SERVOSIS S.L.
About us
Servosis is a testing machine manufacturer specializing in the design, manufacture, and modernization of equipment for mechanical testing and industrial quality control.
From our facilities in Madrid, we develop standard and customized solutions for laboratories, technology centers, and industries that need to accurately and reliably evaluate the properties and strength of materials.
Our range of solutions includes universal testing machines, tensile testing machines, test benches, and other laboratory equipment adapted to the technical requirements of each project.
We also offer modernization services, preventive and corrective maintenance, calibration, and integration of measurement and data acquisition systems to guarantee maximum performance and equipment lifespan.
We work with clients in Spain and internationally, contributing the expertise of a specialized engineering team and agile technical service that allows us to offer customized solutions at every stage of the project, from design to after-sales support.
Products & services
Tensile tests
Equipment for tensile testing of metallic materials with high precision and reliability.
Upgrading older machines
Actualización de máquinas de ensayo mediante retrofit para mejorar rendimiento, seguridad y funcionalidad.
Maintenance
Mantenimiento de máquinas de ensayo con revisiones periódicas, asistencia técnica y verificación de equipos.
Calibrations
Our machines are delivered with calibration certificates featuring traceable standards for force, displacement, and deformation measurements. We can certify any testing machine with the following characteristics. Load capacity: Between 50 kgf and 200 Tm in the compression direction. Between 50 kgf and 100 Tm in the tensile direction. Displacement transducers, between 0 and 200 mm. Extensometry for deformations between 0 and 50 mm.
MUE 403
Universal testing machine for tension, compression, and bending of all types of materials. Static tensile, compression, and bending tests. Cyclic tests up to 5 Hz. Load capacity between 50 and 1000 kN. Testing speed up to 200 mm/min. Tests for all types of materials: Plastics, Wood, Insulation, Rubber, Composites, Construction Materials, Metals, Concrete, Masonry, Biomaterials. Servo-hydraulic operating principle. Force measurement via load cell. Displacement measurement via SSI linear sensor. Compatible with all types of accessories: Tension grips. Hydraulically actuated clamping grips. High-performance sample clamping. Tooling for bending tests. Tooling for compression tests. Strain gauge. Climate-controlled testing.
ME 405
Compression and flexural testing machine for metals, plastics, and construction materials. Load capacity between 1 and 500 KN Velocidad de ensayos hasta 1000 mm/min High deformation. Load bridge travel up to 1200 mm. Ensayos para todo tipo de materiales: Metales. Plásticos. Maderas. Aislantes. Caucho. Composites. Materiales de construcción. Cements. Masonry. Papel, cartón. Biomateriales. Electromechanical working principle, 2 ball screws. Force measurement using load cell. Displacement measurement using a digital encoder. Posibilidad de incorporar todo tipo de accesorios: Mordazas de tracción. Utillaje para ensayos a flexión. Utillaje para ensayos a compresión. Extensometry. Ensayos climatizados.
MUF 401
Dynamic testing system for tensile, compression, flexural, and high-frequency fatigue testing. Cyclic tests up to 100 Hz. Load capacity between 10 and 500 KN Test speed up to 200 mm/min Possibility of synchronizing temperature and test controls. Tests for all types of materials: Metals. Plastics. Wood. Insulators. Rubber. Composites. Biomaterials. Bituminous mixtures Servo-hydraulic operating principle. Force measurement by load cell. Displacement measurement by SSI linear sensor. Possibility of incorporating all types of accessories: Traction grippers. Tooling for bending tests. Tooling for compression tests. Extensometry. Climate-controlled tests.
MUF 404
Cyclic testing system for tensile, compression, and seismic simulation. High-capacity cyclic testing for simulating seismic behavior. Tension-compression testing with zero-crossing. Load capacity between 10 and 2000 KN Test speed up to 200 mm/min Cyclic tension-compression testing. Tests for all types of materials: Metals. Plastics. Insulators. Rubber. Composites. Biomaterials. Servo-hydraulic operating principle Force measurement using load cell. Displacement measurement using an SSI linear sensor. Possibility of incorporating all types of accessories: Tensile grips with the possibility of compression with a zero-value step. Tooling for bending tests. Tooling for compression tests. Extensometry. Climatic tests.
ME-406
Custom-configured testing system for large structures, designed for static and dynamic testing. Static and dynamic tests on large structures. Possibility of installing multiple linear or rotary actuators. Great versatility. Load capacity up to 2500KN Large plates. Tests for all types of materials: Rocks. Automotive sector. Aeronautical sector. Composites. Pillars. Concrete. Servo-hydraulic operating principle. Force measurement using load cell or pressure sensor. Displacement measurement using SSI linear sensor. Possibility of incorporating all types of accessories: Tools for bending tests. Tooling for tests on several axes.
ME-408
Testing system for elastomeric bearings, designed for compression and shear testing. Two 6 MN axial load actuators, speed up to 220 mm/min. One 1.5 MN lateral load actuator, speed up to 800 mm/min. Hydraulic operating principle. Force measurement by load cell and pressure sensors. Displacement measurement by linear sensors. For tests according to UNE-EN 1337:3
Mod MCR
PLC-controlled specimen cutting and upsetting machine for sample preparation. Cutting area: allows up to 9 selectable diameter sizes Possibility to include a second interchangeable cutting accessory for another 9 diameters. Upsetting area: allows for upsetting samples with selectable, programmable height. Servo control via programmable logic controller (PLC). Automatic safety door locking.
News
Why torque–tension testing is becoming critical for structural fastener performance
A structural bolted joint rarely fails because the bolt was not strong enough.
Servosis PhD Program: Access to Materials Testing and Greater Visibility for Your Thesis
Accessing specialized testing equipment is often a challenge for PhD researchers. Learn how to obtain materials testing resources, expert technical support, and greater visibility for your research and thesis.
Tensile Testing of Steel: Procedure, ISO 6892-1 Standard, and Expected Results
Steel tensile testing evaluates a material's mechanical strength by stretching a specimen until it fractures. It measures force and deformation to determine key mechanical properties and assess whether the material is suitable for its intended application