Name: Compact Electronic Universal Testing Machine for Material Testing and Tensile Strength Measurement in Laboratory Settings
Brand: JINHAIHU
Price: 1 USD

Home > Generators >

Compact Electronic Universal Testing Machine for Material Testing and Tensile Strength Measurement in Laboratory Settings

Categories	Electronic Universal Testing Machine
Brand Name:	JINHAIHU
Model Number:	XWW-10KN
Certification:	ISO9001 CE
Place of Origin:	BEIJING, CHINA
MOQ:	1 set
Payment Terms:	T/T,L/C,Western Union,MoneyGram,D/A,D/P
Supply Ability:	20 sets per month
Delivery Time:	7 work days
Packaging Details:	Standard export wooden cases
Product Name:	Compact Electronic Universal Testing Machine for Material Testing and Tensile Strength Measurement in Laboratory Settings
keyword:	machine to test tensile strength
Customized support:	OEM, ODM, OBM
Capacity:	5KN, 10KN, 20KN, 30KN, 50KN
Model:	XWW-5KN, 10KN, 20KN, 30KN, 50KN
Application:	PVC, PE, ABS, PP, PMMA, PC, RAHECO, etc
Accuracy range:	±0.5%
Certificate:	ISO, CE
Power:	220V, 50HZ(can customized)
Warranty:	12 months

Contact Now

Add to Cart

Product Details
Company Profile

Compact Electronic Universal Testing Machine for Material Testing and Tensile Strength Measurement in Laboratory Settings

Using:

Engineered as a high-precision, multi-functional material testing solution, the Computerized Electronic Universal Tensile Testing Machine is dedicated to evaluating the mechanical properties of diverse materials. It comprehensively tests the mechanical performance of various metallic materials, non-metallic materials, composite materials, and polymer materials under multiple mechanical loading conditions, including tension, compression, bending, shear, peeling, tearing, and other relevant mechanical stress scenarios.

Features:

1.Computer + Professional Software Integrated Control

Real-time display of 6 types of test curves, including: Force-Displacement, Force-Deformation, Stress-Displacement, Stress-Deformation, Force-Time, and Displacement-Time—facilitating intuitive tracking and analysis of test processes.

2.Optional Extensometer Configuration

Supports the installation of an extensometer, enabling precise deformation measurement for rubber, metallic materials, and other test specimens—enhancing the accuracy of strain-related test data.

3.High-Temperature Testing Compatibility

Equipped with compatibility for high-temperature ovens and furnaces, enabling reliable high-temperature tensile, compression, or bending tests to meet the thermal environment simulation needs of material testing.

4.Versatile Fixture Adaptability

Compatible with a full range of test fixtures, including manual, hydraulic, and pneumatic types. This flexibility allows seamless switching between different test modes (tension, compression, bending, etc.) to match diverse material testing requirements.

5.Customizable Dimensions & Standard Compliance

Offers customizable height and width dimensions. The machine can be tailored to comply with various international/national test standards and specific customer technical specifications, ensuring wide applicability across industries.

6.Clear Data Presentation & Result Visualization

Features explicit, intuitive data output and test result visualization. Test parameters, curves, and final results are presented in a standardized format, simplifying data recording, analysis, and report generation.

Meet Standards:

GB/T 2611, GB/T 16491, GB/T 13634, ASTM D638-14, ASTM E8 - 16, ASTM A370-05, ISO 527/1, ISO 178, ISO 604, ISO 6892-1

Software function:

The machine features Automatic Zero Setting functionality, enabling precise baseline calibration before testing. It automatically calculates a comprehensive range of key mechanical properties, including:

Maximum Force
Upper Yield Strength
Lower Yield Strength
Tensile Strength
Compressive Strength
Elastic Modulus
Percentage Elongation
And other critical mechanical performance indicators

Main technical parameters:

