Anti-Vibration Table
$0.00
Shipped From Abroad
When employing highly sensitive laboratory balances, microscopes, and other high-precision equipment, an Anti-Vibration Table (MIRI® AVT) is a specialized work surface that can be utilized to considerably reduce vibrations and disruptions. AVTs are often employed in laboratory settings while performing precise weighing tests, testing, and scientific analysis. They are made of shock-resistant materials, including steel and rubber.
Delivery & Availability:
Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
Description
Esco Medical MIRI® AVT Anti-Vibration Table
The field stability during high-magnification microscopy is impacted by ambient low frequencies. In order to protect the microscope from vibrations during In Vitro Fertilization (IVF) and Intracytoplasmic Sperm Injection (ICSI) procedures, the Anti-Vibration Table (MIRI AVT) is equipped with a passive dampening mechanism. The MIRI® AVT is designed to be user-friendly and almost maintenance-free. The table has a strong, high-quality stainless steel structure that is simple to clean and maintain.
The Anti-Vibration Table (MIRI AVT) is commonly used for In Vitro Fertilization & Sample Handling. In these procedures, the Anti-Vibration Table (MIRI® AVT) is utilized to eliminate undesirable vibrations that limit the high-magnification microscope. When performing micromanipulation processes, the AVT isolates microscopes from vibration via a passive dampening system.
Applications
When employing highly sensitive laboratory balances, microscopes, and other high-precision equipment, an anti-vibration table (MIRI® AVT) is a specialized work surface that can be utilized to considerably reduce vibrations and disruptions. Anti-vibration tables are often employed in laboratory settings while performing precise weighing tests, testing, and scientific analysis. They are made of shock-resistant materials, including granite, steel, and rubber. Simple yet effective, anti-vibration tables (MIRI® AVT) function by absorbing any vibrations in a lab using a shock-absorbing substance. The shock-absorbent material stops motion from traveling from your weighing surface to the tabletop or ground upon which the table is supported.
Anti-Vibration Tables can be utilized in medical research, pharmaceutical production laboratories, university science labs, and food testing facilities. The applications of Anti-Vibration Tables in various industries give significant importance to their manufacturing.
Features
Specially designed for micro-manipulation procedures
The Anti-Vibration Table (MIRI® AVT) is specially designed for In Vitro Fertilization (IVF) and micro-manipulation procedures such as Intracytoplasmic Sperm Injection (ICSI).
For High Magnification Microscopy
High magnification microscopes are intended for use with the MIRI® AVT. It separates the microscope from any vibrations produced above or below any portion of the tabletop that is not a component of the AVT platform as well as from vibrations produced in the room where the table is positioned.
Anti-Vibration Mechanism
The anti-vibration mechanism inside the MIRI® AVT functions as a passive damping device, aimed at reducing the vibration generated on the AVT platform. Through a meticulous selection of mass and support rigidity, the mechanism efficiently minimizes vibrations. However, it’s important to note that while this mechanism partially reduces vibrations, it may not completely eliminate them.
Floors inherently vibrate at low frequencies across various structures, potentially affecting the performance of high-magnification microscopes. To mitigate this issue, installing a mechanism that isolates the microscope region can significantly diminish the impact of vibrations. However, the degree of improvement depends on factors such as the intensity and frequency of floor vibrations, as well as the specific characteristics of the instruments and their locations
Sturdy table frame
The MIRI® AVT features a sturdy and stable construction, thanks to its durable and high-quality stainless-steel table frame.
Stainless steel tabletop
The Anti-Vibration Platform
The Anti-Vibration Platform, which houses the anti-vibration mechanism, is situated at the center of the MIRI® AVT tabletop and serves as the mounting point for the microscope.
Specifications
| Overall dimensions (W x D x H) | 1200 × 800 × 785 mm |
| Weight | 117 kg |
| Material | Powder painted mild steel/Stainless steel |
| Float Size | 540 × 340 mm |
| Recommended load weight | 15-75 kg |
| Damping coefficient (6 Hz) | ~ 0.1 |
| Amplitude (6 Hz) | < 1 µm |
| Vibration Criteria | VC-C* |
| Frequency Range of Isolation | 1 Hz – 100 Hz |
| Vertical Natural Frequency | 1.5 Hz – 3 Hz |
| Horizontal Natural Frequency | 1 Hz – 2 Hz |
| Damping Ratio | 0.1 – 0.3 |
Quick Comparison
| Anti-Vibration Table remove | IISM VPism-C (Compact Type) Vein Probe remove | Eppendorf Minispin Centrifuge remove | Plastic Urine Container Per Pack remove | 8 Bucket Centrifuge remove | iSED Fully Automated ESR Analyzer remove | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Name | Anti-Vibration Table remove | IISM VPism-C (Compact Type) Vein Probe remove | Eppendorf Minispin Centrifuge remove | Plastic Urine Container Per Pack remove | 8 Bucket Centrifuge remove | iSED Fully Automated ESR Analyzer remove | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| SKU | SF1033560090-1 | SF1033560084-116 | SF1033560084-106 | SF1033560084-114 | SF1033560084-129 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Description | Shipped From Abroad
When employing highly sensitive laboratory balances, microscopes, and other high-precision equipment, an Anti-Vibration Table (MIRI® AVT) is a specialized work surface that can be utilized to considerably reduce vibrations and disruptions. AVTs are often employed in laboratory settings while performing precise weighing tests, testing, and scientific analysis. They are made of shock-resistant materials, including steel and rubber.
