Lab Scale Ampoule Washing Machine

Description

The Lab Scale Ampoule Washing Machine is the most popular washing machine for ampoules and vials. Except for loading and unloading ampoules and vials, all operation of the system is automated. A machine is the most economical way to clean injectable glass containers. Lab Scale Ampoule Washing Machine is a specialised pharmaceutical device that ensures compliance with current Good Manufacturing Practices (cGMP) standards by cleaning and sterilising glass ampoules (and occasionally vials) with little contact with machine parts. In order to ensure sterility and formulation integrity, these machines are usually employed in small to medium-scale injectable production or research and development settings to prepare ampoules for filling by eliminating impurities, dust, or contaminants.

  • Loading: Ampoules are loaded manually or via a combi tray (if pre-arranged in boxes matching the tray’s pitch).

 

  • Washing: The machine centers washing needles into the ampoule necks, performing sequential internal and external washes with water and air jets.

 

  • Drying: Some models include drying cycles with adjustable temperatures.

 

  • Unloading: After washing, ampoules are released in a vertical position via an outfeed system, ready for filling. The machine stops automatically after a cycle, often with a buzzer or indicator.

Working Principle of Lab Scale Ampoule Washing Machine

Ampoules are loaded in bulk onto combi tray if received in ready to dump boxes, which will have exactly same number of Ampoules and the pitch, as loading tray. Alternatively, each Ampoule/Vial has to be arranged into the tray individually. The loading tray is placed directly into the machine & the handlebar is lowered for automatic centering of washing needles into the Ampoules neck. The top cover is lowered & switch is operated for automatic sequential washing. Washing is performed from inside and outside of each individual Ampoule. Machine automatically stops after one complete washing cycle with buzzer sound and red-light indication. For removal of tray, reverse procedure is to be observed. Depending on loading & operator’s efficiency one can achieve 30 loading trays in an hour.

Multijet Ampoule Washing Machine is valued for its robust design, ease of operation (even by semi-skilled operators), and ability to deliver sterile, contaminant-free ampoules and vials, critical for pharmaceutical filling processes.

Technical Specification of Lab Scale Ampoule Washing Machine

Model

AAVW 340P

Loading & Unloading

Manually

Washing Process

Automatic through PLC

Input Specification

2ml to 100ml vials and 1ml to 20ml ampoules

Production Output

Up to 100 ampoules/vials per minute(depends upon needle plate and operator’s efficiency)

Power Supply:

0.25 H.P.

Electrical Characteristics:

220 Volts, Single Phase, 50 Hertz

Net Weight:

120 Kgs. Approx.

Gross Weight:

250 Kgs. Approx

Net Dimension:

1200 mm (L) X 1020 mm (W) X 1080 mm (H) approx.

Case Dimensions:

1350 mm (L) X 1200 mm (W) X 1280 mm (H) approx.

 

* Power voltage can be adjusted as per customer’s domestic power voltage requirements.
* Rights of technical improvements & modification reserved.
* Illustrations & dimensions are shown for information purpose only.

Types of Ampoule Washing Machine

Applications of Ampoule Washing Machine

Advantages of Lab Scale Ampoule Washing Machine

Ideal for R&D and Pilot Scale Production

Compact Footprint & Easy Integration

Precise & Thorough Cleaning for Injectables

cGMP Compliant with Validation Support

Washing Cycle of Lab Scale Ampoule Washing Machine

Internal/External Washing

Washing Media

1st Wash

De-Mineralized Water

2nd Wash

Purified Air

3rd Wash

De-Mineralized Water

4th Wash

Purified Air

5th Wash

Water for Injection

6th Wash

Purified Air

 

Key Features of Lab Scale Ampoule Washing Machine

  • Capacity and Compatibility: Suitable for washing ampoules ranging from 1 ml to 20 ml and vials from 2 ml to 100 ml, with the use of interchangeable change parts to accommodate different sizes.

 

  • Operation: Most models are semi-automatic or fully automatic, with manual loading and unloading of ampoules/vials. Some feature a dump loading procedure for trays with pre-arranged ampoules, while others require individual placement.

