Universal Testing Machine - Company Ranking(5 companyies in total)
Last Updated： Aggregation Period:Jul 16, 2025〜Aug 12, 2025
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| Company Name | Featured Products | ||
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| Product Image, Product Name, Price Range | overview | Application/Performance example | |
| By connecting our original built-in torque sensor, it is possible to measure three types of stress: torsion, tension, and compression. Measurement control is performed with the PT-8800 controller, and stress analysis can be conducted using measurement software adapted to various mechanical component parts. Additionally, by attaching a simple chamber, material testing under a constant temperature environment can be achieved. | ● Torsion, tensile, and compressive stress tests of various mechanical component parts ● Wire tensile fracture and three-point bending tests ● Tube torsion and tensile tests ● Creep and stress relaxation measurements ● JIS T 0311 Metallic bone screw tests | ||
| ■Specifications Maximum Load: 0.1, 1, 10, 100N Load Accuracy: 0.1 % F.S Maximum Stroke: 300mm Speed: 3~1500mm/min Positioning Accuracy: ±0.1mm Sampling Period: 10 milliseconds to 10 seconds ■Product Lineup For product names, maximum loads, accuracy, resolution, mechanical response periods, and overload protection details, please refer to the catalog. It is available for free download. ■Applications - General Fields Tensile and compressive stress testing of various mechanical component parts Tensile fracture testing of wires, three-point bending tests Creep and stress relaxation tests - Medical Field Mechanical testing of stent grafts in accordance with JIST0401 Measurement of buckling stress at the tip of guide wires Measurement of the pressing return force and creep phenomenon of pump tubes Coating durability tests Compressive load testing of specimens such as cartilage | Mechanical component parts Wire Stent Guide wire Pump tube Specimens such as cartilage | ||
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- Featured Products
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Measurement of three stresses: torsion, tension, and compression! Universal testing machine PU-1000
- overview
- By connecting our original built-in torque sensor, it is possible to measure three types of stress: torsion, tension, and compression. Measurement control is performed with the PT-8800 controller, and stress analysis can be conducted using measurement software adapted to various mechanical component parts. Additionally, by attaching a simple chamber, material testing under a constant temperature environment can be achieved.
- Application/Performance example
- ● Torsion, tensile, and compressive stress tests of various mechanical component parts ● Wire tensile fracture and three-point bending tests ● Tube torsion and tensile tests ● Creep and stress relaxation measurements ● JIS T 0311 Metallic bone screw tests
【Measuring tensile and compressive stress!】Small universal testing machine PU-100
- overview
- ■Specifications Maximum Load: 0.1, 1, 10, 100N Load Accuracy: 0.1 % F.S Maximum Stroke: 300mm Speed: 3~1500mm/min Positioning Accuracy: ±0.1mm Sampling Period: 10 milliseconds to 10 seconds ■Product Lineup For product names, maximum loads, accuracy, resolution, mechanical response periods, and overload protection details, please refer to the catalog. It is available for free download. ■Applications - General Fields Tensile and compressive stress testing of various mechanical component parts Tensile fracture testing of wires, three-point bending tests Creep and stress relaxation tests - Medical Field Mechanical testing of stent grafts in accordance with JIST0401 Measurement of buckling stress at the tip of guide wires Measurement of the pressing return force and creep phenomenon of pump tubes Coating durability tests Compressive load testing of specimens such as cartilage
- Application/Performance example
- Mechanical component parts Wire Stent Guide wire Pump tube Specimens such as cartilage
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プロテック
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