Laboratory Ultra Micro Coating Machine

Laboratory Ultra Micro Coating MachineMCD-2

introduction

The minimum batch size for conventional tablet and pill coating machines is generally300-500gThe sample can only operate effectively. Small drying and coating machineMCD-2Capable of drying and coating to a minimum level of one tablet of medication or1Kesphere is a practical instrument with a simple structure and easy operation, which can be conveniently placed in the laboratory. Its main design purpose is for research and development in the pharmaceutical industry, university teaching, as well as to meet applications in other fields, such as experimental coating treatment and catalytic material, food substances, and gelatin capsule granulation treatment for filling liquids.

Tablet coating

◆ Single tablet coating can be achieved, coating a very small amount of tablets, thereby saving expensive or rare materials,

◆ Pills from1Film to130The scope of the sample can be represented by a batch of tests, which can represent the overall characteristics of the sample,

◆ Good uniformity is achieved within and between batches, and experimental results show that uniform high-quality coatings can be obtained.

Ball Ball Drying

◆The batch processing capacity of dried ball pills reaches100g, with the rolling machine120Equipped with ideal drying capacity.

◆Laboratory drying equipment with lower operating costs can save costs and time in the early stages of product development.

◆The device can work withCalevaSmall scale extruders and rolling machines are used in combination.

Ball pill coating

◆Minimum achieved coating of several grams of spherical pills

◆The maximum coating amount can reach about60gQiuwan, the batch processing capacity in the laboratory, is a rolling machine120Ideal collaborative equipment

◆Optional anti-static accessories are available. Some spherical formulations with small particles can generate static electricity. Using the optional anti-static gun can minimize the problem of static electricity.

Structural Configuration and Control

The fluidized bed drives the sample on the sieve to continuously vibrate through an adjustable air flow rate; The combination of air and mechanical vibration causes the movement of single or multiple tablet samples to form a "fluidized bed", where the air flow rate, temperature, and vibration frequency can be adjusted in the experiment.

The electronic control part, heater, and fan are placed inside a stainless steel casing; All pipeline components are made of stainless steel and elastic plastic; Use of components in contact with the product316Stainless steel, polytetrafluoroethylene, and polypropylene materials; The nozzle is located inside the product cone barrel; Precision peristaltic pump controls the flow rate of liquid in5-50ml/hrbetween; Using compressed air to atomize and spray liquid onto the product; With minimal use of coating solution, it is possible to quickly and effectively coat a small amount of samples; The operating parameters can be manually controlled and adjusted.

Equipment Usage220VSingle phase power supply, required0.1-2.5barCompressed air or inert gas under pressure, and ensure that2barWhen the flow rate is greater than60l/minIf the coating machine uses toxic substances, it also needs to be operated in a fume hood; The typical size range for dry or coated tablets is0.7-10mmSpray and drying treatment of tablet or pellet samples is normally required10-15minsThe processing time varies depending on the coating material and the thickness of the coating required.