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DPP 140/150 Blister Packing Machine

The DPP-150 is a mid-range automatic blister packaging machine designed for the pharmaceutical, food, and medical device industries. It is suitable for packaging a variety of products such as tablets, capsules, and hard candies. Equipped with dual servo drives and HMI control, it is designed for continuous production and meets FDA cleanroom standards.

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Key Features

Technical Data

Machine Details

FAQ

Application

1. Simple Structure: The transmission system is improved from the original, allowing a wider working range, more precise movement, and quieter operation.

2. Compact Size: Takes up little space and is easy to transport and install.

3. Automatic Feeding and Edge Punching: Ensures stable and synchronized operation across multiple workstations over long distances.

4 Customizable Options: Includes features like color mark alignment with servo control, an embossing mechanism, secondary forming, and waste collection.

Model: DPP-150
Blanking: 20~50 times/min
Production Capacity: 1200-4200 plates/h
Max. Shaping Dia. And Depth: 130*100*15mm  Max. Depth 26mm(custom-made)
Standard Travel Range: 40~110mm
Standard Plate: 80*57mm
Power of Main Motor: 1.5kW
Total Power: 3.78kW
Power: 380V/220V/50Hz
Vacuum: 0.4MPa-0.6MPa
Noise: <75dBA
Thickness and Width of PVC: 140×0.25~0. 5mm
Thickness and Width of PTP: 140×0.02~0.03mm
Dialyzing Paper: 50~100g*150mm
Mold Cooling: Runing water or circulating water
Weight: Net weight 1500 kg ;
Overall Size of Machine: 2510×750×1450 mm
Bubble rejection device
Bubble rejection device
Finished Alu Alu Blister
Finished Alu Alu Blister
Tablets Feeder
Blister Box Warehouse
What is the typical production speed of the DPP-150?
What is the typical production speed of the DPP-150?

The speed can vary based on product size and blister format, but it typically operates in the range of 80 to 150 blisters per minute.

What is the maximum blister size (format) it can handle?
What is the maximum blister size (format) it can handle?

The DPP-150 has a maximum blister forming area, often around 150mm x 150mm (hence the model number), but this can vary. Always check the specific technical drawing for your machine's configuration.

What materials is it compatible with?
What materials is it compatible with?

It is designed for:

  • Forming Web: PVC, PVDC, COC, Aclar, and other thermoformable films.

  • Lidding Material: Aluminum foil (hard temper), Paper/Poly/foil laminates, and other heat-sealable lidding.

Can it handle cold-forming foil for sensitive products?
Can it handle cold-forming foil for sensitive products?

The standard DPP-150 is designed for thermoforming. A cold-forming version (often denoted as a different model, like DPP-150C) is required for aluminum/aluminum blister packs used for highly moisture or oxygen-sensitive drugs.

How long does a format changeover typically take?
How long does a format changeover typically take?

With trained personnel and proper preparation, a full format changeover (changing forming mold, sealing die, punch, etc.) can take 30 to 60 minutes. Using quick-change systems can significantly reduce this time.

What are the most common problems with the DPP-150?
What are the most common problems with the DPP-150?

Here are a few common issues and their likely causes:

  • Poor Blister Forming: Incorrect heating temperature, faulty forming membrane, or insufficient compressed air pressure.

  • Weak or Uneven Seal: Dirty sealing die, incorrect temperature setting, or uneven pressure.

  • Product Crushing: Misaligned feeding system or incorrect product depth in the forming mold.

  • Film Webbing/Jamming: Misaligned guide rails, incorrect unwind brake tension, or worn rollers.

  • Machine Stops Unexpectedly: Often due to a safety interlock (door open), film breakage, or a missing "no product" signal from the feeder.

What utilities are required to run the DPP-150?
What utilities are required to run the DPP-150?

You will typically need:

  • Electrical: 3-Phase power supply (e.g., 415V/50Hz or 480V/60Hz).

  • Compressed Air: Clean, dry air at a specific pressure and flow rate (e.g., 6-8 bar, >0.3 m³/min).

  • Space: Adequate floor space for the machine and material unwind stands.

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