Gas Spring Testing Machine

his gas spring testing machine adopts high-precision servo reciprocating drive system, designed for nitrogen-filled gas springs widely used in automotive tailgates, hoods, furniture, medical beds and equipment covers. It supports static force test, speed characteristic test, stretching and compression curve test, and long-cycle fatigue durability test. The equipment can detect output force, damping force, idle stroke, hysteresis and air leakage of gas springs. It automatically collects force and displacement data, generates...

Gas Spring Testing Machine

Servo test bench for lift gas springs, used for static force characteristic, speed curve and cyclic durability fatigue test

Product Overview

This gas spring testing machine adopts high-precision servo reciprocating drive system, designed for nitrogen-filled gas springs widely used in automotive tailgates, hoods, furniture, medical beds and equipment covers. It supports static force test, speed characteristic test, stretching and compression curve test, and long-cycle fatigue durability test. The equipment can detect output force, damping force, idle stroke, hysteresis and air leakage of gas springs. It automatically collects force and displacement data, generates force-stroke curves and force-speed characteristic curves, and records force attenuation after repeated cycles. Universal adjustable fixtures adapt to different installation lengths and connection ends. It is widely used in gas spring product development, sample verification, incoming inspection and finished product quality audit.

Applicable International Standards

The system is designed to comply with the following recognized testing standards:

ISO 11901-1 — Tools for pressing — Gas springs — General specifications
EN 16955 — Hardware for furniture — Gas springs for seating height adjustment
ISO 7500-1 — Verification of static uniaxial testing machines
ISO 5893 — Specification for constant-rate traverse test equipment

Note: Specific compliance depends on model configuration, force sensor selection and customized fixture design. Customized fixtures and test schemes for extra testing standards are available upon request.

Key Features

Precise servo speed control — Stable stretching/compression motion, adjustable test speed for characteristic curve scanning.
Optional force range — 0.1 ~ 20 kN, multiple sensor options, and can be configured according to customer test requirements, replaceable sensors for different gas spring loads.
Multiple test modes integrated — Static force test, speed characteristic test, reciprocating fatigue test and leakage screening.
Universal adjustable fixture — Adapt to ball joint, eye end and threaded connection gas springs with different lengths.
Rich calculated indicators — Initial force, output force, damping force, hysteresis value and force attenuation rate.
Real-time curve display — F-S curve and F-V curve displayed synchronously during testing.
Professional test software — Curve comparison, batch data storage and test report export.
Complete safety protection — Over-force, over-stroke, overload and emergency stop protection functions.

Technical Specifications

Parameter	Specification
Test Mode	Static force test, speed characteristic test, reciprocating fatigue test, air leakage screening
Force Range	0.1 ~ 20 kN, multiple sensor options, customized according to test requirements
Force Accuracy	±0.5% of indicated value
Stroke Range	0 ~ ±300 mm (Customizable)
Frequency / Speed Range	0.01 ~ 500 mm/s, 0.1 ~ 5 Hz
Displacement Resolution	0.001 mm
Specimen Type	Automotive tailgate gas spring, furniture gas spring, medical bed gas spring, equipment support gas strut
Mounting Adjustment	Adjustable installation span, interchangeable connection fixtures
Output Data	Force, displacement, speed, stroke curve, force attenuation, cumulative cycles
Power Supply	AC 380 V / 50 Hz (depends on configuration)

Specifications vary by model configuration, force sensor selection and customized fixture. Extra-long stroke and multi-station versions can be customized for gas strut batch inspection.

Typical Applications

Automotive component industry — Performance and durability test for hood and tailgate support gas struts.
Furniture manufacturing — Force characteristic and fatigue test for lifting and recliner gas springs.
Medical equipment sector — Reliability verification for gas springs used on medical beds and treatment tables.
Machinery & cabinet industry — Quality inspection for cover support gas springs of industrial equipment.
Third-party testing laboratories — Standard performance test and certification service for nitrogen gas springs.