The EdgeBlast Mesh Belt Series is designed for the high-output surface preparation of parts that require careful handling. From thin automotive stampings and complex die-castings to flat stone or concrete pavers, this machine provides 360-degree coverage without part-on-part impact. It is the definitive choice for lines requiring seamless integration with automated loading robots or continuous painting systems.
Key Technical Specifications:
Process: Continuous Pass-through via High-Strength Wire Mesh Belt.
Coverage: Simultaneous Top and Bottom blasting (Dual-sided in one pass).
Belt Material: Wear-resistant Manganese Steel Wire (designed for extreme longevity).
Blast Wheels: High-velocity turbines positioned above and below the conveyor line.
Speed: Variable frequency drive (VFD) to synchronise with your production line speed.
Recovery: Full-cycle abrasive recovery with air-wash separator for high media purity.
Extraction: Integrated pulse-jet filtration (Safe for indoor factory placement).
Top 5 "EdgeBlast Mesh" Advantages:
Eliminate the "Flip": The wire mesh allows the abrasive to pass through the belt. You blast the top and bottom of the part at the exact same time, cutting your processing time in half.
No Part-on-Part Damage: Unlike tumble blasters, parts stay exactly where you put them. This is critical for precision-machined faces, delicate fins on castings, or decorative surfaces.
Handle Any Shape: From tiny fasteners and thin shims to large flat plates, the mesh belt supports almost any geometry that a roller conveyor simply can't carry.
Robotic Ready: The flat, predictable nature of the mesh conveyor makes it perfect for integration with robotic "pick-and-place" systems at both the in-feed and out-feed.
Continuous Production Flow: Designed for 24/7 industrial use. It turns your surface prep into a "moving sidewalk" of finished, Class 2.5 quality parts.
Contact Specialist Machinery Sales today for a technical consultation and to see how the EdgeBlast Mesh Conveyor Shotblasting System integrates into your current workflow.