China Suppliers - Fabreeka® Active Isolation Systems for Precision Instruments | Factory Direct Solutions
ISO-TABL-A
Fabreeka® active systems use linear motor technology as an active drive, thus lengthening the active actuator stroke compared to commonly used piezoelectric technology. As a result, ISO-Tabl-A platforms have active bandwidths starting at 0.5 Hz to reduce environmental vibration by 10 dB at frequencies as low as 1 Hz. Nano-E specifications can be reached at very low frequencies.
- Patented architecture (patent pending in some countries).
- Patented variable damping mechanism (patent pending in some countries).
- Active vibration isolation in all six degrees of freedom.
- No piezoelectric components – improved performance at low frequencies, longer lifetime.
- Fully decoupled architecture isolates vibrations from the floor, from machines or equipment such as moving stages, fans, or internal motors.
ISO-Mod-A
Our lightweight and compact modular active vibration isolation systems counteract the vibrations that affect sensitive equipment. The streamlined design allows easy installation requiring no follow-up tuning. Developed by engineers, physicists and leading industry consultants with expertise in precision instruments, ISO-Mod-A is a revolutionary device that plays an essential role in reducing vibrations and disturbances.
Equipment can be placed on an unlimited number of isolators installed independently of one another. ISO-Mod-A has the capacity to support load capacities of massive machines and heavy tool systems.
ISO-Tabl-P and ISO-Mod-P
ISO-Tabl-P and ISO-Mod-P lightweight space-saving vibration absorption systems counteract unwanted vibration loads on precision workstations.
- A. ISO-Tabl-P – tabletop vibration absorption system.
- B. ISO-Mod-P – modular vibration absorption system.
Our systems use state-of-the-art technology to reduce the levels of vibration generated by pumps, compressors and similar.
- 1. Vacuum pumps.
- 2. Compressors in air-conditioning units.
- 3. Refrigerating units and compressors.
- 4. Biotech workstations.
- 5. Drones.
- 6. Automotive applications.
Our compact and lightweight modular vibration absorption systems significantly reduce unwanted vibrations that could otherwise pose major challenges at high-precision workstations. The ISO-Tabl-P and ISO-Mod-P models were developed by engineers, physicists and leading technical consultants with expertise in vibration technology and its effects on precision instruments to ensure that these models are indeed able to reach significant reductions in vibration levels.
Frequently Asked Questions
What technology does the ISO-Tabl-A system use for vibration isolation?
ISO-Tabl-A platforms utilize active linear motor technology instead of traditional piezoelectric technology. This extends the active actuator stroke, allowing active bandwidths to start at 0.5 Hz and reduce environmental vibration by 10 dB at frequencies as low as 1 Hz.
What are the benefits of not using piezoelectric components in the ISO-Tabl-A?
By avoiding piezoelectric components, the ISO-Tabl-A offers improved performance at low frequencies and a longer operational lifetime, while providing active vibration isolation across all six degrees of freedom.
Can the ISO-Mod-A system support heavy machinery?
Yes. The ISO-Mod-A modular system allows equipment to be placed on an unlimited number of independently installed isolators, giving it the capacity to support the load requirements of massive machines and heavy tool systems.
What is the difference between ISO-Tabl-P and ISO-Mod-P?
ISO-Tabl-P is a tabletop vibration absorption system, whereas ISO-Mod-P is a modular vibration absorption system. Both are lightweight, space-saving, and designed for precision workstations.
What applications benefit most from ISO-Tabl-P and ISO-Mod-P systems?
These systems are ideal for reducing vibrations generated by vacuum pumps, air-conditioning compressors, refrigerating units, biotech workstations, drones, and various automotive applications.