The End of Screws? Rethinking Fasteners Inside the Computers of Tomorrow

Open almost any laptop or desktop computer today—regardless of brand—and you’ll find the same thing: dozens of tiny screws holding together panels, brackets, drives, shields, and subassemblies. They’re familiar. They’re accepted. And they’re increasingly the wrong solution. As computer manufacturers push for faster assembly, easier serviceability, lower defect rates, and more sustainable designs, the humble screw is quietly becoming a bottleneck.

Why computers still rely on screws

Screws have survived inside computers largely out of habit. They are well understood, inexpensive per unit, compatible with automated tooling, and familiar to repair technicians. But familiarity does not equal optimality. Inside most computers, screws are not carrying high structural loads. Instead, they are used to hold access panels, retain SSDs and drives, secure fans, speakers, and brackets, mount batteries, fix lightweight EMI shields, and locate daughterboards and I/O modules. In many of these cases, screws exist simply because nothing better was available.

The real cost of screws in modern computing

While screws themselves are cheap, their system-level costs are not. Manufacturers quietly absorb costs associated with assembly time and torque control, cross-threading and stripped bosses, dropped or lost screws during service, rework and warranty claims, service errors caused by incorrect screw length, complex fastener inventories, and technician frustration (ask anyone about M.2 SSD screws). As devices become thinner, more modular, and more frequently serviced, these issues only get worse.

Enter Azzzoy: a different fastening philosophy

Azzzoy fasteners were developed to eliminate many of the inherent weaknesses of traditional threaded fasteners. Rather than relying on rotation, threads, and torque, Azzzoy uses a push-in, locking geometry that installs instantly, locks mechanically, resists vibration, can be designed to be removable or permanent, works across plastics, metals, and composites, and eliminates thread wear and stripping. For computers, this opens an entirely new design space. Be prepared to execute a Non Disclosure Agreement with Azzzoy Pty Ltd as we go beyond our imagination and redefine fastening for your needs.

Where Azzzoy fits naturally inside future computers

Not every screw needs replacing—but many do. High-load applications such as CPU heat-sink spring clamps or hinge pivots will continue to use traditional fasteners. However, a large percentage of internal screws are ideal candidates for replacement. Examples include bottom access panels, SSD and drive retention, battery pack mounting, fan housings and air ducts, internal brackets and shields, speaker and accessory modules, and non-precision subassemblies. In laptops and desktops, this can eliminate 50–70% of internal screws without compromising strength or reliability.

Faster assembly, fewer errors

Azzzoy fasteners install with a simple push—no torque tools, no threading, no alignment struggle. This delivers faster assembly line throughput, fewer insertion errors, reduced training requirements, lower rework rates, and improved manufacturing consistency. In high-volume electronics manufacturing, seconds matter.

Better serviceability by design

Consumers and technicians increasingly expect computers to be upgradeable, repairable, and modular. Azzzoy supports this shift by eliminating loose screws during service, reducing the risk of damage during reassembly, enabling tool-light or tool-free access, and maintaining consistent retention over multiple cycles. In short, faster open, faster close, fewer mistakes.

Design freedom for OEMs

Without the constraints of threads and torque paths, engineers gain thinner stack-ups, cleaner internal layouts, fewer reinforced bosses, simplified part geometries, and reduced metal inserts in plastic parts. This flexibility supports lighter devices, fewer parts, and lower material usage.

Sustainability benefits

Replacing dozens of metal screws with fewer, lighter fasteners reduces material consumption, simplifies recycling, lowers fastener logistics, and cuts waste from stripped or discarded parts. Sustainability isn’t just about batteries and packaging—it’s also about how products are assembled.

The future is not threaded

Screws won’t disappear overnight. But inside future computers, their dominance is already being challenged. As manufacturers rethink how devices are assembled, serviced, and recycled, fasteners that install faster, fail less, and simplify design will win. Azzzoy represents that shift. The question is no longer “Why replace screws?” It’s “Why keep them where they’re no longer needed?”