Latest Label Printing Technologies

Label is one of the important parts of any product. It is obligatory to stick labels on certain products. While labels serves as one of the effective marketing materials which highlights the product brand. Thus, label printing has great demands from various manufacturing industries. The printing machine industry has brought plenty of label printing machines for them. Label printers are different from regular printers. If you want to know more about label printers and technologies used in label printing, just go ahead and discover it.

About Label Printers

Label printers are specially designed to print labels from small to the size of several inches. Running sheets or rolls are used for label printers. You need not calibrate the label to print on label printer. These printers do not have problems like paper jamming. Label printers are portable devices which can be placed on the desk at ease. The market offers variety of label printing including 4 color printers. The printers are designed using different label printing technologies. Let’s see the technologies used in label printers.

Label Printing Technologies

There are two main technologies used in label printers. These technologies are widely used as per the application of label printing processes. These technologies include –

• Flexographic printing technology – It is the traditional label printing technology which uses ink and flexible relief plates for printing. The flexographic plate is made of rubber or polymer. It is raised with text or image which is attached to the cylinder. The technology uses three types of inks namely water based, UV curing and solvent based inks. These inks are low viscosity and hence facilitate fast printing. The most important feature of this technology is that you can print on any substrate including metallic films, polymer films etc. Typical applications of flexographic printers include printing on carton boxes, self-adhesive labels, shopping bags, wallpapers etc. The technology advancements include improvements in the methods of plate creation and plate materials, ink qualities. The features like enhanced printing quality, cost effectiveness and faster printing are responsible for wide use of these technology devices in the industry.
• Thermal printing technology – As the name suggests the technology uses thermal print head to print images on the label surface. There are two methods of thermal printing such as –

• Direct thermal printing technique – The heat sensitive media(paper) is used. The front side of the label is heat sensitive and back side is self-adhesive. The thermal print head prints the image as label surface area turns black. This technique is widely used for printing bar codes, name tags and price labels for various products.
• Thermal transfer technology –This technique includes a thermal transfer ribbon in between the label and thermal printer head. The heat from printing head melts the pigments on the ribbon and these pigments are absorbed by the label. This technique provides better quality and durability than direct thermal printing. Thermal transfer printers allow printing on wide variety of media like nylon, polyethylene, fabric etc.

These label printing technologies and advancements have improved the label printing speed, quality and reduced printing costs substantially.

Modern Digital Printing Machines For Fast And Quality Printing

Today, Information Technology (IT) has seized all the industries and work processes with advanced technologies. Similarly, printing arena has been expanding its horizon offering a wide variety of printing machines according to user requirements. Whether it is a small or big business, whether it is manufacturing industry or service industry, printing requirements are the part of these businesses. The printing industry serves printing options to cater all their needs. If you are looking for the printing machine for your business or small office, this article talks about printing machines available on the market today.

Customer Oriented Printing Machine Market

You will find the market flooding with tremendous variety of printing machines. Basically these machines have been developed based on three technologies –

• Offset printing – Offset printing machines are used for mass printing applications in publications or print media. The widely used offset printing machines include sheet fed offset printing machines and web offset machines which need large paper rolls for printing.
   
• Letter Press printing – This is the traditional technique of printing and some letter press printing machines are still in use as this technology is cost effective and suits some specific printing requirements.
   
• Digital printing – These latest technology printing machines offer excellent variety to suit almost all printing requirements. Digital printing technology has brought magical change in printing industry. It improved printing speed, quality, convenience and flexibility. Today, you will find different digital printing machines established to suit various printing requirements. Here are some of the digital printing machines that are widely used for different applications –  

• Production and digital press printers - These printers are specially designed for mass printing requirements of media or publications. Various machines provide high quality color printing facilities.
• Laser/ Inkjet printers – These printing machines are available for a wide variety of applications right from commercial printing to personal printing requirements.
• Thermal transfer printers – These printing machines include hot stick and thermal wax printers.
• Imagesetters and Platsetters – These devices are used for image films and plates printing applications.

                     
Besides these digital printing machines, there are various other printing machines designed to suit different applications. Label printing machines are one of them. Using label printing machines, one can print on different media like wood, metal, cloth, plastic etc. Label printers also show a wide variety depending on the print media. CD printers, sticker/ roll printers, vinyl printers, banner printers etc. are also some digital printing machines offering excellent printing services.

