Dynamic Fatigue Testing Machine

Dynamic Fatigue Testing Machine

5000000 INR/तुकडा

उत्पादन तपशील:

  • इंटरफेस प्रकार RS232/CAN
  • ऑपरेटिंग व्होल्टेज 220V
  • ऑटोमेशन ग्रेड Semi-Automatic/Automatic
  • प्रतिसाद वेळ ≤1 sec
  • तापमान 10°C to 40°C
  • पोर्ट आकार Standard 1/4 inch
  • वैशिष्ट्ये Programmable cycles, automatic stop, safety enclosure
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गतिशील थकवा चाचणी मशीन किंमत आणि प्रमाण

  • तुकडा/तुकडे
  • तुकडा/तुकडे
  • 1

गतिशील थकवा चाचणी मशीन उत्पादन तपशील

  • 220V
  • Semi-Automatic/Automatic
  • Industrial material testing
  • Designed for foam, mattress, and cushion fatigue
  • RS232/CAN
  • Standard 1/4 inch
  • ±1% of reading
  • Programmable cycles, automatic stop, safety enclosure
  • 0.5–0.7 MPa (compressed air required)
  • Approximately 90 kg
  • ≤1 sec
  • 10°C to 40°C
  • Shore A: 10–90 (as per material)
  • Microprocessor based (automatic/manual switching)
  • Foam, mattress, cushion durability/fatigue assessment
  • Digital LCD screen
  • 20–120 cycles/min (adjustable)
  • 20%–90% RH
  • Up to 500 mm
  • 1200 mm
  • Up to 500,000 cycles or as set
  • 220V AC, 50 Hz, single phase
  • 400 × 200 mm (max recommended)
  • 0.1 mm
  • 50 Hz
  • 0–200 mm displacement
  • 2–4 specimens per test
  • Floor-standing
  • 30–100 mm adjustable

गतिशील थकवा चाचणी मशीन व्यापार माहिती

  • उत्तर अमेरिका, आफ्रिका, आशिया, ऑस्ट्रेलि, साउथ अमेरिका, पूर्व युरोप, पश्चिम युरोप, मध्य पूर्व, मध्य अमेरिका
  • संपूर्ण भारत

उत्पादन तपशील

Being a client centric organization, we are offering a wide array of Dynamic Fatigue Testing Machine. It is used to test foam fatigue by repeating indentation of a test piece. In addition to this, provided machine adjust the low platen automatically. Dynamic Fatigue Testing Machine is able to enable a solution for dynamic materials testing. It is retrofitted to a wide variety of testing systems from other providers. It is used to determine the durability of a material. 



Precision and Reliability for Material Fatigue Testing

Engineered for consistent and accurate fatigue measurements, this machine utilizes a heavy-duty frame and electro-mechanical actuator to perform demanding cyclic tests. It supports a wide range of specimen sizes and test strokes, making it suitable for evaluating the long-term performance and durability of various foam and cushion products used in mattresses and seating applications.


Advanced Control and User-Friendly Operation

With a microprocessor-based system, users can switch smoothly between automatic and manual test modes. The digital LCD display offers clear readings, while programmable cycles and an emergency stop enhance test flexibility and operator safety. Data is conveniently logged and exported via USB for efficient analysis and reporting.


Optimal Safety and Clean Operating Standards

Built-in safety features, including interlocks and overload protection, ensure secure operation during testing. Operating requirements include a vibration-free, dust-controlled indoor space, and the system maintains a low noise level, safeguarding both specimens and users. Floor-standing design and compact footprint simplify installation and usage in laboratories and production environments.

FAQ's of Dynamic Fatigue Testing Machine:


Q: How is the Dynamic Fatigue Testing Machine operated?

A: The machine operates via a microprocessor-based control system, allowing automatic or manual switching. Users set test parameters, specimen count, and cycle numbers through an intuitive interface, after which the electro-mechanical actuator performs the programmed fatigue tests.

Q: What types of materials can be tested using this machine?

A: This equipment is specifically designed for industrial fatigue assessment of foams, mattresses, and cushions. It can accommodate specimens up to 400 200 mm and test up to four samples simultaneously, making it versatile for varied material testing applications.

Q: When is data recorded and how can it be retrieved?

A: Data is logged continuously during each fatigue testing cycle by the in-built data logger. Upon completion, users can export test results quickly to a USB drive for further analysis and record-keeping.

Q: Where should this machine be installed for optimal performance?

A: For best results, install the machine indoors in a vibration-free, dust-controlled room. Maintaining an operating temperature between 10C and 40C and humidity levels from 20% to 90% RH ensures accurate and reliable results.

Q: What is the process for setting the test parameters and starting a test?

A: Operators select the number of cycles, adjust test speed (20-120 cycles/min), set test stroke (30-100 mm), and input specimen details through the LCD interface. After configuring parameters, the machine initiates the testing sequence, monitoring and recording data automatically.

Q: How does the safety system protect users and equipment?

A: Safety is ensured through an emergency stop button, safety interlocks, overload protection, and an enclosure around the test area. These features help prevent accidents and equipment damage during operation.

Q: What are the main benefits of using this fatigue testing machine?

A: Key benefits include highly accurate fatigue analysis, programmable cycles up to 999,999, rapid data export, quiet operation, and strong safety features. Its automated controls and robust construction reduce manual workload and improve productivity in industrial testing environments.

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