自動打錠機 薬のために粉末を錠剤に圧縮するために使用されます, ビタミン, およびサプリメント.
製薬産業: それらは主に高速生産であり、大規模な要求を満たすために重要です, 特に鎮痛剤のような一般的な薬の場合, 抗生物質, および解熱品.
Nutraceuticals: 高速プレスは、栄養補助食品の製造に使用されます, マルチビタミンやハーブサプリメントなど, 一貫した投与量と高い生産率を確保します.
食品産業: 彼らは、甘味料やフレーバーエンハンサーなどの食品添加物の圧縮された錠剤を生産するために使用されます, 多くの場合、加工食品や飲み物で使用されます.
クリーニング製品: 洗浄剤用の圧縮タブレット, 食器洗いや洗濯洗剤タブレットなど, また、これらのマシンを使用して製造されています.
まで 260,000 個/時間
マックス. タブレットの直径25mm
メイン圧力100kn, プリロード21kn
| マックス. 生産能力 | 260,000 個/時間 |
| マックス. はい. タブレットの | 25んん |
| 粉 | 7.5くぅ |
| 電圧 | 220v/380v 50Hz(カスタマイズされた) |
| 寸法 | 820×1,100×1,750mm |
一貫したタブレット品質: 高速プレスには、正確な制御システムが装備されています, 均一な錠剤の重量を確保します, サイズ, と硬度. この一貫性により、製品の品質が向上し、拒否率が低下します.
高度な機能: 多くの高速タブレットプレスには、自動潤滑などの機能が付属しています, 廃棄物の拒絶, および圧力監視, 手動の介入を減らし、運用効率を向上させます.
自動化とデータロギング: 最新のマシンには、リアルタイムの監視とデータロギングのための自動システムが含まれることがよくあります, プロセス制御と規制コンプライアンスを強化します.
In pharmaceutical manufacturing, consistency isn’t just a goal—it’s a requirement. Tablet quality, equipment longevity, and regulatory compliance all hinge on one often-overlooked process: lubrication. Either too much or too little lubricant can lead to significant issues, from products defects to machine failures. Automatic tablet press machine is engineered with a sophisticated dual lubrication system designed to eliminate these risks.
When lubricant is applied excessively, it leaves residual oil on the tooling surfaces. During compression—under high pressure and temperature—this surplus lubricant can transfer onto the tablets, creating black spots. These imperfections are more than cosmetic; they indicate potential contamination. Tablets with such defects fail to meet FDA standards, risking batch rejection and compromising patient safety.
Insufficient lubrication, 一方で, increases friction between the punch and die. This accelerates wear, reduces tooling life, and heightens operational noise. If your tablet press exceeds 75 dBA, it not only creates an unpleasant working environment but also falls out of compliance with cGMP guidelines, which require equipment to operate within specified noise limits to prevent contamination and ensure process control.
Our Automatic Tablet Press Machine features a two-part lubrication system that ensures precision, 信頼性, and ease of use.
The first part of the system delivers liquid lubricant directly to the punches and dies through fully automated dosing. During setup, operators can define exactly how much lubricant is released and at what interval. 例えば:
You can initially set the system to release 2 drops of oil every 200 rotations.
If tablets show black spots, you can adjust the interval to 250 rotations per 2 drops.
If abnormal noise occurs, you might fine-tune it to 230 rotations.
This flexible programmability allows you to find the optimal lubrication balance for your specific formulation and operating conditions. It eliminates guesswork, reduces manual intervention, and ensures every batch runs smoothly without defects or excessive wear.
The second part involves a simple yet effective manual grease application for the machine’s bearings. Just presses per day during operation are enough to keep the core components running smoothly, prevent abrasion, and extend the service life of the entire press. This step takes seconds but offers long-term protection against mechanical failure.
An automated lubrication system does more than just protect your tooling and products—it also supports your quality assurance system. With precise control and repeatability, you can document each lubrication cycle, providing traceability for FDA and cGMP audits. さらに, reducing manual lubrication minimizes human error and enhances operational safety.
結論
Lubrication management is critical in tablet production. Too much or too little can lead to quality deviations, non-compliance, and costly downtime. With ruidapacking’s Automatic Tablet Press Machine and its intelligent dual-lubrication system, you achieve the perfect balance between product integrity and equipment protection.
For many pharmaceutical engineers, tablet production comes with recurring frustrations: tablets that break right after ejection, or batches that fail to meet hardness and friability standards during testing. While formulation plays a role, these issues often trace back to one critical factor—the performance and accuracy of the tablet press machine pressure.
Understanding how pressure works—and how it’s managed—can mean the difference between compliance and costly reprocessing.
At the heart of tablet formation is the main compression force. The process involves filling powder or granules into a die, where upper and lower punches apply extreme pressure via the main compression wheel to form a compacted tablet. If this force is insufficient, the resulting tablets may be too soft, 壊れやすい, or prone to chipping and breaking.
In most cases, a force of around 80 kN is adequate to produce tablets that meet FDA requirements for structural integrity. しかし, a widespread industry issue is that many manufacturers overstate their machine’s force capabilities. Since it’s difficult to accurately measure the actual force applied during operation, companies often end up with underperforming presses. This leads to low yield, poor hardness, high friability, and ultimately—the need to reinvest in a new machine.
That’s why choosing a tablet press with honestly rated and verifiable force output is essential.
In high-speed production, the compaction event happens in a fraction of a second. When excessive force is applied too suddenly, it can cause already-formed tablets to shatter or develop internal flaws. This is where pre-pressure becomes invaluable.
Pre-pressure involves applying a lower initial force to the powder bed before the main pressure. This gentle preliminary pressure removes entrapped air, reduces particle segregation, and prepares the granulation for final compaction. The benefits are clear:
Reduced capping and laminating
Improved tablet hardness and surface smoothness
Lower friability and fewer fines
Enhanced overall pressure stability
For pharmaceutical companies running at high production speeds, a pre-pressure system isn’t optional—it’s necessary. It enables the machine to maintain quality without sacrificing output.
When evaluating a tablet press, consider these force-related features:
Select a machine from a supplier that provides transparent and testable force metrics. Avoid overstated specifications.
Look for easily adjustable pre-pressure settings that allow fine-tuning based on material behavior.
Ensure the machine can maintain accurate and repeatable force levels even at maximum rotation speeds.
The system should support full documentation of force parameters for FDA and cGMP audits.
Pressure is a cornerstone of tablet manufacturing successful. Getting it right affects everything from tablet hardness and appearance to regulatory acceptance and operational efficiency. With accurate main pressure and intelligent pre-pressure features, you can avoid common pitfalls such as broken tablets, poor friability, and non-compliance.
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