The Imada SVH series is a manual test stand that offers a capacity of up to 1000N. This simple and user-friendly handle type test stand is designed for precise and consistent testing, providing stable measurement through its handle operations. The handle design ensures a constant testing angle for accurate results and improved measuring efficiency. The SVH series is an excellent choice for those looking for a reliable and cost-effective solution for their testing needs.
Tags – Handle / push pull / budget friendly
The Imada SVH series manual test stand is versatile and can be used in a variety of industries, ranging from small R&D factories to large companies with limited testing needs. This manual test stand offers an economical and effective solution for manufacturers seeking to evaluate the force properties of their products, such as spring compression, switch tactility, ball elasticity, adhesive tape peel, cable ties tensile, paper tear, packaging film, button snap pull, embossed tape, and many more. With its handle operation, lightweight design, and adjustable stroke, the Imada manual test stand provides precise and reliable force measurement for a wide range of testing applications.
Peel test- The Peel Test measures the force required to separate two materials that have been bonded or welded together. It is a crucial evaluation for industries such as packaging, adhesion, and material bonding, among others. The test involves applying a pulling force to one end of the sample until the bond breaks, providing a quantifiable measure of the peel force needed. This information is valuable in determining the strength of adhesives, packaging materials, and other products that rely on strong bonds
Elasticity Force Test – The Elasticity Force Test measures the resistance force of a sample by applying a compressive force for a fixed distance and measuring the maximum force value. The more the sample is compressed, the greater the compressive force becomes.
Tensile Test – Tensile/ Tension is a method used to determine the material properties of a sample by applying a pulling force to it. The test involves applying a force to one end of the sample until it breaks, allowing for the evaluation of the material’s strength and ductility. Tensile testing provides valuable information about a material’s performance and can help in making informed design and production decisions.