Packaging Machine Dealers in Gidc Industrial Estate, Ankleshwar

Caustic Soda Prills

This product, an auto assembly line, is used for small round bottle printing, tray forming, feeding in tray, cartooning packing. The structure is compact and convenient operation. It integrates the photoelectron, mechanics, electric and pneumatic, controlled by PLC, driven by servo motor, automatically folds leaflet and finish cartooning packing. It adopts sensor monitoring to coordinate the operation of each section. If any error takes place, it can stop automatically and display the report so as to solve them on time. With advanced detection system, the line can detect and recognize the empty or lack packing tray or lack packing carton to achieve 100% finished product. The tray mould can be made according to customer’s requirement. PEW-IDPB-ZH Cutting Frequency (Times/min) 10-30 Capacity (Box/min) 50-100 Max Forming Areas And Depth (mm) 340×150×26 Travel Range (mm) 40-160 (Can Be Lengthened To 180mm As User's Requirements) Air Pressure(Mpa) 0.5-0.7 Volume of Air Consumption 20m3/h Pressure: 0.5-0.7 Mpa Total Power 380V/220V 50Hz 8kw Main Motor Power (KW) 3 PVC Hard Pieces(mm) 0.15-0.5×350 PTP Aluminum Foil (mm) 0.02-0.035×350 Dialysis Paper(mm) 50-100g×350 Carton Specification Weight: 250-350g/m2 Max. size: 200x80x50mm Min. size: 70x30x15mm Leaflet Paper weight : 55-65g/m2 Max. size: 250x190mm (L×W) Min. size: 100x100mm (L×W) Mould Cooling Tap Water Or Circulating Water Overall Dimensions (mm) 7000×1350×1700 (L×W×H) Weight (kg) 3500

anionic polyelectrolyte, ammonia hydroxide

• Country of Origin: India

Harmaceutical manufacturing is a highly controlled and regulated process. Almost every process can be automated and there have been rapid and continuous advancements in the solid dosage manufacturing processes. Major manufacturers are constantly assessing their competitiveness to ensure constant growth in an ever more demanding market where the cost of developing novel products is continuously increasing. There has been an urgent need for pharma companies to continuously invest in innovative processes to produce solid dosage forms that better meet the needs of the patient and are efficiently manufactured. Oral dosage forms oral dosage forms including the tablets and capsules are considered the most patient acceptable dosage forms in the market today. They offer convenience and ease of handling and are also extremely stable, both chemically and physically. Production of these solid dosage drugs is also relatively inexpensive and high throughput is well achieved. Granulation process pharmaceutical granulation is necessary to overcome the significant compression difficulties and erratic flow properties of many active pharmaceutical ingredients (api, s) that limit the successful production of these dosage forms. Current solid dosage manufacturing technologies orally administered solid dosage forms constitute a blend of several pharmaceutical excipients. These include diluents, binders, disintegrants, glidants, lubricants, and the api’s. Successful production of these types of products is dependent on the ability of the production process to adequately mix and or granulate these products to ensure that the resultant solid agglomerates posses high fluidity , compressibility and in addition avoid de-mixing during the following post granulation processes such as tablet compression and capsule filling processes. Manufacturing equipments the production equipment forms a critical part in the success of the process. They must be able accurately determine, define and release product in accordance to the calibrated quantities without altering any properties of the products. Some of the solid dosage manufacturing equipments include;   storage tanks, jacketed vessels, tablet coating machine, vibro-sifters, multi mills, de burring, de dusting machine, oscillating granulator, granulating machine, tablet coating, pan tablet coating machine, strip packing machines, blister packaging machinery,  liquid filling machinery, liquid manufacturing plants and many more. Emerging manufacturing trends wet granulation process is a relatively newer and better technology. It encompasses low and high shear mixing, fluid bed mixing and wet mass extrusion and is more versatile compared to other methods. This process has improved control of drug content, better uniformity and also produces granules with the superior bulk density and compatibility. Research and analysis the use of process analytical technology (pat) in production of powders has helped in the understanding and improvement of processing technologies. Recent advances in technology have enabled real-time process monitoring and needed adjustments are made on time optimizing solid dosage manufacturing; continuous processing continuous processing for solid dosage manufacturing is a rapidly growing concept. The advancement in the processing equipments such as the oscillating granulators, strip packing machines, blister packaging machinery, liquid filling machinery, liquid manufacturing plants and many more has made continuous manufacturing a current reality. This method of processing is most preferred because it has a low residence time, variables can be changed and the results can be explored rather quickly. The implementation of continuous manufacturing as opposed to batch processing is now much easier and cost effective. The scaling up process is also easier due to better control of the equipments.

1ml, 2ml & 5ml Ampoules Blister Packing Machine     The PEW-RP-MACAV1 is suitable to Blister Pack 1ml, 2ml and 5ml Ampoules. The machine has a unique cantilever design with frontal format part accessibility in a modular balcony type construction. The basic machine comprises of mild steel chassis with SS 304 frames welded and bolted to form a rigid frame device structure on which various modular stations are mounted in balcony design (from GMP compliance and pharmaceutical sanitation standards). Floor Dimensions Machine Width 1180+/ - 2% Machine Height 1920+/ - 2% Machine Length 3870+ / - 2% Salient Features: A base film draw of station cantilever to the outside on the base of the machine allowing easy operator accessibility. The loop sensor to indicate the end of forming reel. Pre-heating station comprising Teflon coated pre-heating platen used for heating the thermo formable base film. Forming station ? Pneumatically activated plug assist for deep draw cavities in thermo formable material. Special ampoule shuttle feeder to feed the ampoules gently into the formed web. Lidding foil: draw of loop sensors to indicate lidding foil exhaust. Batch code printing using mechanical and Pneumatic control for printing batch information on the lidding film. Sealing station Seal web guide to cool the hot sealed web to ensure uniform sealing. Linear indexing: servo assisted linear indexing for ensuring accurate indexing of the sealed web without leakages. Punching tool: This shears of the blister form the web. Trim re-winder which collects the trim after punching externally to the machine ensuring no waste within the machine area. An outfeed conveyor to convey the punch blister parallel to the web transport direction. PLC to sequence and synchronise the various operations of the machine.   Technical Specification: Max Machine Speed 20-25 Cycles per minute Max Forming Area 222mmX175mm Min Pack Size 40x60mm Optimum Forming Depth 25mm Max Reel Diameter 440 mm Max Lidding Foil 220 mm Max Core Diameter 70-76mm Net Weight Approx 2500 KG

We are leading manufacturer, supplier & exporter of Blister Packing Machine, Cartoning Machine, Tablet Press, Capsule Filling Machine, Tube Filling Machine, Tube sealing Machine, Strip Packing Machine, Pauch Packing Machine, Ampoule Filling Machine, Ampoule Sealing Machine, Semi Auto Liquid Filling Machine, Automatic Liquid Filling Machine, Tablet Metal Detector, Batch Coding Machine in Gujarat, India..

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