Charpy Izod impact test specimen dimension measuring device 'Notch specimen measuring device'
Catalog No. 138
Automatically measures the 'thickness' and 'remaining width' of Charpy impact test specimens and transmits the data to the impact testing machine and PC* (Note: PC is optional).
● Automatically measures the "thickness" and "remaining width" of Charpy Izod impact test specimens. ● The "thickness" and "remaining width" measured with this device are automatically transferred and input into the impact testing machine and data processing software* (optional). ● By eliminating the dimensional measurement and data entry tasks for test specimens, it contributes to the efficiency of the measurement process.
Inquire About This Product
basic information
■ Measurement Method: Linear Gauge (Air Cylinder Driven) ■ Measurement Locations: 2 locations (Thickness, Remaining Width) ■ Measurement Accuracy: ±0.01mm ■ Applicable Test Specimens: 【Charpy】 Thickness: 10.0mm Remaining Width: 8.0mm 【Izod】 Thickness: 12.7mm Remaining Width: 10.16mm ■ Communication Mode: PC ← Notch Test Specimen Measurement Device ⇔ Impact Testing Machine ■ Power Supply: Single Phase, AC100–220V, 50/60Hz, 2A ■ Air Source: 0.2MPa ■ Dimensions: Approximately W200×D300×H280mm ■ Weight: Approximately 7kg
Price range
Delivery Time
Applications/Examples of results
● Automatically measures the "thickness" and "remaining width" of Charpy Izod impact test specimens and inputs the data into the impact testing machine and PC* automatically. (*Optional) ● By eliminating the need for dimensional measurement and numerical input tasks for the specimens, it contributes to the efficiency of the measurement process.
Company information
Toyo Seiki Seisakusho Co., Ltd. is a comprehensive manufacturer of various material testing machines and environmental testing equipment targeting fields such as plastics, rubber, paints, paper, and textiles. Since its establishment in 1934, we have been dedicated to "testing machines" and have supported our customers' research and development and quality control in various fields. We will continue to refine our technological capabilities and respond to our customers' needs. [Product Development Timeline] 1955: Thermoplastic Resin Fluidity Testing Machine 'Melt Indexer' 1960: Universal Material Testing Machine 'Strograph' 1963: Curing Testing Machine 'Oscillating Disk Rheometer (ODR)' 1970: Mixing and Extrusion Testing Equipment 'Laboplast Mill' 1982: Capillary Rheometer 'Capillograph'