
Pass-through windows provide a secure and efficient solution for controlled transactions in high-security environments. Designed to facilitate safe communication and document exchange, they are ideal for banks, government facilities, ticket booths, and any setting requiring a protective barrier.
Built from durable materials, these windows offer various security levels, including bullet-resistant and attack-resistant options. Features such as intercom systems, secure transaction trays, and custom sizing ensure seamless operation while maintaining the highest safety standards.
With customisable designs to meet specific site needs, pass-through windows provide a reliable solution for businesses and institutions looking to enhance security without compromising efficiency.
Available in bullet-resistant and impact-resistant designs for high-risk environments.
Integrated intercom systems ensure seamless interaction between both sides.
Various sizes, glazing options, and configurations to suit site-specific needs.
Designed for safe document, cash, and item exchanges without direct contact.
Made from high-quality materials like stainless steel and toughened glass for long-term performance.
Pass-through windows provide a secure solution for exchanging documents, cash, or valuables without direct physical contact. Designed to prevent unauthorized access, they are commonly used in high-risk environments such as banks, government buildings, and security checkpoints. With options for bullet-resistant glass, interlocking trays, and electronic access controls, these windows ensure safety without compromising efficiency.
Available in various sizes, materials, and configurations, pass-through windows can be tailored to meet the unique requirements of different industries. Whether integrating a built-in intercom for seamless communication or selecting a high-strength stainless steel finish for durability, these solutions are designed for flexibility. Options such as climate-controlled compartments and fire-resistant materials further enhance their functionality for specialised applications.