Okibo Announces General Availability of Robotic BLASTER Technology for Construction Industry

Why It Matters

The BLASTER gun accelerates high‑volume coating tasks, reducing labor costs and improving site safety, which could reshape construction finishing workflows industry‑wide.

Key Takeaways

• BLASTER adds dual-nozzle spray to EG7 robots.
• Covers 4‑foot width, up to 24‑foot height.
• Claims 5× productivity gains versus manual painting.
• Deployed on Jacksonville commercial project.
• Improves safety by reducing human exposure.

Pulse Analysis

Construction firms are increasingly turning to robotics to tackle labor‑intensive tasks, and painting has long been a bottleneck due to its reliance on skilled crews and safety concerns. Okibo’s BLASTER gun integrates a synchronized dual‑nozzle airless spray mechanism with AI‑guided navigation, enabling autonomous robots to apply paint and primer across large surfaces with consistent thickness and minimal overspray. This technology addresses the precision and speed gaps that have limited broader adoption of robotic coating solutions.

The performance claims—five times faster application and uniform finishes—translate directly into cost savings and tighter project schedules. By eliminating the need for workers to operate at height or in confined spaces, the BLASTER system reduces exposure to hazardous conditions and lowers insurance premiums. The successful field trial on a Jacksonville commercial facility demonstrates real‑world viability, showing how contractors can compress the finishing phase without sacrificing quality, thereby freeing resources for other critical path activities.

Looking ahead, the BLASTER’s modular design positions it for integration with other autonomous platforms, potentially expanding its use beyond paint to sealants, fire‑proofing, and specialty coatings. As the construction sector grapples with a skilled‑labor shortage, solutions that combine safety, efficiency, and repeatable quality are likely to attract investment and accelerate market penetration. Okibo’s move could spur competitive innovation, prompting rivals to develop comparable high‑throughput spray systems, ultimately driving down costs and setting new industry standards for robotic finishing.