Model	XWW-5KN/10KN/30KN/50KN
Type	Double column model
Accuracy Grade	Class 1 (Class 0.5 optional)
Force-measuring Range	1%~100%FS(0.4%~100%FS optional)
Deformation-measuring Range	2%~100%FS
Deformation-measuring Accuracy	±1%
Crossbeam Displacement Resolution	0.001mm
Crossbeam Speed Range	0.05~500mm/min
Displacement Speed Accuracy	≤ ±0.5%
Metal Extensometer Accuracy Grade	±0.5%
Test width	380(can up to 1200)mm
Tensile Space	700mm
Compression Space	1000mm
Clamps	Tensile, compression, bending fixture
PC System	Equiped with brand computer
Power Supply	AC 220V±10%, 50Hz (can be customized as customer request)
Size of the host	7004002000mm
Packing size & Weight	8005002100mm,about 350kg

FAQ:

Q1: What is the maximum test force range of your electronic universal testing machine, and what level of load accuracy does it achieve?

A1: Our standard electronic universal testing machine offers a maximum test force range of 0.5 kN to 600 kN (customizable for higher ranges upon request). It achieves a load accuracy of ±0.5% of the indicated value (complying with ISO 7500-1 Class 0.5), ensuring precise and reliable force measurement for both low-force and high-force testing scenarios.

Q2: What types of sensors are used in the machine, and what advantages do they offer for mechanical property testing?

A2: The machine adopts high-precision strain gauge load cells (force sensors) and optional non-contact video extensometers or contact extensometers. The strain gauge load cells feature excellent long-term stability, low drift, and wide measurement range; the extensometers enable accurate strain measurement (resolution up to 0.1 μm) for materials like metals, plastics, and composites, ensuring reliable data on elongation, elastic modulus, and yield strength.

Q3: What is the adjustable test speed range, and how does it ensure compatibility with different material tests?

A3: The test speed range is adjustable from 0.001 mm/min to 500 mm/min, with stepless speed regulation. This wide speed range covers the testing requirements of various materials: low speeds (0.001–10 mm/min) for brittle materials (e.g., ceramics, glass) and high-precision elastic modulus tests; high speeds (10–500 mm/min) for ductile materials (e.g., plastics, rubber) and impact-resistant performance simulations, fully complying with ISO/ASTM/GB relevant standards.

Q4: Which international/national standards is the electronic universal testing machine compliant with, and can it be customized to meet specific standard requirements?

A4: It is fully compliant with major international and national standards, including ISO 6892 (metallic materials tensile testing), ASTM D638 (plastics tensile testing), GB/T 1040 (plastics tensile properties), and GB/T 228.1 (metallic materials tensile testing at room temperature). We also provide customized configurations (e.g., special fixtures, software algorithms) to meet unique standard requirements or customer-specific testing protocols.

Product Tags:

Compact Electronic Universal Testing Machine for Material Testing and Tensile Strength Measurement in Laboratory Settings

Send your message to this supplier


*From:	Your email address is incorrect!
*To:	Beijing Jinshengxin Testing Machine Co., Ltd.
*Subject:	Subject is empty!
*Message:	For the best results, we recommend including the following details: -Self introduction -Required specifications -Inquire about price/MOQ Characters Remaining: (0/3000) Please enter 20 to 3000 characters to contact this supplier!

Compact Electronic Universal Testing Machine for Material Testing and Tensile Strength Measurement in Laboratory Settings

Compact Electronic Universal Testing Machine for Material Testing and Tensile Strength Measurement in Laboratory Settings

Compact Electronic Universal Testing Machine for Material Testing and Tensile Strength Measurement in Laboratory Settings

Compact Electronic Universal Testing Machine for Material Testing and Tensile Strength Measurement in Laboratory Settings

compact electronic testing machine

universal testing machine for tensile strength

laboratory material testing machine

Compact Electronic Universal Testing Machine for Material Testing and Tensile Strength Measurement in Laboratory Settings