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5kNから250 KNまでの試験機

我々の材料試験機はハイレベルな試験に最適です。当社は開発、製造、アッセンブルまですべてドイツで行っています。お客様のご要望に応じた仕様の変更が可能です。Zwickは私達が提供したいモノを提供するのではなく、お客様が必要なモノをご用意いたします。


Allround-Line材料試験機 

新タイプのAllround-Line材料試験機

新タイプのAllround-Line材料試験機ではあらゆる業種の試験に対応できています。フレキシブルで標準化されたフレームと長年培われた操作性に対する経験から、高度な試験要求に対して最適なソリューションを提供させていただきます。品質管理向け、最先端の研究開発向けどちらにも最適です。

 

 

ProLine universal testing machines for standardized tests

The two-column ProLine universal testing machines are specifically designed for function-testing components and for routine materials testing. They feature precision guidance and a low-wear ball-screw, allowing trouble-free tensile and compression testing.

 

 

cLine - first choice for testing automotive seats

cLine materials testing machines are especially suitable for component testing and for testing flexible foam materials. Component testing mainly takes place on flexible foam products such as mattresses and vehicle seats and upholstery.

 

 

電気機械式アクチュエーター

当社の多目的電気機械式アクチュエーターは引張、圧縮試験に最適であるだけでなく、様々な設定で試験装置と組み合わせができます。

 

Single-screw testing machine 

Single-screw testing machines

Single-screw testing machines are used primarily for tests which impose particularly severe demands on load-frame stiffness.

 

Kappaクリープ試験機 

クリープ試験機

当社のクリープ試験機”Kappa”シリーズは高精度に加え、多機能かつ低コストです。

 

Strength

Strength is a defined mechanical material characteristic which characterizes the resistance of the material to deformation, whether elastic or plastic. It is the stress calculated from the maximum force attained for a defined strain or a defined flow-property with reference to to the original (non-deformed and non-loaded) cross-section of the material.

Strengths are differentiated according to whether the loading is uniaxial or multiaxial, then whether a static or dynamic load is applied to the component; a certain amount of elastic strain or plastic deformation of the specimen can be predefined or may be involved.

If strains are measured on a component according to forces applied in different ways, graphs will be obtained from which the technically relevant strength characteristic values can be determined and stress-strain diagrams produced. Tensile hardening curves from a single-axis tensile test are regarded as particularly important in this context. Different strengths can be achieved depending on the type of material and the condition of the material, together with the temperature, load and loading rate.

Distinctions are made:

  • according to the type of load applied: static and dynamic loading, for example static, increasing, fatigue life or fatigue limit, in contrast to continuous loading: fatigue strength; fatigue strength
  • according to the mechanical loading, including tensile strength, compression strength, flexure strength, torsional strength, bulk strength and shear strength.

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Zwick Japan株式会社
Tel.  +81-45-595-9655
E-Mail  info@zwick.jp

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