The Speirs Robertson Microscope Air Platform with Active Air Isolators is engineered to deliver exceptional vibration control, reducing up to 99% of vibrations for superior microscope image quality. Designed for precision applications, it isolates vibration frequencies above 6 Hz—well below typical building vibration levels—ensuring stable performance for sensitive instruments.
Product Features
- Maximize microscope image quality by reducing up to 99% of vibrations
- Isolates out vibration frequencies above 6 Hz—well below building vibration frequencies
- Eliminates surface vibrations with sound-deadened construction
- Stainless steel worktop meets stringent cleanliness requirements
- Choice of passive air or active air isolators in a variety of platform sizes
- Ideal for laboratory microscopes, including sensitive instruments such as laser confocal and spinning disk microscopes
- Maintenance-free platforms are simply installed on a laboratory bench and the microscope placed on top
- Active air AMF models are self-leveling and should be used where loads vary
- Requires clean, dry compressed air of at least 5 bar (10 bar max) via a 6-mm OD airline
- Isolators: four air-damped rolling diaphragms with 2 Hz natural frequency
- Isolation performance: 97% at 50 Hz, 99% at 100 Hz
- Working temperature: –4 to 320°F (–20 to 160°C)
Benefits
- Outstanding vibration isolation – Maintains image clarity and precision in demanding applications
- Self-leveling – Ensures stability even with varying equipment loads
- Cleanroom-ready – Stainless steel worktop meets strict hygiene standards
- Reliable performance – Designed for continuous use in advanced microscopy setups
Why Choose the Speirs Robertson Microscope Air Platform?
With its active air isolation technology and robust construction, the Speirs Robertson platform offers the perfect solution for laboratories requiring top-level vibration control. Its self-leveling function and large 60 x 60 cm surface make it ideal for a variety of sensitive optical instruments, from high-resolution microscopes to advanced imaging systems.
