1000 × 1600 Stainless Steel Bubble Remover Machine

Read the footprint carefully. At 1390 mm long and 1950 mm wide, this machine is wider than it is deep — the cabinet extends sideways rather than projecting into the aisle. Plan clearance in front of the door for the swing radius of a 1000 mm lid, and allow service access to the side panel where the pressure display, power switch, operating panel, emergency switches and air filter are grouped.

The open-chamber photographs show the interior clearly: full-width perforated steel shelving on multiple levels, with a curved perforated back section following the cylinder wall and a perforated floor tray.

Why depth is the throughput variable. The 1000 mm bore fixes how wide any single module can be. Everything beyond that — how many modules go in per cycle — comes from the 1600 mm running back along the chamber axis and from how many shelf levels you populate along it.

Why every surface is perforated. A solid tray plate shields whatever sits on it from the pressurised gas above and below, so force across the panel is uneven. Perforated shelving lets gas reach the full surface of each part. In a chamber this deep, that matters twice over: it also keeps circulation moving front-to-back, so a module loaded at the rear of the chamber sees the same conditions as one just inside the door.

Shelves are removable and repositionable. Run one large module on a single level, or populate every level with smaller assemblies.

The inner chamber is stainless steel. Where it earns its cost: corrosion resistance. Chambers see humidity, adhesive residue, cleaning solvents and repeated thermal cycling. Stainless holds its surface through that; painted carbon steel eventually needs oxidation managed as a maintenance item.