Apollo Sprayers Will Exhibit Painting Systems at 2026 SEMA

The company will showcase its electric HVLP painting technology during the 2026 SEMA Show in Las Vegas.

Updated on Oct. 14, 2026 in Electric Vehicles

An industrial electric turbine paint sprayer in silver and blue sitting on a metal workbench in a professional trade show environment.
Apollo Sprayers International will debut its Maxi-Miser electric painting systems for collision repair shops at the 2026 SEMA Show in Las Vegas. AI Illustration. Upload story photo >

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Apollo Sprayers International will display its Maxi-Miser HVLP electric painting systems at the 2026 SEMA Show. These systems are designed to improve efficiency for collision repair shops.

Why it matters

The technology addresses critical industry challenges including excessive paint waste, potential air contamination, and extended booth cycle times. By using electric turbine units, shops can eliminate reliance on shop-line air compressors.

The exhibition will feature the Maxi-Miser 3000 PRO and the PRECISION-6 PRO series systems. These HVLP units are engineered to reduce VOC emissions and material consumption compared to traditional compressed-air configurations.

The players

Apollo Sprayers International

This company manufactures high-volume, low-pressure painting systems designed for industrial and automotive applications.

SEMA Show

This is an annual trade event in Las Vegas that showcases the latest innovations and products in the automotive specialty equipment industry.

The details

The electric turbine units provide higher transfer efficiency by directing more paint directly onto the vehicle panel. This delivery method helps shops maintain cleaner work environments by bypassing shop-line air systems.

Timeline

  1. Apollo Sprayers will exhibit the systems throughout the 2026 SEMA Show.

Roadmap

The adoption of HVLP technology highlights a shift in collision repair toward processes that reduce material waste and volatile emissions. This move reflects the broader automotive trend of prioritizing sustainability and precision in shop repair environments.

Shops adopting these systems can expect reduced material costs and decreased VOC emissions due to higher transfer efficiency. These improvements contribute to shorter repair cycle times for collision centers and independent paint shops.

The takeaway

Optimizing fluid delivery systems allows automotive shops to balance environmental compliance with production speed. Repair facilities should evaluate their current air-compressed setups against newer electric turbine alternatives to identify potential efficiency gains.

Further reading

Discover how shop efficiency is changing by visiting Electric Vehicles.

Source note: This article includes information reported by Autosphere.

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Is now a good time to upgrade shop equipment to improve long-term efficiency?