X-Ray Scanners - X-Ray Baggage Scanner
Matrixcope - High-Performance X-Ray Baggage Scanner
The MatriXcope MTC-XR86 is a high-performance X-ray baggage scanner optimized for security applications across various sectors, including airports and government facilities. It delivers exceptional image clarity and threat detection, integrating cutting-edge technology to ensure safety and reliability. With capabilities for dual-direction scanning and advanced threat analysis, it is well-suited to detect hard-to-penetrate materials, explosives, and drugs. The MTC-XR86 operates with voltage ranges of 120V and 230-240V at 60Hz, complying with CE RoHS and FDA FCC standards. Matrixcope's commitment to quality and innovation is evident in the design of this scanner, embodying their reputation for excellence in security technology. The device's robustness and efficiency make it a trusted solution for complex security challenges, forming part of a comprehensive portfolio that includes metal detectors and explosive detection systems.

Matrixcope - X-Ray Baggage Scanner
The MatriXcope MTC-XR108 is an advanced X-Ray baggage scanner engineered by Matrixcope, offering top-tier security features for modern facilities such as airports and government buildings. It embodies high accuracy and dependability in detecting prohibited items, thus ensuring the safety of sensitive environments. With capabilities such as pseudo-color processing, edge enhancement, and image identification training, it provides enhanced image analysis. Operating at 120V, 230-240V, 60Hz, and complying with CE, RoHS, FDA, and FCC standards, this X-ray scanner is designed for efficiency and precision. Matrixcope, known for its innovative security solutions, combines user-friendly designs with robust technological capabilities, maintaining a strong presence in the security industry. The MTC-XR108 is part of a comprehensive product line that includes metal detectors and explosive detection systems, demonstrating Matrixcope's commitment to safety and technological progression.