Delivery & Availability:
Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
| Shipped from Abroad The iiSM VPism-C Vein Probe - Compact Unit is a compact, non-invasive infrared device to view blood vessels just beneath the skin. Includes a camera, touchscreen display, connector cable, power supply, camera stand, gooseneck arm, and instruction manual. Delivery & Availability: Typically 10 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information. | In stock
| In stock
| In stock
| In stock
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| Content | Esco Medical MIRI® AVT Anti-Vibration TableApplicationsWhen employing highly sensitive laboratory balances, microscopes, and other high-precision equipment, an anti-vibration table (MIRI® AVT) is a specialized work surface that can be utilized to considerably reduce vibrations and disruptions. Anti-vibration tables are often employed in laboratory settings while performing precise weighing tests, testing, and scientific analysis. They are made of shock-resistant materials, including granite, steel, and rubber. Simple yet effective, anti-vibration tables (MIRI® AVT) function by absorbing any vibrations in a lab using a shock-absorbing substance. The shock-absorbent material stops motion from traveling from your weighing surface to the tabletop or ground upon which the table is supported.
Anti-Vibration Tables can be utilized in medical research, pharmaceutical production laboratories, university science labs, and food testing facilities. The applications of Anti-Vibration Tables in various industries give significant importance to their manufacturing.
FeaturesSpecially designed for micro-manipulation procedures The Anti-Vibration Table (MIRI® AVT) is specially designed for In Vitro Fertilization (IVF) and micro-manipulation procedures such as Intracytoplasmic Sperm Injection (ICSI).
For High Magnification Microscopy High magnification microscopes are intended for use with the MIRI® AVT. It separates the microscope from any vibrations produced above or below any portion of the tabletop that is not a component of the AVT platform as well as from vibrations produced in the room where the table is positioned.
Anti-Vibration Mechanism The anti-vibration mechanism inside the MIRI® AVT functions as a passive damping device, aimed at reducing the vibration generated on the AVT platform. Through a meticulous selection of mass and support rigidity, the mechanism efficiently minimizes vibrations. However, it's important to note that while this mechanism partially reduces vibrations, it may not completely eliminate them.
Floors inherently vibrate at low frequencies across various structures, potentially affecting the performance of high-magnification microscopes. To mitigate this issue, installing a mechanism that isolates the microscope region can significantly diminish the impact of vibrations. However, the degree of improvement depends on factors such as the intensity and frequency of floor vibrations, as well as the specific characteristics of the instruments and their locations
Sturdy table frame The MIRI® AVT features a sturdy and stable construction, thanks to its durable and high-quality stainless-steel table frame.
The Anti-Vibration Platform The Anti-Vibration Platform, which houses the anti-vibration mechanism, is situated at the center of the MIRI® AVT tabletop and serves as the mounting point for the microscope.
Specifications
| The iiSM VPism-C Vein Probe - Compact Unit is a compact, non-invasive infrared device to view blood vessels just beneath the skin. Includes a camera, touchscreen display, connector cable, power supply, camera stand, gooseneck arm, and instruction manual. This handheld, portable device is lightweight and includes the touchscreen and camera with attached clip. The camera can be removed and handled by hand, or can clip to the touchscreen unit for a hands-free experience. The back of the device also has a kickstand, so that physicians can stand the device on its own. The VPism-C can also be mounted to an armrest, if a patient needs to be stationary, or attached to a SLism-F Specialized Light Source for patients with deeper vessels. This device can be a vital tool in providing accurate placement of injections or other vascular treatments, such as for varicose veins. The infrared video shows the location of the veins and capillaries in real time, as well as save images for further discussion or diagnosis. For patients who have difficult-to-find veins, this device will save them from incorrect or painful injection sites.
Features:
Probe Target: Subcutaneous blood vessels of various patients (including capillaries)
Probe Method: Non-invasive infrared technology
Probe Depth: Within 10 mm under the skin
Magnification Function: Up to 1X, 2X and 4X
Automatic Adjustment Function: Adjusts the brightness automatically based on the targeted vein
Specialized Light Function: Shows the veins more clearly by using the specialized light source
Operation Method: Easy to operate with touchscreen
Internal Battery Support: Continuous running time: 1.5 hours
Warranty: 1 year
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