Applications for simulating the stresses experienced by offshore platform support structures and pipelines used in subsea gas and oil transportation.
Testing Systems for High-Pressure Oil & Gas Components
In the oil & gas industry, components operate under extreme conditions of pressure, temperature and mechanical stress. Italsigma develops custom testing machines for oil & gas applications, designed to validate valves, pipelines, fittings and industrial systems.
Our solutions enable pressure, fatigue and mechanical strength testing, as well as operational simulations under highly demanding conditions, ensuring safety and compliance with international standards in the energy sector.
Each system is designed with advanced automation, electronic control and data acquisition to ensure reliable and repeatable testing.
Why Choose Italsigma for Oil & Gas Applications
Italsigma develops custom high-pressure testing systems for critical components in the energy sector.
Our solutions enable:
We combine servo-hydraulics, automation and testing engineering to deliver robust and highly precise solutions.
Two-column testing machine equipped with a servo-hydraulic actuator mounted beneath the lower crosshead and a slotted support base.
The load cell can be mounted either on the actuator or on the upper crosshead.
Two-column testing machine equipped with a hydrostatically supported servo-hydraulic actuator mounted above the upper crosshead and a slotted support base.
The load cell can be mounted either on the actuator or on the lower crosshead.
This testing machine simulates damage caused by the bucket of an excavator or other construction machinery on steel pipes used for gas and oil pipelines.
The damage is simulated through the impact of a steel striker at controlled speed and along a controlled trajectory. TECHNICAL SPECIFICATIONS
This testing machine performs tensile, compression and bending tests on steel pipes for gas and oil pipelines.
The system is optimized for specimen positioning and securing, and can perform cyclic tests as well as tests on pressurized pipes. TECHNICAL SPECIFICATIONS
Slow strain rate testing machine with a two-column floor-standing load frame and an electric actuator mounted on the lower base.
The load cell can be mounted either on the electric actuator or on the crosshead. Test speed range: 0.001 to 5 mm/min at 100 kN.
Ultrasonic Testing Machine
Electromechanical testing machine equipped with an ultrasonic system for generating cyclic loads and a load frame with an electromechanical actuator for applying static loads. Test control, monitoring and data management are performed via personal computer.
Uniaxial mechanical testing machine for tensile, creep and stress relaxation testing of metallic materials.
The machine features a high-stiffness four-column frame with vibration-isolated supports and an actuator mounted on the lower crosshead for servo-controlled load application. TECHNICAL SPECIFICATIONS
The MINI FP2 is a fatigue testing machine featuring a novel approach based on specimen miniaturization and cyclic plane bending loading.
The machine operates at a selectable test frequency of up to 50 Hz. MINI FP2 generates S/N curves for uniform test configurations and correlates the results with those obtained using standard-sized specimens.
Constant-load rotating bending testing machine.
The testing system generates four-point bending with a constant bending moment along the specimen axis, while allowing continuous adjustment of the rotational speed around the longitudinal axis. The electromechanical testing machine is integrated into a tubular steel base and equipped with a protective polycarbonate enclosure. Test operation, control and data management are performed from a dedicated control console.
Two-column testing machine equipped with a servo-hydraulic actuator mounted above the upper crosshead and a slotted support base.
The load cell can be mounted either on the actuator or on the lower crosshead.
Four-column testing machine equipped with lateral column reinforcements, designed to withstand test loads up to 500 kN without significant deformation.
The base features a slotted test surface for securing testing fixtures and equipment.
Holding Company
Sister Company
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