A deblistering machine designed to separate pharmaceuticals, foods, and other products from aluminum plastic or aluminum aluminum blister packaging.
Automatic deblister machine suitable for blistering Alu-PVC Alu-Alu ブリスターパック, this model’s capacity up to 120 パック/分.
With high-precision frequency converter
アルミPVC / アルアル, (50-115)*(35-140)mm
Clear scale, no reliance on experience
No contamination of materials,CGMPに会います
広州に位置, JL エンジニアリングを統合した医薬品包装機械のサプライヤーです, 製造・販売.
私たちのチームは医薬品加工の開発に重点を置いています & 機能を兼ね備えた包装機, 品質, そして費用対効果, お客様に手間のかからないワンストップサービスを提供するだけでなく、.
私たちの利点
We participate in exhibitions such as CPhI, Canton Fair, 等. Welcome to negotiate.
Our deblistering machines are manufactured to high standards and meet the stringent requirements of Europe and the United States.
We fully consider the moisture-proof, rust-proof and corrosion-proof conditions of the machine during long-distance transportation and use vacuum reinforced packaging.
A deblister machine is an automated device specifically designed to separate pharmaceuticals, foods, and other products from aluminum plastic or aluminum aluminum blister packaging. It is primarily used for recycling, reprocessing, and reusing substandard packaging in the pharmaceutical, 健康管理, および食品産業. 製薬業界では, when blister packs are missing tablets, 破損, or have printing defects, a tablet picker efficiently separates qualified tablets or capsules, eliminating the contamination risks and inefficiencies associated with manual operation.
Traditional manual deblistering methods are not only labor-intensive and inefficient (typically processing no more than 500 1時間あたりのタブレット), but also prone to drug contamination and damage. Automated tablet strippers, 一方で, can increase processing efficiency by 5-10 times while significantly reducing contamination risks through their enclosed design, making them a key component of modern pharmaceutical quality management systems. The entry into force of the EU Packaging and Packaging Waste Regulation (PPWR) in 2025 further underscores the crucial role of this type of equipment in the circular economy, particularly its central role in increasing the recycling rate of packaging materials.
The automatic deblistering machine is based on the principle of mechanical separation, achieving automated peeling through a coordinated mechanism of blade cutting, roller squeezing, and material separation . The typical equipment structure consists of four parts: a silo, a conveying mechanism, a separation device, and a collection system.
Jinlupacking’s patented technology demonstrates that a parallel dual separation system design can nearly double processing efficiency. Two independent workstations operate synchronously through a gear transmission mechanism, ensuring separation quality while increasing the processing capacity of a single unit to over 120 plates per minute. This design is particularly well-suited for the high-volume processing demands of new production lines for large pharmaceutical companies and nutritional supplement manufacturers , matching the output of the front-end blister machine with the high-speed separation system.
Modern tablet capsule deblister machines generally adopt modular design, and their key technical features include:
De-blister machines can be divided into three categories based on the degree of automation and processing capacity:
Special application machines also include a low-pressure tablet picker designed specifically for fragile soft capsules. By reducing roller pressure (5-10N) and utilizing silicone rollers, the breakage rate is controlled to below 0.1%. To meet the high recycled content requirements of EU PPWR regulations, Jinlupacking has launched a dedicated separator that effectively handles composite packaging materials containing PCR (consumer plastic waste recyclate).
The primary principle of model selection is the matching of equipment processing capacity with actual demand. The calculation formula is:
Required processing capacity = average daily rework volume ÷ effective working time ÷ equipment utilization rate (recommended 70%)
例えば, a pharmaceutical factory needs to process 8,000 blisters per day. Based on an 8-hour work system, the required equipment processing capacity should be:
8000÷8÷0.7≈1429 boards/hour≈24 boards/minute
For export-oriented companies, it is recommended to consider an additional 15-20% capacity redundancy to cope with the increase in processing volume that may come with changes in EU regulations.
As a key piece of equipment in pharmaceutical blister packing machine quality management systems, the selection of a deblister machine not only impacts production efficiency but also directly impacts drug quality, 安全性, and environmental compliance. Driven by regulations like the EU PPWR, equipment selection has evolved from a simple performance consideration to a three-dimensional decision-making process encompassing efficiency, 品質, and environmental compliance.
Companies should select the most appropriate equipment model based on their specific needs, taking into account processing capacity, compliance requirements, operating costs, 将来のスケーラビリティ. During the selection process, it is recommended to prioritize field testing and assess the supplier’s technical capabilities, particularly verifying its processing capabilities for new, environmentally friendly packaging materials. By building an efficient rework solution encompassing the three pillars of “装置, プロセス, and personnel,” this solution can meet current production needs while adapting to future developments in packaging technology and environmental regulations.
