Mechanical Testing Equipment
Fixtures are the core tooling of universal materials testing machines, directly determining the reliability of specimen clamping and the accuracy of test data. The LBTA series offers a complete range of testing machine fixtures, developed for a wide variety of specimens—including metals, plastics, rubbers, films, papers, leathers, geotextiles, composite materials, engineered wood panels, ceramics, and foams—fully covering all standard mechanical testing modes: tension, compression, bending, shear, peel, and tear.
Single-space push‑type fixture microcomputer‑controlled universal testing machine
CMT Microcomputer-Controlled Electronic Universal Testing Machine
It is primarily used for testing and analytical research on the mechanical properties—such as tensile, compressive, and flexural behavior—of various geosynthetic materials as well as metallic and non-metallic materials.
DL electronic tensile testing machine
This testing machine is suitable for determining the tensile strength of construction materials and can also be used for other tests that meet its specified conditions. It features an LCD display and boasts an attractive appearance, a well‑thought‑out design, stable performance, a compact structure, and ease of operation.
CMT Microcomputer-Controlled Electronic Universal Testing Machine, 100 kN–300 kN
It is primarily used for testing and analytical research on the mechanical properties—such as tensile, compressive, and flexural behavior—of various geosynthetic materials as well as metallic and non-metallic materials.
DL-Single-Column Touchscreen-Controlled Tensile Testing Machine (0–5000 N)
A digital display electronic tensile testing machine is an instrument used for testing the mechanical properties of materials, widely employed in quality control, process experimentation, education and research, as well as in aerospace, ferrous metallurgy, nonferrous metals, automotive, rubber and plastics, and textile industries.
DL-Microcomputer Single-Column Servo Electronic Tensile Testing Machine (0–5000 N)
The microcomputer‑controlled single‑column servo electronic tensile testing machine is an instrument used for evaluating the mechanical properties of materials. It is widely employed in quality inspection, process research, education and scientific research, as well as in aerospace, ferrous metallurgy, nonferrous metals, automotive, rubber and plastics, and textile industries.
LBT-1000N Desktop Electronic Tensile Testing Machine
An electronic tensile testing machine can perform tensile, compressive, 90° peel, and 180° peel tests on rubber, plastics, elastomers, films, alloy materials, as well as other non-metallic and metallic materials, and can also measure pull-out force and elongation at break.
LBT-5000B Single-Column Touchscreen-Controlled Tensile Testing Machine
This digital-display single-column servo tensile testing machine integrates the best of domestic and international control technologies and aesthetic design, offering a sleek, sophisticated appearance, straightforward operation, stable and reliable performance, quick learning curve, and exceptional durability.
LBT-5000M Microcomputer Single-Column Servo Electronic Tensile Testing Machine
This microcomputer‑controlled, single‑column servo electronic tensile testing machine combines the best of domestic and international control technologies and aesthetic design. It boasts a sleek, sophisticated appearance, simple operation, stable and reliable performance, quick learning curve, and exceptional durability.
LBTCM Electronic Universal Tensile Testing Machine
The microcomputer-controlled electronic testing machine employs a high-precision, stable AC servo system and AC servo motor as its drive unit, coupled with computer-based data acquisition and processing, enabling closed-loop control and automated testing—making it a high-accuracy material testing instrument.
LBT – Benchtop Electronic Tensile Testing Machine (0–1000 N)
An electronic tensile testing machine can perform tensile, compressive, 90° peel, and 180° peel tests on rubber, plastics, elastomers, films, alloy materials, as well as other non-metallic and metallic materials, measuring parameters such as pull-out force and elongation at break.
The WDW-100 dual-column microcomputer‑controlled video extensometer universal testing machine is a next‑generation, microcomputer‑controlled electronic universal testing system specifically designed for universities and research institutes.
The WDW-300S microcomputer‑controlled electronic universal testing machine (300 kN, large capacity) is a next‑generation, microcomputer‑controlled electronic universal testing system specially designed for universities and research institutes.
WDW Digital Display Dual-Column Tensile Testing Machine
This test measurement and control system is a dedicated instrument that integrates measurement and control functions, specifically designed for use with electronic universal testing machines. It can perform tests such as tension, compression, bending, shear, tear, and peel.
