Finetech supplies blister packaging machines for tablets and capsules. We match each machine to a particular product size, output target, blister layout, barrier material, and factory conditions. Our range covers compact production and higher-capacity lines. Support includes application assessment, commissioning guidance, and tooling coordination. Finetech also offers ongoing technical assistance for smoother operation.
A blister packaging machine forms individual pockets in an aluminium or plastic web. It places tablets or capsules into each cavity. The machine then seals the web with lidding material and cuts it into finished packs. This process creates organized unit-dose packaging. With the right tooling and materials, each pack protects the product and displays essential batch information.
Separate cavities reduce direct handling. They also protect each tablet or capsule from contamination and physical damage.
Coordinated stations reduce repetitive manual packaging work. They also support steadier production and more predictable output.
Controlled machine stages produce orderly blister cards. Each pack maintains repeatable cavity placement and a consistent appearance.
Finetech develops pharmaceutical packaging machinery around real production requirements. Each proposal starts with your dosage form and pack material. We also assess the cavity layout, operating environment, and the required level of automation.
Find the right blister packaging solution for your production needs. Our machines support flexible tooling, Alu-PVC and Alu-Alu packaging, precise feeding, consistent sealing, and integrated coding and cutting—helping you achieve efficient, professional pharmaceutical packaging from one streamlined system.
Punch Frequency: 10-23 times/min
Travel Range: 20-75mm (optional)
Capacity: 2400 plates per hour
Main Motor Power: 0.75 kW
Materials: PVC Material: 0.15-0.50*80mm, PTP Alu Foil: 0.02-0.035*80mm, Dialysis Paper: 50- 100 g*80 mm
Air Pressure: 0.6-0.8 MPa
Punch Frequency: 10-35 times/min
Capacity: 1200-1980 plates/hour
Main Motor Power: 0.75 kW
Materials: PVC film: 0.15-0.5*120(mm), PTP Alu film: 0.02-0.035*120(mm), and Dialysis Paper: 50-100g*120(mm）
Air Pressure: 0.6- 0.8MPa
Punch Frequency: 10-35 times/min
Travel Range: 50 to 120 mm
Capacity: 1200-4200 plates per hour
Main Motor Power: 1.5 kW
Materials: PVC Material: 0.15-0.50*140 mm, PTP Alu Foil: 0.02-0.035*140 mm, and Dialysis Paper: 50- 100 g*140 mm
Air Pressure: 0.4-0.6 MPa
Punch Frequency: 10-23 times/min
Travel Range: 20-75mm (optional)
Capacity: 2400 plates per hour
Main Motor Power: 0.75 kW
Materials: PVC Material: 0.15-0.50*80mm, PTP Alu Foil: 0.02-0.035*80mm, Dialysis Paper: 50- 100 g*80 mm
Air Pressure: 0.6-0.8 MPa
Punch Frequency: 25-50 times/min for Al-Plastic, 20-35 times /min for Al-Al
Capacity: 18000～236,000 pcs/hour
Main Motor Power: 1.5 kW
Air Pressure: 0.5-0.7 MPa
Punch Frequency: 10-35 times/min
Travel Range: 50 to 120 mm
Capacity: 1200-4200 plates per hour
Main Motor Power: 1.5 kW
Materials: PVC Material: 0.15-0.50*140 mm, PTP Alu Foil: 0.02-0.035*140 mm, and Dialysis Paper: 50- 100 g*140 mm
Air Pressure: 0.4-0.6 MPa
Easy to operate, ideal for tablet, capsule, and pill packaging, stable running, cost-effective for Lab use.
The Ampoule Blister Packing Machine is a professional automatic packaging equipment specially designed for pharmaceutical ampoules.
High sealing tightness, stable running, ideal for medical syringe packaging.
Stable operation, good sealing, widely used for pharmaceutical and daily goods packaging.
Stable operation in high temperature & humidity, ideal for pharma tablets, capsules with Alu-PVC/Alu-Alu packaging.
Full aluminum blister packaging machine for tablets & capsules, with full light/moisture barrier and all-aluminum foil packaging.
Our blister packaging machines are widely used in the pharmaceutical and food industries for blister packaging.
Design placement: present the following nine features as image-led cards in a three-column grid or carousel, with three cards visible at a time.
Matched forming tools create cavities for the approved product dimensions. Operators can control temperature, pressure, and forming depth. These settings maintain consistent pocket geometry. They also reduce thin corners, distortion, and poor product support.
Dedicated feeders guide products into individual pockets. The feeder type can match the tablet or capsule. Operators can also adjust vibration, drop height, and contact surfaces. These controls improve placement and limit avoidable chipping or scuffing.
Operators can adjust sealing temperature, pressure, and dwell time. These controls bond the lidding material evenly to the formed web. Stable conditions support pack integrity. They also reduce incomplete seals, wrinkles, and excessive heat exposure.
Synchronized web movement keeps every machine station aligned. This includes forming, feeding, sealing, coding, perforating, and cutting. Reliable registration maintains uniform cavity spacing and clean card edges. It also keeps printed information in the correct position.
