Built around your dimensions.

Custom Spray Booths

Railway carriages, oversized components and wind turbine sections. Discover booths built around your dimensions.

Industrial Wet Paint Booths

Industrial wet paint booths use overspray separation selected for the coating, application method and production load, including paper filter and water curtain configurations.

Request a project proposal ↗

Engineered around overspray

The right booth starts with the right separation method.

Part geometry, paint consumption, solids content, application efficiency and production hours determine how overspray should be captured and removed.

We engineer dry-filter, water-curtain and venturi systems for manual or robotic application, together with air handling, controls and sludge management.

A wet paint booth with paper filters and a water curtain spray booth separate overspray in different ways. Compare the systems below using paint consumption, coating type and maintenance requirements, so the filtration method matches your production.

Application

Manual spraying, automatic guns, reciprocators or robot painting.

Overspray control

Dry filtration, water curtain or high-efficiency venturi separation.

Complete integration

Air handling, conveyors, flash-off, ovens, controls and safety interfaces.

System types

Five solutions for industrial wet painting.

The separation technology is selected from the coating process and required production stability—not from a fixed booth model.

Dry-Filter Wet Paint Booths

Overspray is captured by staged disposable filter media positioned in the extraction wall or floor. A simple, efficient solution where paint loading and filter-change intervals are compatible with production.

Low water and chemical demand
Easy access for filter replacement
Open-face or enclosed booth configurations

Industrial water-curtain wet paint booth

Water-Curtain Wet Paint Booths

A continuous water curtain captures overspray at the extraction wall. Circulated water carries paint solids to the collection section for treatment and removal.

Stable capture under higher paint loading
Recirculating water circuit
Manual, conveyorised or batch layouts

Venturi separation section in a wet paint booth

Venturi-System Wet Paint Booths

Air and water accelerate through a venturi throat, creating intensive mixing that transfers overspray particles into the circulating water. Mist eliminators then separate water droplets from the exhaust air.

Designed for demanding overspray loads
High-contact air and water separation
Available in rear-wall or underfloor arrangements

Separated paint sludge in a treatment unit

Paint Sludge Separation Units

Water-based booths can be equipped with dedicated treatment systems that separate coagulated paint sludge from the circulating water and support more stable booth operation.

Integrated or stand-alone configuration
Reduced solids accumulation in the water circuit
Easier collection and maintenance planning

Robot painting inside an industrial wet paint booth

Robotic Wet Paint Booths

Robot cells combine controlled airflow, overspray separation, part handling and application equipment within one coordinated safety and automation concept.

Single or multi-robot layouts
Conveyor and positioner integration
Interlocks, access control and ATEX zoning according to the project

Engineering inputs

Booth configuration is calculated from your production data.

Workpiece & output

Part dimensions, weight, hanging method, hourly capacity and available cycle time.

Paint process

Coating type, consumption, solids, colour changes, application method and transfer efficiency.

Site & utilities

Building layout, exhaust routes, heating source, electrical capacity, water and wastewater requirements.

Related systems

Build the complete finishing process.

Send us the part dimensions, paint consumption and production capacity.