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- CISBOT
ULC Technologies completed its first ever CISBOT deployment in a live 42” cast iron gas main with mechanical joints in Newark. PSE&G, a diversified energy company based in New Jersey that delivers natural gas to customers across the state, has worked with ULC to support leak response on several complex projects where traditional methods would...
- Company News
Leading utility and energy innovation company recognized for positive impact on methane emissions, energy reliability and safety Hauppauge, New York (March 18, 2025) — ULC Technologies, LLC, a leading robotics innovator and service provider in the utility and energy industry, is proud to have been named to Fast Company’s prestigious list of the World’s Most...
- Company News
Robotics company and leading electrical contractor partner to increase worker safety and streamline utility-scale solar construction ULC Technologies, a developer of innovative robotic solutions within the energy industry, was contracted by Rosendin, one of the nation’s largest employee-owned electrical contractors, to design and develop a robotic solution for photovoltaic (PV) solar module installation. The robotic...
- Press Releases
PPI Gas Distribution to Expand Drawdown Compressor Sales in the Northeast U.S. ULC Technologies has announced the appointment of PPI Gas Distribution as its new distributor in the Northeast U.S. for its industry-leading Drawdown Compressor product. PPI Gas Distribution is an established product distributor who brings in-depth industry knowledge and expertise to further introduce, demonstrate...
- CISBOT
ULC Technologies’ CISBOT robot deployed in Port Elizabeth to extend the life of a critical gas main along 3rd Avenue. Elizabethtown Gas, a subsidiary of SJI with more than 300,000 customers, completed gas main upgrades along Third Avenue in Port Elizabeth, NJ using a cast-iron sealing robot, or CISBOT. CISBOT, developed and deployed by New...
- Company News
ULC Technologies, a leader in construction robotics, has received CSO status for the development of an Unmanned Rapid Airfield Damage Repair (UM-RADR) system to perform autonomous airfield damage repair. This prestigious status enables organizations to proceed in contracting with interested DoD partners and accelerate the adoption of advanced technical capabilities. The unpredictable nature of humanitarian...