Semiconductors / Electronics Screening Shock and Vibration Testing Shakers

The TCB-1.3 benchtop vibration table is ideal for reliability testing of compact products and electronics. It may be used as a stand-alone vibration table for vibration testing or placed inside an environmental chamber for combined vibration & temperature testing offering flexibility and greater... [See More]

• Applications: Semiconductor component testing
• Moving Element / Armature Weight: 190 lbs

• Frequency Range: 3 to 10000
• Armature / Table Sizes: Workspace: 16" W x 16"D x 10"H

VE series Miniature shaker is a high precision, high reliability and wide frequency band vibration equipment developed by ECON on the basis of accumulated years of vibration control technology. The frequency range is 2Hz-10,000Hz, and the force range is 20N-1,000N. [See More]

• Applications: Accelerometer or sensor calibration; R&D or product design verification; Product qualification; Reliability testing; Semiconductor component testing; Seismic vibration simulation; Structural fatigue testing
• Peak Sine force: 0.0 to 22.48

• Test Modes: Random vibration mode testing; Shock mode testing; Sinusoidal mode vibration testing
• Peak Acceleration: 0.0 to 40.77

VE series Miniature shaker is a high precision, high reliability and wide frequency band vibration equipment developed by ECON on the basis of accumulated years of vibration control technology. The frequency range is 2Hz-10,000Hz, and the force range is 20N-1,000N. [See More]

• Applications: Accelerometer or sensor calibration; R&D or product design verification; Product qualification; Reliability testing; Semiconductor component testing; Seismic vibration simulation; Structural fatigue testing
• Peak Sine force: 0.0 to 44.96

• Test Modes: Random vibration mode testing; Shock mode testing; Sinusoidal mode vibration testing
• Peak Acceleration: 0.0 to 81.55

VE series Miniature shaker is a high precision, high reliability and wide frequency band vibration equipment developed by ECON on the basis of accumulated years of vibration control technology. The frequency range is 2Hz-10,000Hz, and the force range is 20N-1,000N. [See More]

• Applications: Accelerometer or sensor calibration; R&D or product design verification; Product qualification; Reliability testing; Semiconductor component testing; Seismic vibration simulation; Structural fatigue testing
• Peak Sine force: 0.0 to 112

• Test Modes: Random vibration mode testing; Shock mode testing; Sinusoidal mode vibration testing
• Peak Acceleration: 0.0 to 34.66

VE series Miniature shaker is a high precision, high reliability and wide frequency band vibration equipment developed by ECON on the basis of accumulated years of vibration control technology. The frequency range is 2Hz-10,000Hz, and the force range is 20N-1,000N. [See More]

• Applications: Accelerometer or sensor calibration; R&D or product design verification; Product qualification; Reliability testing; Semiconductor component testing; Seismic vibration simulation; Structural fatigue testing
• Peak Sine force: 0.0 to 225

• Test Modes: Random vibration mode testing; Shock mode testing; Sinusoidal mode vibration testing
• Peak Acceleration: 0.0 to 50.97

150g 6ms acceleration mechanical shock test equipment mainly applicable to shock resistance tests in such fields as electronic products,aerospace, shipping, military industry, automotive parts and transportation. shock tests in form of half sine wave, final peak saw tooth wave or trapezoidal wave... [See More]

• Applications: R&D or product design verification; Product qualification; Reliability testing; Semiconductor component testing; Structural fatigue testing
• Payload Capacity: 0.0 to 882

• Test Modes: Shock mode testing
• Technology: Mechanical; Electrodynamic

Thermotron Electrodynamic Large Force Shakers accurately simulate a wide range of conditions that help improve product and test quality and reliability. A Thermotron Vibration Shaker can test in a vertical or horizontal orientation; utilize a fixture, sliptable, or head expander; and interface with... [See More]

• Applications: Mechanical impedance testing; R&D or product design verification; Product qualification; Reliability testing; Semiconductor component testing; Seismic vibration simulation; Structural fatigue testing; Transportation or automotive vibration and shock simulation; Mission Profile, ESS
• Peak Sine force: 12000

• Test Modes: Random vibration mode testing; Shock mode testing; Sinusoidal mode vibration testing; Classical Shock, Resonant Search & Dwell
• Random Force - RMS: 12000

SD B Series Pneumatic Shock and Bump Machine. The Bump (SD B) Series Machines are used to simulate and evaluate the design and destructive testing of components, circuits, hybrids, and complete assemblies as it pertains to bump. There are 7 standard bump machine test systems available or we can also... [See More]

