoustic microperforation
Paint removal
Abrasive water jet machining has very specific characteristics:
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No warm-up
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No machining effort
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No minimum machining thickness
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Applicability to all materials
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Machined particles contained in water and therefore easy to contain
BAYAB's blind machining enables removinging a thichness of material without being influenced by the 3D shape of the part.
BAYAB's process science
BAYAB uses the impact abrasion capabilities by particles and / or erosion by water.
Impact abrasion
In particle impact abrasion, two modes of erosion are generally considered: micro-incision and micro-impact.
Water erosion
The high speed water acts on the machined part by a wedge effect, propagating the surface microcracks by dynamic pressure.
Development of
industrial machines
A machine is the collaboration of a process, a mechanism and an operator, working together for an application. A machine intelligence algorithm then makes the link between these three pillars and the machine environment: safety, PLC, HMI and means of control.
Very often, these pillars are developed by different teams, mastering each a part of the machine and negotiating on the distribution of specifications.
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Our choice, at BAYAB, is to master this complete triptych to offer optimized machines in the particular field of industrial abrasion. Our added value thus lies in the ability to seek optimal complementarity
rather than a negotiated compromise between process, mechanics and application.
