1. Precision engineering and manufacturing require effective vibration isolation to prevent vibrations from affecting structures, equipment, and machinery. 2. Passive and active vibration isolation are two main strategies used to mitigate disturbing frequencies. 3. Passive isolation utilizes mass, spring, and damper to attenuate vibrations, while active isolation cancels vibrations through feedback control. 4. Choosing the correct vibration isolation system is crucial for ensuring the reliability and efficiency of ultra-precise machinery. 5. Anti Vibration Cradle with Vibration Isolated Pneumatic Air Triflex System is a cutting-edge technology designed to provide effective vibration isolation in industrial applications. 6. The Triflex system uses dual natural frequency mounts to isolate equipment with low stiffness isolators while preventing shaking using high stiffness support. 7. DMAS-TRF pneumatic vibration isolators offer stable low-frequency vibration isolation under various environmental conditions. 8. These isolators cover a wider frequency band, effectively isolate vertical and horizontal frequencies, and are equipped with self-leveling valves for constant height adjustment. 9. They can isolate disturbing vibrations in the critical frequency range of 2.5 to 50 Hz, with a resonant frequency of 0.9 Hz in both vertical and horizontal directions. 10. The DMAS-TRF system has a high load capacity ranging from 200 kgs to 5000 kgs and a working height of 80 to 1000 mm.

1. Anti Vibration Cradle with Vibration Isolated Pneumatic Air Triflex
System, Series DMAS-TRF
Precsion engineering and manufacturing requires vibration isolation
technology to prevent system vibration from spreading across the
structures , equipments , machineries et al.

2. Passive and active vibration isolation are the main strategies employed to
contain the travelling disturbing frequencies.
Passive vibration isolation uses a mass, spring, and damper to decrease or
attenuate vibration transferred to a supporting structure or felt by a unit
stimulated by a vibrating structure or to isolate, keeping the disruptive
frequency and system natural frequency in balance.
Active vibration isolation cancels vibrations via feedback or feedforward
control. This approach can respond to vibration variations and improve
isolation across a wider range of frequencies.
Choosing the correct vibration isolation system is crucial for the reliability
and efficiency of ultra precise machinery.
Vibration Isolation Shock Resistant Tables, Vibration Insulated Platforms &
Vibration Control Table tops are employed to stabilize the environment
surrounding any sensitive measuring or testing instrument, minimizing the
impact of ground-borne vibrations on the equipment and its mounted
components. Vibrations can arise from seismic activity, pedestrian traffic,
or nearby machinery. The level of vibration transmitted to the tabletop is
crucial for achieving an optimal setup.
Anti Vibration Cradle with Vibration Isolated Pneumatic Air Triflex System
is a unique technological advancement in anti-vibration tech domain.
Vibration Isolation Triflex system is a well-researched technology using dual
natural frequency mounts. The Dynemech Triflex system finds use in all
industrial applications in which the equipment is to be isolated with low
stiffness isolators and at the same time should be prevented from shaking
using high stiffness support in all three axes.
The isolation efficiency is proportional to the combination of percentage of
weight supported by lower and higher natural frequency isolators. This way
we may get required isolation efficiency and also maintain rigidity of
machine by sacrificing only a small fraction of vibration isolation efficiency.
The Vibration Isolation is achieved using metal springs and vibration
damping is achieved using a composite of the elastomeric material and
the viscous fluid. The active vibration isolators are used for isolating
tremendously low frequency, ie 1 Hz or under 1 Hz, and used with the
passive vibration isolators.

3. DMAS-TRF pneumatic vibration isolators are the hi-tech CMM cradle and
Anti Vibration Table supports Dynemech offer for applications like Atomic
force microscopy, Scanning electron microscope, Transmission Electron
Microscope, AFM, Microscopes , IVF Imaging , optical tables, electron
microscopes, precision balances, table top microscopes and scanning
tunnelling microscopes. etc.
Features:
1. Stable low-frequency vibration isolation performance under different
environmental conditions.
2. DMAS-TRF covers a wider frequency band for effective vibration
isolation and reduces resonance peaks.
3. Excellent isolation of Vertical and Horizontal Frequencies
4. Vertical Isolation - A dual-chamber pneumatic isolation system
keeps vertical vibrations from affecting the installation. DMAS-TRF
System needs a regular source of compressed air .
5. Horizontal Isolation - The vertical isolation system is put on a Triflex
support system to keep the installation from being affected by
horizontal movements.
6. DMAS-TRF system being sensitive to load weight & structural
parameters is equipped with Self-Leveling Valves keep the
installation at a constant height with quick settling time.
7. Vertical and Horizontal disturbing vibrations throughout the critical
range of 2.5 to 50 Hz frequency range are isolated.
8. The resonant frequency is 0.9 Hz both in achieved in both vertical
and horizontal directions.
9. High Load capacity – 200 kgs to 5000 kgs
10. Working Height : 80 to 1000 mm
Contact: Dynеmеch Systеms Pvt Ltd.
Mob: +91-9810760131 ; +91-9911145131
Email: Salеs@dynеmеch.com
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