• Applications: Semiconductor component testing; Transportation or automotive vibration and shock simulation; Military, Industrial, and Individual Test Requirements
• Peak Acceleration: 2 to 120

• Test Modes: Shock mode testing; Sinusoidal mode vibration testing
• Displacement: 0.0 to 4.72

3 Axis High Frequency Electromagnetic Vibration Shaker is widely used in defense, aviation, aerospace, communications, electronics, automobiles, home appliances, and other industries. This type of equipment is used for discovering the early faults, simulating the actual working condition and the... [See More]

• Applications: Accelerometer or sensor calibration; Mechanical impedance testing; R&D or product design verification; Product qualification; Reliability testing; Semiconductor component testing; Seismic vibration simulation; Structural fatigue testing; Transportation or automotive vibration and shock simulation
• Peak Sine force: 674 to 35968

• Test Modes: Random vibration mode testing; Shock mode testing; Sinusoidal mode vibration testing
• Random Force - RMS: 674 to 35968

SD SB Series Pneumatic Shock and Bump Machine. The Shock and Bump (SD SB) Series Machines are used to simulate and evaluate the design and destructive testing of components, circuits, hybrids, and complete assemblies. There are 5 standard shock and bump machine test systems available or we can also... [See More]

• Applications: Semiconductor component testing; Transportation or automotive vibration and shock simulation; Military, Industrial, and Individual Test Requirements
• Peak Acceleration: 2 to 800

• Test Modes: Shock mode testing; Half Sine, Sawtooth, and Square Wave Pulse
• Displacement: 0.0 to 19.69

Acceleration Mechanical Impact Tester for Half Sine Shock Test is used to accurately measure the product fragility and evaluate the protective ability of product packaging. Regardless whether you want to do a boundary assessment on complete product breakage. Industrial shock p [See More]

• Applications: R&D or product design verification; Product qualification; Reliability testing; Semiconductor component testing; Structural fatigue testing
• Payload Capacity: 0.0 to 882

• Test Modes: Shock mode testing
• Technology: Mechanical; Electrodynamic

Air Cooling Programmable Thermal Shock Test Equipment is used to test the capability of material structure or composite materials to withstand the continuous environmental changes between extremely high temperature and low temperature during a short period, and therefore understand the chemical... [See More]

• Applications: R&D or product design verification; Product qualification; Reliability testing; Semiconductor component testing

Electromagnetic vibration table is widely used in defense, aviation, aerospace, communications, electronics, automobiles, home appliances, and other industries. This type of equipment is used for discovering the early faults, simulating the actual working condition and the structure strength test,... [See More]

• Applications: Accelerometer or sensor calibration; Mechanical impedance testing; R&D or product design verification; Product qualification; Reliability testing; Semiconductor component testing; Seismic vibration simulation; Structural fatigue testing; Transportation or automotive vibration and shock simulation
• Peak Sine force: 674 to 6744

• Test Modes: Random vibration mode testing; Shock mode testing; Sinusoidal mode vibration testing
• Random Force - RMS: 674 to 6744

This product is for a variety of packaging materials, PC boards,electrical products as well as the simulated transport vibrationtest of the packaged products, to assess the degree of vibration-resistance.... simulate the transport process Caused damage because of the vibration force, the test... [See More]

• Applications: Accelerometer or sensor calibration; Mechanical impedance testing; R&D or product design verification; Product qualification; Reliability testing; Semiconductor component testing; Seismic vibration simulation; Structural fatigue testing; Transportation or automotive vibration and shock simulation
• Frequency Range: 3 to 5

• Displacement: 0.9843
• Resonance: 3 to 5

EN60068-2-14 Customization Thermal Shock Resistance Testing Cabinet used to test the material structure or composite material in an instant by the extremely high temperatures and very low temperature continuous environment which can endure the degree of order in the shortest possible time to test... [See More]

• Applications: R&D or product design verification; Product qualification; Reliability testing; Semiconductor component testing

High Acceleration Mechanical Shock Testing Machine for Lithium Battery is mainly suitable for the impact test of electronic products, aerospace, shipbuilding, military industry, automobile parts, transportation and other fields. By selecting different waveform generators, half sine wave, post peak... [See More]

• Applications: R&D or product design verification; Product qualification; Reliability testing; Semiconductor component testing; Structural fatigue testing
• Payload Capacity: 0.0 to 882

• Test Modes: Shock mode testing
• Technology: Mechanical; Electrodynamic