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| Category | Miscellaneous pharmaceutical / chemical machines |
| Process Types | other |
| Production Capacity | 100 u/mn |
| worked hours | |
| hours under power | |
| state | good |
| At local norms | --------- |
| status | visible |
| Last availability date | 31/03/2026 |
| Product id | P240731312 |
| Language |
This Mengibar MRW 400 is an automatic medium-speed vial washer designed primarily for pharmaceutical and biotechnology applications. It accommodates vials ranging from 2 ml to 100 ml, with the requirement of format parts to adjust for different vial sizes. The machine offers a production capacity of up to 100 vials per minute, depending on vial dimensions. Changing vial formats typically takes around 20 minutes.
The washer features eight vial holders, each capable of holding up to seven vials by the neck. Vials are fed onto the vial carriers via a feeding transmission belt and exit the washing chamber in a single row. A rotating feeding table with automatic loading efficiently places vials onto the holders. The washing process can be visually monitored through a transparent cover, which includes safety measures to prevent water spraying if the cover is not properly positioned above the washing chamber.
Constructed with GMP design standards, the unit is made entirely of stainless steel 304 and 316L, with internal surfaces electropolished to maintain hygiene. Orbital welding is used where possible, and the piping system is designed to avoid water stagnation by flowing from highest to lowest points. Silicone seals are applied throughout the piping system. The main unit is servo-driven, and the system includes dedicated media collectors for water and air.
The machine incorporates intermittent spraying and an automatic lid lift mechanism. It is intrinsically designed to reduce endotoxin levels by 3 log. Operation is controlled via a PLC and HMI operator interface, which allows selection of specific "recipes" for each vial format, adjusting spray and indexing times to optimize water consumption. The design avoids penetrating nozzles, minimizing glass breakage and particle generation, and the system self-drains after completing each batch.
From visual inspection, the machine is large and made of stainless steel, featuring a clear plastic cover over the circular section. A control panel with buttons and a display screen is mounted on a metal stand. The rotary table includes white plastic guide rails and a semicircular white component. The machine shows signs of use with some dirt and scratches on metal surfaces. A label marked with the number 114 is attached to the machine.
The following description has been generated using artificial intelligence based on the product information available. It is provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
Automatic medium-speed vial washer for pharmaceutical and biotechnology applications
Range of vials : 2-100ml (format parts are required)
Production : Up to 100 vials per minute according to vials size
Change : Change from 20 minutes to a different vial format
Characteristics
• Typical batch size: 10,000-25,000 vials
• 8 vial holders that can hold up to 7 vials in the neck
• The vials are fed to the vial carriers by a feeding transmission belt
• The vials come out of the washing machine in a single row
• Rotating feeding table with automatic loading of the vials on the vial holders
• A transparent cover allows visual verification of the washing process.
• There are safety provisions to prevent water spraying when the cover is not located above the washing chamber.
• Dedicated media collectors (1 for water, 1 for air)
• Intermittent spraying and automatic lid lift mechanism
• GMP design: all stainless steel 304 / 316L
• La unidad principal es servoaccionada
• Intrinsically designed for the reduction of 3 log endotoxins
• PLC that works together with an HMI operator interface
• Each vial format has a "recipe" selected by HMI with specific settings for spray time and indexing time to help reduce water consumption.
• No penetrating nozzles, no glass breakage, less particle generation
• Self-draining after the end of the batch
• The internal surfaces are electroply polished.
• Orbital welding is used whenever possible
• The piping system is designed to work from highest to lowest to avoid water stagnation.
• Silicone seals are used throughout the piping system.
Please note that this description may have been translated or optimized with artificial intelligence (AI) automatically. The information of this classified ad are only indicative. We recommend to check the details with the seller before a purchase.
| Client type | Machinery dealer |
| Active since | 2020 |
| Offers online | 382 |
| Last activity | Nov. 5, 2026 |
Automatic medium-speed vial washer for pharmaceutical and biotechnology applications
Range of vials : 2-100ml (format parts are required)
Production : Up to 100 vials per minute according to vials size
Change : Change from 20 minutes to a different vial format
Characteristics
• Typical batch size: 10,000-25,000 vials
• 8 vial holders that can hold up to 7 vials in the neck
• The vials are fed to the vial carriers by a feeding transmission belt
• The vials come out of the washing machine in a single row
• Rotating feeding table with automatic loading of the vials on the vial holders
• A transparent cover allows visual verification of the washing process.
• There are safety provisions to prevent water spraying when the cover is not located above the washing chamber.
• Dedicated media collectors (1 for water, 1 for air)
• Intermittent spraying and automatic lid lift mechanism
• GMP design: all stainless steel 304 / 316L
• La unidad principal es servoaccionada
• Intrinsically designed for the reduction of 3 log endotoxins
• PLC that works together with an HMI operator interface
• Each vial format has a "recipe" selected by HMI with specific settings for spray time and indexing time to help reduce water consumption.
• No penetrating nozzles, no glass breakage, less particle generation
• Self-draining after the end of the batch
• The internal surfaces are electroply polished.
• Orbital welding is used whenever possible
• The piping system is designed to work from highest to lowest to avoid water stagnation.
• Silicone seals are used throughout the piping system.
Please note that this description may have been translated or optimized with artificial intelligence (AI) automatically. The information of this classified ad are only indicative. We recommend to check the details with the seller before a purchase.
| Category | Miscellaneous pharmaceutical / chemical machines |
| Process Types | other |
| Production Capacity | 100 u/mn |
| worked hours | |
| hours under power | |
| state | good |
| At local norms | --------- |
| status | visible |
| Last availability date | 31/03/2026 |
| Product id | P240731312 |
| Language |
This Mengibar MRW 400 is an automatic medium-speed vial washer designed primarily for pharmaceutical and biotechnology applications. It accommodates vials ranging from 2 ml to 100 ml, with the requirement of format parts to adjust for different vial sizes. The machine offers a production capacity of up to 100 vials per minute, depending on vial dimensions. Changing vial formats typically takes around 20 minutes.
The washer features eight vial holders, each capable of holding up to seven vials by the neck. Vials are fed onto the vial carriers via a feeding transmission belt and exit the washing chamber in a single row. A rotating feeding table with automatic loading efficiently places vials onto the holders. The washing process can be visually monitored through a transparent cover, which includes safety measures to prevent water spraying if the cover is not properly positioned above the washing chamber.
Constructed with GMP design standards, the unit is made entirely of stainless steel 304 and 316L, with internal surfaces electropolished to maintain hygiene. Orbital welding is used where possible, and the piping system is designed to avoid water stagnation by flowing from highest to lowest points. Silicone seals are applied throughout the piping system. The main unit is servo-driven, and the system includes dedicated media collectors for water and air.
The machine incorporates intermittent spraying and an automatic lid lift mechanism. It is intrinsically designed to reduce endotoxin levels by 3 log. Operation is controlled via a PLC and HMI operator interface, which allows selection of specific "recipes" for each vial format, adjusting spray and indexing times to optimize water consumption. The design avoids penetrating nozzles, minimizing glass breakage and particle generation, and the system self-drains after completing each batch.
From visual inspection, the machine is large and made of stainless steel, featuring a clear plastic cover over the circular section. A control panel with buttons and a display screen is mounted on a metal stand. The rotary table includes white plastic guide rails and a semicircular white component. The machine shows signs of use with some dirt and scratches on metal surfaces. A label marked with the number 114 is attached to the machine.
The following description has been generated using artificial intelligence based on the product information available. It is provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
| Client type | Machinery dealer |
| Active since | 2020 |
| Offers online | 382 |
| Last activity | Nov. 5, 2026 |