The Primero MD15 is the product of years of advanced engineering by Ajax Detectors, integrating multiple high-precision scientific systems into one device to deliver maximum field efficiency and dependable professional performance.

The Device Delivers:

• Detection depths reaching up to 70 meters
• Wide-area scanning coverage up to 3,000 square meters
• Exceptional stability in highly mineralized and difficult soils
• Integrated advanced sensing, imaging, and analytical technologies
• Highly optimized signal processing to greatly reduce false readings

The Primero MD15 is the result of extensive research and engineering by Ajax specialists, combining 15 advanced scientific systems into one powerful platform to provide outstanding field performance and reliability.

Features of the Primero MD15

Target Group & Fields

The Primero MD-15 is engineered for users who require professional-grade performance rather than a standard consumer detector. It is ideally suited for:

• Professional surveying and prospecting teams

• Archaeologists and field researchers

• Geological and exploration companies

• Advanced hobbyists aiming to operate at a professional level

• Specialists who depend on accurate data and detailed analysis before excavation

Primero MD-15 – a specialist’s instrument, trusted by prospectors around the world.

Operating Environments

The Primero MD-15 has been field-tested across a wide range of soil types and terrains, proving consistent and dependable performance in real working conditions, including:

• Dry, sandy desert terrain

• Rocky and mountainous regions

• Agricultural land and open plains

• Forested and humid areas

• Clay-rich soils

• Highly mineralized ground with heavy interference

• Archaeological and historical locations

Built for real-world exploration, the Primero MD-15 is designed for practical field operation—not controlled laboratory testing.

Technical Architecture – Engineered for Peak Performance

While the Primero MD-15 features 15 advanced search systems, its real power lies in the scientific framework that integrates these systems into one unified and intelligent architecture.

Long-Range Detection Platform – Built on advanced long-range frequency signal processing, this platform enables wide-area scanning and accurate tracking of valuable targets over extended distances.

Soil Imaging Platform – Provides multi-layer soil scanning with detailed 3D visual analysis, allowing users to assess subsurface conditions before excavation begins.

EFM Platform – Advanced Audio Detection Systems – Specializes in signal interpretation, metal discrimination, graphical analysis, and rapid, precise target identification.

Geophysical Platform – Utilizes soil property analysis and electrical resistance measurements to accurately detect metals, groundwater, and underground voids.

By combining these platforms into a single synchronized system, the Primero MD-15 delivers:

• Enhanced depth capabilities

• Clear differentiation between precious and base metals

• Stable performance in challenging soil conditions

• Advanced imaging and analytical visualization

• Dependable results that reduce unnecessary excavation

These platforms do not operate separately; they function as one cohesive architecture, strengthening overall accuracy and efficiency through integration.

Design & Interface

Ergonomic & Ready-to-Use Design

The Primero MD15 is engineered to achieve the perfect balance between durability and ease of use. Its strong yet lightweight housing supports continuous field operation, while the ergonomic form provides a comfortable grip and well-balanced weight distribution to minimize fatigue during long search sessions. Fast and simple assembly and disassembly make transportation and storage effortless. Built for real-world applications, the device is always prepared for demanding field environments.

User Interface

The user interface of the Primero MD15 follows the same practical design philosophy, focusing on efficiency and comfort in the field. It supports long-term operation with intuitive controls, balanced handling, and smooth navigation. Easy setup and dismantling further enhance usability, ensuring the system remains reliable, responsive, and ready for continuous operation under real working conditions.

Technical specifications