How much does it cost to run a spray booth per cycle?

In the UK, the cost to run a spray booth per spray and bake cycle typically ranges from £5 to £25 or more. The exact cost depends on factors such as the heating method, energy efficiency of the booth, cycle duration, and current gas or electricity prices.

Quick answer:

Most spray booths in the UK cost between £5 and £25+ per cycle to run. More efficient booths with modern heating and airflow control systems generally sit at the lower end of this range.

What affects the cost of a spray booth cycle

Spray booth running costs vary because no two booths operate in exactly the same way. Energy consumption is influenced by the design of the booth, how long each cycle runs, and how effectively heat and airflow are controlled during spraying and baking.

Key variables include heating method, insulation quality, airflow volume, and how frequently the booth is used throughout the day.

Heating method and energy costs

The heating system is one of the largest contributors to per-cycle cost.

Gas-heated spray booths have traditionally offered lower running costs, but rising gas prices have reduced this advantage. Electric and hybrid spray booths can provide more predictable costs, particularly when paired with modern control systems that reduce wasted energy.

The efficiency of heat recovery and air recirculation also plays a significant role in overall consumption.

Cycle length and usage patterns

Longer spray and bake cycles naturally consume more energy. Older or inefficient booths often require extended bake times to reach and maintain target temperatures.

Modern spray booths are designed to reach operating temperature more quickly and maintain it consistently, helping to reduce energy usage per cycle and improve throughput.

High daily usage can amplify even small inefficiencies, making cycle optimisation increasingly important for busy workshops.

Booth efficiency and design

Efficient spray booths are designed to minimise wasted airflow and heat loss. Improved insulation, well-designed ducting, and precise airflow control all contribute to lower running costs.

Poorly specified booths may appear cheaper to purchase but often result in higher energy consumption during every cycle.

Does FIR drying reduce running costs?

Far Infrared (FIR) drying can help reduce running costs by directing heat energy straight to the painted surface rather than heating the entire air volume inside the booth.

When used correctly, FIR drying can shorten bake times and reduce total energy consumption per cycle, particularly in high-throughput environments.

Why running costs matter long-term

While per-cycle costs may appear small, they accumulate quickly over weeks, months, and years of operation. For busy bodyshops, even minor efficiency gains can result in significant savings over the lifespan of a spray booth.

Understanding running costs is essential when comparing different spray booth options.

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