Home / Design / High pressure – small package

High pressure – small package

Lee Spring has designed its ex-stock range of High Pressure Springs to save space and to enable compact product design

Certain mechanisms call for a big power to diameter ratio – small devices requiring firm, but not rigid, slender springs, such as in switches, ball plungers, safety relief valves, quick change tools and vice clamps.

Consequently, Lee Spring has designed its ex-stock range of High Pressure Springs to save space and to enable compact product design by combining an unusual selection of performance characteristics which specifically suit small applications with high loading requirements. 

High Pressure springs offer small physical size with high force capacity operating over short distance and small deflections, delivering high performance and saving money on maintenance.

These low index, high pressure compression springs are carefully designed to work in small holes from 1/8-in (3.18mm) to 1-in (25.40mm). They are packed in a range of free lengths, starting at 0.250-in (6.35mm) up to 4-in (101.60mm) and options of high load capacities rated to pressures of 300, 400, 500 and 600psi for easy reference.

Lee Spring produce its ex-stock high pressure compression springs from passivated and shot peened stainless steel, which provides a balance of corrosion resistance, high strength, and toughness – meaning these springs will last even longer, whatever the conditions.

Check Also

Scallop centrifugal feeder for high-performance packaging applications

Shibuya Hoppmann‘s FS-70 Scallop Centrifugal Feeder is one of the largest centrifugal feeders available on the …

Compact two-channel confocal controllers enable two-sided thickness measurements using just one controller

Precision sensor supplier Micro-Epsilon has extended its confocalDT IFC 241x range of confocal chromatic controllers …

Automated surface finishing of 3D-printed parts in metal and polymer

AM Solutions has announced the launch of its compact M1 system for automated surface finishing …