The machine range supports thermoformed Alu-PVC packs and cold-form Alu-Alu structures. Buyers can select materials for the required visibility and barrier protection. The choice can also reflect product sensitivity, storage conditions, and presentation goals.
Change parts and molds can match your product geometry and cavity depth. Tooling can also reflect doses per card, perforation patterns, and finished pack dimensions. Planned changeovers allow one suitable platform to support multiple tablet or capsule formats.
The operator interface centralizes temperature, speed, indexing, and alarm status. It also provides access to routine process adjustments. Clear controls simplify production monitoring. Trained operators can quickly restore approved settings for an established blister format.
Optional coding equipment adds required pack information. This may include batch numbers, manufacturing dates, and expiry dates. Coordinated perforating and cutting stations then divide the sealed web. The result is accurately sized cards or strips for downstream handling.
Product-contact and packaging areas are easy to access. This supports faster inspection, cleaning, and changeover. Smooth surfaces and organized material paths simplify routine care. Guarded stations and accessible tooling also reduce avoidable maintenance and sanitation delays.
On-site installation and commissioning support for your pharmaceutical machinery.
Operator training to help your team understand the correct operation of the machine.
Online technical assistance for machine operation and troubleshooting.
Support for pharmaceutical workshop and production-line planning.
Support change parts: Unwinding System, Guide Rail, Punching and Cutting Station, Feeder.
We providing complete turnkey solution. From manufacturing to packaging line.
We can customize blister packaging machines according to the shape of your tablets.
We can customize blister packaging machines according to the shape of your tablets.
We customize blister packaging production solutions for small‑scale manufacturers to help you cut costs.
Maximum Portfolio Output Up to
blister plates/hour
Typical DPP Cycle Range
cycles/minute
Main Motor Power Range
kW
Compressed-Air Range
MPa
| Specifications | DPP 80 | DPP 100 | DPP 150 | DPP 180 | DPP 250 |
| Punch Frequency (times/min) | 10–35 | 10–23 | 10–35 | 25–50 | 25–50 (Al-Plastic) |
| 20–35 (Al-Al) | |||||
| Capacity (plates/hour or pcs) | 2,400 plates/hour | 1,200–1,980 plates/hour | 1,200–4,200 plates/hour | 6,000–14,000 sheets/hour | 18,000–236,000 pcs/hour |
| Main Motor Power (kW) | 0.75 | 0.75 | 1.5 | 1.5 | 1.5 |
| Materials Supported | PVC: 0.15–0.50 × 80 mm | PVC: 0.15–0.50 × 120 mm | PVC: 0.15–0.50 × 140 mm | PVC: 0.25–0.50 × 175 mm | PVC & Alu Foil (dimensions not specified) |
| PTP Alu Foil: 0.02–0.035 × 80 mm | PTP Alu Foil: 0.02–0.035 × 120 mm | PTP Alu Foil: 0.02–0.035 × 140 mm | PTP Alu Foil: 0.02–0.035 × 175 mm | ||
| Dialysis Paper: 50–100g × 80 mm | Dialysis Paper: 50–100g × 120 mm | Dialysis Paper: 50–100g × 140 mm | Dialysis Paper: 50–100g × 140 mm | ||
| Air Pressure (MPa) | 0.6–0.8 | 0.6–0.8 | 0.4–0.6 | – | 0.5–0.7 |
Talk to our experts to discover the right solution for your needs.
Read the latest information on blister packaging machines, including case studies, standard operating procedures (SOPs), and more details.
In an industry where a single compromised seal can ruin an entire batch of life-saving medicine, packaging integrity is everything. Unlike other pharmaceutical manufacturing equipment that focuses on formulation, a
If you are looking to boost your packaging efficiency, blister packaging machines are a great
A pharmaceutical manufacturer in South Africa came to us with four tablet products that handles
Achieving consistent, high-speed production in pharmaceutical and consumer packaging hinges on a critical stage: the
Compare your product dimensions, doses per card, and required output. Then review the forming material, available utilities, and expected format changes.
Yes. Each product needs compatible feeding components. It also requires dedicated tooling for its cavity shape and pack layout.
Alu-PVC offers product visibility and economical thermoforming. Cold-form Alu-Alu provides a stronger barrier against moisture and light.
Provide product samples or dimensions and a preferred blister drawing. Also share the target output, packaging material, voltage, compressed-air details, and destination country.
Yes. Tooling can match the product geometry, cavity depth, and doses per card. It can also support the required perforation pattern and web materials.
Output depends on the machine model, blister dimensions, and cavities per cycle. Feeding behavior, material performance, operator practice, and rejected packs also affect results.
Configure the feeder, vibration level, drop height, and pocket depth for the product. Test all contact surfaces with actual tablets before production.
Coding systems can print batch numbers, manufacturing dates, and expiry dates. They can also add other required pack information.
Changeover time depends on the machine model and replaced tooling. Confirm the required procedure for the approved configuration.
Complete routine checks during normal use. Schedule preventive maintenance according to operating hours and the machine manual.
Compatible models can transfer finished blisters to inspection or leaflet insertion. They can also connect with cartoning and other downstream packaging equipment.
Support can include utility confirmation, installation guidance, and commissioning assistance. Operator training, troubleshooting, and spare-parts coordination are also available.
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