Home / Design / Unthreaded standoffs: quick attachment and removal of stacked components without using screws

Unthreaded standoffs: quick attachment and removal of stacked components without using screws

Attach and space components either horizontally or vertically using minimal hardware and fewer assembly operations

New PEM SMTSK unthreaded standoffs from PennEngineering permanently surface mount on printed circuit boards to enable quick attachment and removal of stacked components without requiring screws or tools. 

Their barrel design allows for a stacked board or panel to be slipped easily into place and then detached by simply sliding the component sideways and lifting it off. 

These standoffs will effectively serve to attach and space components either horizontally or vertically using minimal hardware and fewer assembly operations.

The standoffs are supplied on tape and reel compatible with existing SMT automated installation equipment and will mount on printed circuit boards in the same manner and at the same time as other surface mount components prior to the automated reflow solder process. 

These hardware solutions ultimately can reduce handling issues, risks of board damage, and costly scrap, while promoting streamlined production and ‘screwless’ designs of subassemblies. 

PEM SMTSK standoffs are manufactured from carbon steel and available in unified lengths .125”, 250,” and .375” and in metric lengths 3mm, 4mm, 6mm, 8mm, and 10mm. They will install successfully in boards as thin as .060” and 1.53mm.

These standoffs are the latest addition to the complete line of PEM REELFAST surface mounted fasteners, which also include other non-threaded and threaded standoffs, standard and micro nuts, right-angle fasteners, and captive panel screws.

Check Also

Inductive encoders: a robust solution for precise motion feedback

Sayali Shinde discusses the technology behind inductive sensors An inductive sensor, also known as an …

Why ergonomics is essential in medical device design

In many industries, product design rarely accounts for the variability of user profiles, with a …

Predicting vertical motor resonance

Harendra Singh and Ravi Kuma examine a new approach to predicting reed critical frequency (RCF) …