Home / Air Operation Blasting Machine / Air-Operated Shot Blasting Cabinet – Suction Type Precision Mould Cleaning Performance
Suction-type blast cabinet designed for safe and effective tyre mould cleaning without surface damage. Enclosed dust-free system removes carbon deposits, residue, and contaminants while ensuring abrasive recovery, operator safety, and consistent mould maintenance results.
The tyre mould cleaning shot blasting machine is an enclosed suction cabinet built to clean tyre moulds gently and thoroughly. During curing, rubber and release agent bake onto the mould surface and block its fine air vents, which leads to defects on the finished tyres. This machine clears that build-up using soft glass bead media, so the mould is restored without harming its precision faces or engraving.
It is designed as a suction blast cabinet and works on the Venturi effect, which allows the media to be drawn into the cabinet at a relatively slow, low-impact speed, ideally suited to the gentle abrasive effect required for cleaning fragile aluminium moulds. Moulds are placed on a rotating turntable inside the chamber to ensure thorough and uniform blast cleaning from all sides. As a purpose-built tyre mould cleaning machine, it ideally suits the tyre manufacturing and retreading industry where clean moulds with reduced cleaning time are required.
EXCLUSIVELY FOR CLEANING TYRE MOULDS
Smart Process Overview
The machine utilizes Venturi suction. A stream of compressed air passing through the gun produces a vacuum that picks up glass bead media from the hopper, carries it through the gun, and injects it into the air stream that goes toward the tyre mould. The media travels at a smooth, slow rate and lifts out cured rubber and release agent from the mold and the vents, without cutting in.
The mould is seated on a turntable, allowing complete access to each surface and opening. The dirty media, collected in the bottom, passes into the reclaimer, where it is filtered through cyclone action that separates useful media beads from dust and fragments. The reclaimer sends the good media back for work, and the dust collector collects the remaining tiny dust particles.
Built With Precision Components
Blast Cabinet
A closed steel cabinet big enough to hold a full tyre mould, lined inside to handle daily use.
Rotating Turntable
A slow-turning table that spins the mould so every side faces the gun and gets cleaned evenly.
Suction Blasting Gun
Pulls glass beads up and sprays them at a gentle speed that cleans the mould without harming it.
Glass Bead Media
Soft, round beads that remove cured rubber from the mould without scratching its surface or detail.
Abrasive Reclaimer
Cleans the used beads after each pass, sending good media back and taking out dust and waste.
Dust Collection Unit
Removes dust from the cabinet while you work, keeping the view clear and the air clean.
Inspection Window and Gloves
A clear window with built-in gloves, so the operator can clean the mould safely by hand.
Foot Pedal Control
A foot switch to start and stop blasting, leaving both hands free to hold and turn the mould.
Engineered Output Parameters
| Cabinet Construction | MS fabricated with wear-resistant lining |
|---|---|
| Part Handling | Rotating turntable for moulds |
| Working Pressure | 5 – 7 bar |
| Air Consumption | 12 – 30 CFM (depending on nozzle size) |
| Nozzle Size | 4 – 8 mm |
| Preferred Media | Glass beads (mould-safe) |
| Reclaim System | Cyclone reclaimer with dust collector |
| Electrical Supply | 415V, 3 Phase, 50Hz |
| Cabinet Lighting | LED / Fluorescent dust-proof |
Complete Support Portfolio
The suction cabinet is built for cleaning and maintaining tyre moulds and similar precision tooling.
Cleaning cured rubber from tyre mould surfaces
Clearing blocked mould air vents and micro-vents
Removing release agent and curing residue
Cleaning the tread pattern and sidewall engraving areas
Maintenance of segmented and two-piece moulds
Restoring the mould finish to reduce tyre defects
Cleaning of related rubber moulding tooling
Operational Performance Benefits
The suction design gives tyre plants a safe, economical way to keep moulds clean.
Higher-load turntable for cleaning larger or heavier tyre moulds with stable, even rotation.
Fine nozzles that direct media into blocked vents and micro-vents for thorough clearing.
Improves media separation so cleaner glass beads return to the gun for a better finish.
Automates cabinet functions for easier operation, monitoring, and repeatable cleaning results.
Brighter internal lighting for clear viewing of detailed tread and engraving areas.
Cabinet built to suit specific mould sizes and the plant's production requirements.
It is an enclosed suction cabinet that cleans cured rubber and residue off tyre moulds using glass bead media. The mould sits on a turntable and is cleaned evenly without surface damage.
Glass beads are soft enough to lift rubber and release agent without cutting into the precision mould or its engraving, which makes them the preferred media for this tyre mould cleaning sandblasting machine.
Yes. The media reaches the fine vents and micro-vents that trap air during curing, clearing the build-up that causes defects on finished tyres.
A suction-type shot blasting machine draws media at a lower, gentler speed than pressure systems, which is safer for delicate aluminium moulds while still cleaning thoroughly.
No. With the correct glass bead media and controlled pressure, the process lifts residue while protecting the mould face, vents, and engraving.
Spent beads are drawn to a cyclone reclaimer that separates reusable media from dust, so clean beads return to the gun and waste stays low.
Mainly tyre manufacturers and retreading units, along with rubber component makers who need clean, defect-free moulds with minimal downtime.
It removes fine dust and worn media during cleaning, keeping the window clear and supporting a cleaner, safer work area.