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Screen Printing Tension Meters

Screen printing tension meters provide an accurate way to measure the tension of mesh stretched across a screen printing frame. Measurements are typically expressed in Newtons per centimeter (N/cm) and can be used when stretching new screens or checking the condition of screens already in production.

Consistent mesh tension helps printers maintain predictable screen performance and identify screens that have lost tension before they create production problems.


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Atlas Screen Tension Meter
Price: $485.00
Availability: Out of Stock
Atlas Screen Supply Company Item #: 62RSTG -

    Gravity -driven device that never requires re-calibration. Clearly marked dial reading from 7 to 50 N/cmAnodized aluminum body with stainless steel partsBar-type screen sensing elementHighest accuracy and repeatability +/-1 N/cmExpanded dial offers the most accurate readingsField repairable. Does not need calibration after repair6 month warrantyMade in the USA

    Learn More About Screen Printing Tension Meters

    What Is a Screen Printing Tension Meter?

    A screen printing tension meter, sometimes called a mesh tension meter or tensiometer, is used to measure how tightly screen printing mesh is stretched across a frame. Screen tension is typically measured in Newtons per centimeter (N/cm).

    Why Screen Mesh Tension Matters

    Screen tension affects how the mesh responds during the print stroke and how consistently it returns away from the printed surface. Monitoring tension can help printers evaluate stretched screens, maintain more consistent printing conditions and identify screens that have lost tension over time.

    Measuring Screen Tension

    To evaluate a screen, place the tension meter on the mesh and take readings in multiple areas and directions. Comparing readings across the screen can help identify differences in tension and provide a more complete picture of the condition of the mesh.

    Mesh Count and Screen Tension

    The appropriate tension can vary depending on the mesh count, thread diameter, mesh construction, frame and stretching method. Always consider the specifications of the mesh being used rather than applying one tension value to every screen.