QC-548D2 is equipped with a 7-inch TFT touchscreen that enables standalone testing and supports optional micro-printer output for instant result printing. It is well-suited for production environments or applications requiring rapid testing.
A specialized motor control and computing system allows the DC motor to deliver performance comparable to that of a servo motor. During crosshead movement, the system automatically adjusts speed to achieve optimal control accuracy. Test speed settings are fully digitalized, and testing can be initiated with a single touch, improving both operational convenience and efficiency.
The D2 software works seamlessly with Windows, allowing the machine to perform tensile, compression, bending, peeling, and various other tests. The interface is straightforward and easy to learn, and it supports multiple languages, engineering units, real-time curve display, and comprehensive data reporting—providing users with greater flexibility and control.
Medical Products, Mask
ASTM D790, ISO 178 Bending test
ASTM D882 Film Tensile Test
ASTM D638 Plastic Tensile Test
ASTM D412 Rubber Tensile Test
ASTM D1000 ASTM D3330 Tape Peeling Test
QC-548D2 Mask Elastic Band Tensile Tester
ASTM D412 by D1 Display
5kN
1/10,000(23bits)
800 mm
1.0-550.0 mm/min
Max. 1200Hz
DC Motor
50 x 50 x 145 cm
80kg
1. Loadcell automatic reading, can be calibrated without installed on machine
2. Standard display for quick operation
3.Power supply 110-240V available
An extensometer is essential for measuring specimen elongation. Its gauge length can be adjusted as required to meet different testing standards or sample dimensions. During testing, it captures deformation within the specified gauge section in real time. This accessory is ideal for materials with elongation above 20%, such as rubber, plastics, and other highly elastic materials, ensuring accurate strain measurement.

The short extensometer is suitable for materials with elongation below 50%, such as metals and rigid plastics. It is equipped with a high-precision displacement sensor and features a proprietary lightweight structural design that enhances measurement accuracy and stability. With a resolution of 0.0005 mm (0.5 μm), the extensometer can remain attached throughout the tensile test, allowing complete measurement without removal and providing greater convenience and efficiency.

-Basic test methods: Applications such as tensile / compression / peeling / bending
-Automatic analysis of specimen information
-Test condition memory and one-click to start test
-Real-time display of force-displacement or force-time graphs
-Metric and imperial unit selection
-Stroke, force and time limit protection
-Breakpoint stop and automatic return
-Storage up to 50 data
-Supports exporting raw data via USB
-Load calibration
-Language: Chinese, English and Japanese

This accessory is designed for measuring small deformations over short distances. It is intended to be used together with custom compression platens, bending fixtures, and similar setups. The unit can be mounted directly onto the specimen fixture to capture the actual displacement occurring between the fixtures. This design effectively eliminates displacement caused by machine frame movement or external factors such as system compliance, thereby improving the accuracy and repeatability of measurement results.

In standalone mode, the system can be equipped with a compact printer to generate immediate test summaries once a test is completed. Basic results such as maximum force and maximum displacement can be printed directly for quick reference and documentation.

-The data sampling rate is up to 1200 Hz..
-Analyze data.
-Windows system required.
-Chinese, English, Japanese, Korean, Spanish are available.
-Operation Mode: TCP/IP two-way transmission to connect with PC.
-Can import multiple test data and display at the same time.
-Supports Metric and Imperial units switching.
-Provides a flexible table for data analysis.
-Can name the data results.
-Data can be shown through the table, graph, or both.
-Data processing: save, import, list, statistical comparison, and so on.
-The X-Y axis of the graph can be set as force, elongation, displacement, time, stress, strain, and so on.
-Tensile, compression, bending, peeling and others are available.
-Supports over travel, overload, over time stop conditions as machine protection.

Specialists would evaluate the preliminary testing result, choosing the best machine for your test planning. We will provide complete solutions which make you free of worrying about the unknown machines.
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The professional engineers with rich experience will personally train and provide complete training content. Your operators and developers can learn the technical skills of various material testing machines from novice to expert.
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We provides free maintenance during the warranty period to ensure perfect after-sales service. Our ERP warehousing system makes users quickly obtain the required parts for standing maintenance within 10 years after the sale.
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Our company received CE certification from TUV. From design to manufacturing, all the products follow the CE standard rules. A high-level calibration is utilized to ensure the accuracy and stability.
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The software is self development. R&D team independently develops its own software programs which has high integration capability and scalability to add new analysis items and meet various testing needs.
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We can help you update the software and hardware. Old model upgrading is also available, which could improve the efficiency and extend the machine service life.
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