As workloads grow and technology evolves, the pressure on engineers and infrastructure teams intensifies with the need for faster processing power, greater thermal loads, tighter space constraints, and stricter sustainability targets, all under constant cost scrutiny. Meeting these demands means designing systems that perform flawlessly today while remaining adaptable for tomorrow.

DTI delivers the precision, consistency, and expertise that make that possible. Through design-for-manufacture insight and advanced material engineering, we create components and assemblies that optimise airflow, maintain thermal balance, and integrate seamlessly into complex server environments. Every element, from EMI shielding and airflow ducting to mounting structures and thermal assemblies, is engineered to reduce waste, extend service life, and deliver dependable performance under continuous operation.

Combining precision engineering with responsible manufacturing enables us to reduce pressure on our clients and their systems, delivering performance that supports continuity, cost efficiency, and sustainability, while adapting as technologies evolve.

Airflow Ducting for Server Thermal Management

DTI’s airflow ducting systems direct and regulate cooling within high-density racks. Manufactured from lightweight metals, polymers, or composites, each assembly is designed to guide airflow through heat-critical zones, improving cooling efficiency and system stability. Options include CPU and GPU tray ducting, baffles, and modular cooling manifolds.

Integrated Rack Components

Rack assemblies rely on consistent geometry for airflow, load-bearing stability, and clean integration of server hardware. DTI manufactures uprights, joining brackets, and support frames designed for rapid assembly, structural strength, and compatibility with OEM and modular systems. Precision fabrication ensures each component contributes to stable, scalable infrastructure builds.

Instrument Cases & Enclosures

We develop robust sheet-metal and moulded-polymer housings for instrumentation, monitoring equipment, and embedded control systems. Each durable enclosure incorporates precise mounting points, sealing features, and a choice of protective or cosmetic finishes, including powder coating, plating, anodising, painting, and antimicrobial options for specialised environments.

Environmental Test System Heating Elements

DTI designs and manufactures housings and Heating elements for thermal control in environmental testing and validation systems. Components are designed for consistent heat distribution, mechanical stability, and long-cycle reliability. Each element supports precise temperature management for calibration and reliability screening applications.

ESDFF Data Module Latching

Next-generation E1.L/ ESDFF (Enterprise & Data Centre SSD Form Factor) formats demand retention and ejection systems that are both robust and service-friendly. DTI designs and manufactures mechanical latching assemblies using high-temperature polymers and plated metals to achieve repeatable engagement, ESD protection, and alignment accuracy across global production runs. These systems support the emerging storage architectures that underpin AI servers, cloud infrastructure, and edge-compute environments.

 

Server Data Drive Latches

DTI’s metal–plastic hybrid EDSFF latching systems provide secure retention and quick release mechanisms for hot-swappable drives. Each latch is designed for positive engagement, repeatable tolerances, and extended mechanical life in intense environmental situations, minimising maintenance downtime in mission-critical data environments.

 

PDU Mounting Brackets

Power Distribution Unit brackets are engineered for secure mounting and easy integration within rack frames. Fabricated in steel or aluminium, they maintain rigidity under load and dimensional accuracy through repeated assembly. Finishes include powder coating or zinc plating for corrosion protection and long service life.

Cabling Clips & Guides

Effective cable management is essential in many environments, where even minor obstruction can disrupt airflow and reduce cooling efficiency. DTI develops clips, guides, ducts, and routing components that keep cables securely positioned without restricting access for assembly or maintenance. These features help maintain clean airflow paths, support consistent thermal performance, and prevent the gradual drift or movement that can occur through vibration or repeated servicing.

 

Brush Panels

Brush-panel assemblies complement these routing components by allowing controlled cable pass-through while retaining airflow separation and dust protection. Manufactured using metal or plastic frames with conductive brush inserts, they provide durable, tidy routing solutions suitable for server racks, control enclosures, and laboratory systems requiring efficient, contamination-controlled cable access.

DTI delivers confidence in performance, reliability, and results. When your technology performs without question, your reputation does the same. By protecting performance, enhancing sustainability, and strengthening our clients’ technology for the future, we help them stay ahead in an industry that never stands still.

Get in touch today to discuss your next project

Whether you have a question, require more information, or want to discuss a potential project, our expert engineering and operations teams are on hand to help you.

We look forward to hearing from you and collaborating on innovative solutions for your business.

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