APPLICATION
Precision Instruments
Isolators have excellent nonlinear vibration isolation performance and can effectively isolate vibrations across a wide frequency range, especially showing significant effects on low-frequency vibrations. This is crucial for precision instruments, as many of them are prone to being affected by low-frequency vibrations.
Neoeast can be flexibly designed and adjusted according to different usage requirements and installation spaces, adapting to various shapes and sizes of precision instruments and meeting a wide range of application needs.
Electronic measurement instruments like oscilloscopes, signal generators, and spectrum analyzers can experience slight vibrations from internal circuits during operation, and external environmental vibrations can also be transmitted into the instruments. Isolators can provide these instruments with a good vibration isolation environment, reducing the impact of vibrations on measurement results and ensuring the accuracy and reliability of measurements.
For example, in high-precision oscilloscopes used in laboratories, the installation of isolators can prevent vibrations caused by people walking around and other equipment from interfering with the measurement waveforms, resulting in more accurate measurement data.
Optical instruments such as microscopes, telescopes, and laser interferometers are extremely sensitive to vibrations. Even slight vibrations can cause blurred imaging and increased measurement errors. Isolators can effectively isolate vibrations, ensuring the stability of the optical system and improving imaging quality and measurement accuracy.
In telescopes used for astronomical observations, isolators can reduce the impact of ground vibrations and wind on the telescope, making the observed celestial images clearer and more accurate.
Isolators have excellent nonlinear vibration isolation performance and can effectively isolate vibrations across a wide frequency range, especially showing significant effects on low-frequency vibrations. This is crucial for precision instruments, as many of them are prone to being affected by low-frequency vibrations.
Neoeast can be flexibly designed and adjusted according to different usage requirements and installation spaces, adapting to various shapes and sizes of precision instruments and meeting a wide range of application needs.
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🚚 Shipment Update | Ceramic Silicone Rubber Pads for New Energy Applications
2026-04-16
We are pleased to announce the shipment of 2,000 self-developed ceramifiable silicone rubber pads (2mm × 4500mm × 250mm), tailored for the new energy sector. The 2mm thickness, the industry’s most widely used, balances fire resistance, insulation and cushioning.
Key features: ceramification ≥450°C, withstanding 900–1200°C flame for 30 mins (UL94 V-0), excellent dielectric strength (≥20 kV/mm) and a -60°C to +220°C working range. Applied to EV/energy storage battery packs, motors, HV/LV cabinets, etc. Contact us for samples or customization.
🚢 Shipment Update | Marine Vibration Isolation Solution Delivered
2026-03-26
We’re pleased to announce the successful shipment of 180 GSG‑200 wire rope vibration isolators, specially supplied for a marine main switchboard control cabinet project.
Built to withstand harsh marine conditions, these isolators deliver reliable vibration and shock protection, safeguarding the stability and service life of sensitive on-board electrical control systems.
We continue to provide high-performance vibration isolation solutions tailored for marine and offshore applications.
🚄 Shipment Update | Vibration Isolation for High-Speed Rail HVAC Systems
2026-03-26
We are pleased to announce the successful delivery of 768 units of Model M70265 3864VAC Unit Vibration Mounts, specially engineered for vibration and shock isolation of high-speed rail HVAC compressors.
Tailored for a 600kg HVAC unit with 2900 RPM (48Hz) excitation frequency and 75kg load per mounting point, these isolators feature a 180kg max load capacity, 2.5mm deflection at working load, and a 10.5Hz natural frequency.
Designed to minimize vibration transmission and boost system reliability, they ensure stable, safe operation in demanding railway environments, marking another milestone in providing dependable vibration control solutions for critical transportation applications.
