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Return to FORCE GAUGES AND TEST STANDS← Series F Motorized Test Stands←
Series F Motorized Test Stands
Models F105 | F305 | F505
Series F test frames with EasyMESUR® are designed to perform a wide range of tensile and compression tests, including break testing, cycle testing, load or distance limit testing, load holding, average force testing, and more.
Tests can be configured and executed, results exported, and reports generated directly through the integrated, user-friendly touchscreen interface, eliminating the need for a PC or external force gauge. For specialized requirements, the tester can also be operated from a PC using a custom application through the EasyMESUR® serial command library.
Sample setup and precise positioning are simple and efficient with the available force-based FollowMe® positioning feature. Using your hand as a guide, simply push or pull the force gauge or load cell to move the crosshead at a variable speed. Built around a modular functional platform, the EasyMESUR® operating screen can be configured with large, simple controls or enhanced for advanced applications through a selection of optional features such as distance measurement, graphing, cycling, and more.
The generous travel, clearance, and throat depth dimensions allow testing of specimens with a wide variety of geometries and mechanical properties. Its modular mechanical design supports single- or dual-column extensions, making it possible to test larger specimens.
The system can be configured in either vertical or horizontal orientation and is compatible with a broad range of force sensors, as well as numerous grips and accessories to suit a variety of testing applications.
Rigid and Accurate by Design
Exceptionally rigid frames feature custom-designed extrusions engineered for maximum stiffness. Factory compensation of the test frames and force sensors ensures a position accuracy of ±0.006 in (0.15 mm) under any load and at any position.
Stepper motors and controllers drive a precision ball screw and linear guide system, providing smooth and quiet operation with virtually no speed variation under load.
Conveniently Modular
The frame bases can be removed to accommodate column extensions and alternative mounting configurations. Most electronics are housed in a self-contained enclosure that is easily accessible and replaceable if required. Integrated T-slots along the column allow for additional accessories and custom fixture mounting.
Seamless Force Sensor Interface
FS05 Series smart force sensors mount directly to the crosshead of the F105, F305, F505, and F505H models without connection cables.
- Available ranges from 0.12 to 500 lbF (0.5 N to 2.5 kN)
- Accuracy up to ±0.1% of full scale
FS06 Series S-beam force sensors can also be mounted on the F105, F305, F505, and F505H models and are recommended when using heavy or bulky grips.
- Available ranges from 50 to 500 lbF (250 N to 2.5 kN)
| Feature | F105-EM | F305-EM | F505-EM | F505H-EM |
|---|---|---|---|---|
| Maximum Force Capacity | 100 lbF (0.5 kN) | 300 lbF (1.5 kN) | 500 lbF (2.5 kN) | 500 lbF (2.5 kN) |
| Application Type | Light Duty | Medium Duty | Heavy Duty | High-Speed Testing |
| Maximum Speed | 13 in/min (330 mm/min) | 13 in/min (330 mm/min) | 13 in/min (330 mm/min) | 45 in/min (1,140 mm/min) |
| Minimum Speed | 0.5 in/min (13 mm/min) | 0.5 in/min (13 mm/min) | 0.5 in/min (13 mm/min) | 0.5 in/min (13 mm/min) |
| Maximum Travel | 18 in (457 mm) | 18 in (457 mm) | 18 in (457 mm) | 18 in (457 mm) |
| Frame Orientation | Vertical and Horizontal | Vertical and Horizontal | Vertical and Horizontal | Horizontal Only |
| Compatible Sensors | FS05 / FS06 | FS05 / FS06 | FS05 / FS06 | FS05 / FS06 |
Note: EM = EasyMESUR®
The F105-EM, F305-EM, F505-EM, and F505H-EM models share the same EasyMESUR® platform and software capabilities. Model selection is primarily based on the required force capacity, test speed, and frame orientation.
(Agrandar)
Una prueba de pelado (peel test) es un ensayo mecánico que mide la fuerza necesaria para separar dos materiales unidos por un adhesivo, recubrimiento o unión, aplicándola a un ángulo y velocidad controlados (como 90°, 180° o en T) para evaluar la fuerza de adhesión y la integridad de la unión, crucial en industrias como embalaje, automotriz y electrónica. Esta prueba cuantifica qué tan bien se pegan dos superficies, identificando puntos de falla y asegurando calidad y durabilidad del producto final.
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