WDW—Dual-Column Microcomputer-Controlled Electronic Universal Tensile Testing Machine (20 kN)
This machine can perform tests such as tensile, compressive, flexural, tear, 90° peel, 180° peel, shear, adhesion, pull-out force, and elongation at break on rubber, plastics, foamed materials, synthetic resins, films, alloy materials, and other non-metallic and metallic materials.
The microcomputer-controlled high‑ and low‑temperature electronic universal testing machine consists of the testing machine mainframe, fixtures, a high‑ and low‑temperature chamber, and computer software. The temperature chamber is slid into the mainframe; after opening the chamber door, the specimen is secured in the dedicated fixture. The chamber then heats or cools until the specified temperature is reached.
WDW Microcomputer-Controlled Electronic Pressure Testing Machine
The microcomputer-controlled electronic pressure testing machine employs a high‑precision, stable AC servo system and AC servo motor as its drive unit, coupled with computer‑based data acquisition and processing, enabling closed‑loop control and automated testing—making it a high‑accuracy material testing instrument. The machine can be further equipped with additional fixtures to accommodate a wider range of test applications.
WE Series Universal Material Testing Machine
The WE‑type electro‑hydraulic universal materials testing machine is driven by a hydraulic power unit and employs intelligent measurement and control instruments for data acquisition and processing. It comprises four main components: the testing frame, the oil source (hydraulic power unit), the measurement and control system, and the testing fixtures, with a maximum test force of 1000 kN.
WAW Series Micro‑Electro‑Hydraulic Servo Universal Testing Machine
The WAW-type electro-hydraulic servo universal testing machine employs a hydraulic power source, electro-hydraulic servo control technology, and computer-based data acquisition and processing, enabling closed-loop control and automated testing—making it a high-precision materials testing instrument.
The WAW-DL electro-hydraulic servo universal testing machine (single‑space) is a high‑precision materials testing instrument that employs a hydraulic power source, electro‑hydraulic servo control technology, and computer‑based data acquisition and processing, enabling closed‑loop control and automated testing.
WAW Series Micro‑Electro‑Hydraulic Servo Universal Testing Machine (Single‑Space Push‑Pull Fixture)
The WAW-DP micro‑electrohydraulic servo universal testing machine (with a single‑space push‑pull fixture) is a high‑precision materials testing instrument that employs a hydraulic power source, electrohydraulic servo control technology, and computer‑based data acquisition and processing, enabling closed‑loop control and automated testing.
WEW Microcomputer-Controlled Universal Material Testing Machine
The WEW‑type microcomputer‑controlled universal material testing machine is driven by a hydraulic power source and utilizes a measurement and control system for the acquisition and processing of test data.
The GEW‑B microcomputer‑controlled machine for testing steel strands is driven by a hydraulic power unit and employs a measurement‑and‑control system to acquire and process test data. It consists of a testing mainframe and an oil source (hydraulic power unit).
WE‑B Series Electro‑Hydraulic Digital Display Universal Material Testing Machine (Practical)
This machine is driven by a hydraulic power source, employs electro-hydraulic servo control technology, and utilizes computer-based data acquisition and processing. It consists of four main components: the testing frame, the oil supply unit (hydraulic power source), the measurement and control system, and the test fixtures.
WE-C Series Electro-Hydraulic Digital Display Universal Material Testing Machine
The universal materials testing machine is driven by a hydraulic power source and utilizes intelligent measurement and control instruments for the acquisition and processing of test data.
WES-B Series Microcomputer-Controlled Electro-Hydraulic Servo Universal Material Testing Machine
The WES‑B series micro‑electrohydraulic servo‑controlled universal material testing machine employs a hydraulic power source, electrohydraulic servo control technology, and computer‑based data acquisition and processing.
WEW-B Series Microcomputer-Controlled Electro-Hydraulic Universal Material Testing Machine
The WEW‑B series microcomputer‑display electrohydraulic universal material testing machine is driven by a hydraulic power source and utilizes a measurement and control system for the acquisition and processing of test data.
SYE-2000BS Electro-Hydraulic Universal Testing Machine, 2000 kN, with integrated manual loading and oil‑supply unit.
SYE Series Electro-Hydraulic Pressure Testing Machines: SYE-2000A / SYE-2000D / SYE-3000D
Electric-hydraulic pressure testing machine, 2000 kN, with an integrated manual loading unit and oil source.
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