Product news
20.04.2026

 

 

RETTAR Nominated for Global 2026 Leaders in Automation Awards

Beijing Rettar Technology Co., Ltd. (RETTAR) has been officially nominated for the 2026 Leaders in Automation Awards. This recognition comes from Control, a top international magazine for the automation industry.

Being nominated proves that RETTAR’s 3D scanning technology is making a real impact on how companies monitor bulk materials like coal and minerals.

Industry Recognition for Technical Excellence

The Leaders in Automation Awards are highly respected because they are organized by the experts at PMMI Media Group, who publish Control. Unlike other traditional industry lists, this award is determined through a rigorous voting process. This means the recognition is granted not by a committee, but by thousands of frontline automation engineers and technical decision-makers who rely on these technologies to maintain system integrity in critical process industries.

For RETTAR, being nominated for these awards shows that their 3D mapping technology is a leader in the field. It highlights the company’s ability to provide radar tools that work reliably in tough places like mines, power plants, and heavy factories. This nod from the industry confirms that RETTAR is helping move industrial storage into a smarter, more digital future.

Overcoming Limitations: 80GHz 3D Radar Innovation

The core of RETTAR’s recognition lies in its 3D Radar Scanner (3DPro series), which addresses the fundamental failures of Legacy Single-Point and optical scanning systems.

Global Compliance and Industry 4.0 Readiness
RETTAR’s technology is engineered to meet the stringent safety and digital requirements of modern global operations:

The Future of Smart Bulk Management

This award marks a significant milestone in RETTAR’s mission to digitize the ”blind spots” of industrial storage. By merging radar physics with intelligent algorithms, RETTAR is redefining how the global energy and mining sectors manage bulk assets—moving from vague estimations to transparent, real-time 3D visibility.