 

  • Washing Mechanism:
    • Utilizes positive and pressurized jets through washing needles for both internal and external cleaning, ensuring thorough sterilization with minimal washing media usage.
    • Typically includes multiple washing cycles (e.g., 6 water and air washes) using purified water, Water for Injection (WFI), and compressed air, with independent circuits to avoid cross-contamination.
    • Some models feature a gripper system that holds ampoules by the neck, inverts them for washing, and releases them in a vertical position via an outfeed feed worm system.

 

  • Construction:
    • Equipped with a pressure tank for continuous and reverse supply of washing media.

 

  • Control and Safety:
    • Features timer-operated solenoid valve systems or PLC/HMI-based touch screen control for precise washing cycle management.
    • Includes safety features like an acrylic top cover for visibility and an automatic stop if the cover is lifted during operation, resuming when closed.
    • Some models have replaceable filter cartridges (5 or 10 microns) for water purification.

 

  • Additional Features:
    • Compact design for lab-scale use, with some models offering high-speed rotary washing for up to 120-200 ampoules per minute.
    • Options for pre-heated drying cycles with adjustable temperatures and vacuum insulation to protect machine components.
    • Flexible washing sequences that can be customized to user requirements.

Production Performance of Lab Scale Ampoule Washing Machine

Jet Needles

Production Output

56 Holes Plate

1680 per hour approx. (56 holes plate x 30 cycles)

99 Holes Plate

2970 per hour approx. (56 holes plate x 30 cycles)

189 Holes Plate

5670 per hour approx. (56 holes plate x 30 cycles)

240 Holes Plate

7200 per hour approx. (56 holes plate x 30 cycles)

340 Holes Plate

10200 per hour approx. (56 holes plate x 30 cycles)

FAQ for Lab Scale Ampoule Washing Machine

The machine offers a production output of up to 100 ampoules/vials per minute (approximately 30 loading trays per hour), depending on the needle plate used and operator efficiency. It handles:

  • Glass ampoules: 1ml to 20ml
  • Glass vials: 2ml to 100ml

Interchangeable change parts (different needle plates with 56, 99, 189, 240, or 340 holes) allow flexibility for various container sizes. The actual hourly output can reach up to 10,200 containers with the largest plate.

Ampoules or vials are manually loaded into a combi tray and placed in the machine. A handlebar lowers to center the washing needles into the necks, and the acrylic top cover is closed to start the PLC-controlled cycle. The machine performs 6 sequential washes (3 water + 3 air) using positive pressurized jets:

  1. De-Mineralized Water
  2. Purified Air
  3. De-Mineralized Water
  4. Purified Air
  5. Water for Injection (WFI)
  6. Purified Air

This ensures thorough internal and external cleaning with minimal usage of washing media. The machine automatically stops after one cycle with a buzzer and red-light indication. Unloading is manual, and the ampoules are released in a vertical position.

The Lab Scale Ampoule Washing Machine requires:

  • Power: 0.25 H.P., 220 Volts, Single Phase, 50 Hertz (customizable as per local voltage)
  • Compressed Air
  • De-Mineralized Water
  • Water for Injection (WFI)

It features an online 5 or 10 micron filter for water and uses a pressure tank for continuous and reverse supply of wash media. All contact parts are made from AISI 316L Stainless Steel, Polycarbonate, HDPE, PP, or other FDA-approved materials for hygiene and compliance.

The machine is fully cGMP compliant and comes with IQ/OQ documentation support (optional 21 CFR Part 11 compliant PLC + HMI). Key safety features include:

  • Acrylic top cover with safety interlock — the machine automatically stops with a buzzer if the cover is lifted during operation and resumes when closed.
  • Minimal contact with machine parts to prevent contamination.
  • Easy operation, even by semi-skilled operators.
  • Compact design suitable for lab environments.

Optional accessories such as a separate pumping station, recirculation & siliconization system, and safety cabinet are also available.

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Connect with our engineering team to discuss your specific production requirements. We provide customized, cGMP-compliant machinery solutions designed to optimize your manufacturing facility and maximize output.

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