The digital printing machinery industry has featured with new dimension that is 3D printing technology. Now, there are a variety of commercial to personalized 3D printers available in the market. 3D printers are different from all other digital printing devices in that these printers create 3D objects according to its design. 3D printers are used to design prototype, model or for production of articles. These printers use ABS plastic and other materials for 3D printing. Thus, digital printing machinery market is full of a wide variety of printing devices to fulfill various printing requirements. Just name it and you will get the best suitable printing machine for you.

Modern Waste Water Treatment Technologies For Better Future

It is said that the Third World War will be enforced because of water. It is true; water is very precious on this verge of explosion of population and growing water needs. Waste water treatment and recycling of water has great importance in this view. Many waste water technologies have been developed to make water clean, potable so that it can be reused for different purposes including agriculture and other needs. While designing waste water treatment plant, it is essential to implement different waste water treatment technologies according to the need of water treatment requirements. Whether you are developing waste water treatment plant for residential unit or industrial, there are many technologies established to suit the specific requirements. This article reveals different water treatment technologies. The modern technologies in waste water treatment offer excellent results and ensure safe water for reuse.

Know About different Waste Water Treatment technologies Available

The emergence of waste water treatment technologies facilitate to remove harmful pollutants, to make it clean and safe for reuse or discharging it in the environment. The technologies today can be broadly classified as –

• Mechanical waste water treatment technologies which combine biological, physical and chemical processes to treat the waste water.
• Aquatic technologies which are usually used for water storage. The most commonly used technology is lagoon technology.
• Terrestrial technologies facilitate to recycle water for agriculture, ground water recharge, reforestation etc.

The mechanical waste water treatment technologies utilize components like tanks, pumps, blowers etc. Let’s see some of the commonly used and effective waste water treatment technologies –

• Microfiltration – It is also referred as synthetic membranes. These filters are capable to remove microorganisms from the contaminated water. The waste water is passed through the filters more than once to achieve the desired level of water purity. The technology is combined with other chemical treatments to assure safe and potable water.
• Aerated lagoon technology – This technology is used where treatment is given to the waste water storage. The artificial aeration of waste water helps biological oxidation. This technology accompanies different processes or methods like biofilters, trickling filters or use of biological contractors.
• Aerobic water treatment technology – It employs useful bacteria to kill harmful microorganisms from the waste water.
• Chemical water treatment technologies – The variety of chemical waste water treatment technologies like ion exchange, ozonation, coagulation, chlorination etc. are emerged to remove dissolved water contamination and make it safe for disposal or reuse. Many chemical solutions are available to treat waste water and remove the unwanted and harmful impurities easily.

Besides these techniques, many other technologies such as sedimentation, degasification etc., are implemented in primary and secondary treatment phases to assure water purification. The treatment plant is designed accounting all factors like type of wastes, volume of waste water and the best suitable water treatment technologies. The combination of different technologies gives excellent results for different applications. Thus, it is important to select the most effective, energy conservative and suitable waste water treatment technologies at different sites. 

Efficient And Effective Technologies For Industrial Waste Water Management

Waste water management is the key issue for many industries generating large volume of waste water in various processes. Effluent treatment plant is very important to manage waste water treatment and achieve the norms given by government bodies. To avail the quality water, various advanced technology solutions are developed today. You will find an array of technologies in industries waste water treatment solutions to get economical yet effective results. Do you want to know more about the technologies used today in industrial water treatment? This article focuses on the different water treatment technologies which are widely used and how they are efficient for different industry requirements.

Industrial Water Treatment Techniques

While devising the waste water treatment plant for any industry, it is essential to assess the type of waste water released from the industrial processes. This waste water can be contaminated with heavy oil quantities, or hazardous chemicals, corrosive materials, metals or other harmful substances which make water unfit for its reuse. One has to consider all these factors while choosing right treatment processes, equipment or technologies. Pumping of the waste water is inevitable activity in any effluent treatment plant. Hence, pumps used in the plants must withstand with the waste water as well as handle it efficiently. That is why; chemical process pumps have been developed in the market. These pumps are not only used in wastewater treatment plants but also used in transporting various chemicals within the industry. A wide range of chemical process pump helps to handle hazardous and corrosive chemicals or waste water.

Let’s see some widely used technologies in effluent / water treatment plants in the industries.

• Mechanical filtration – This technique is capable of filtering even tiny particles of mud/sludge from the waste water. Most commonly used filtration methods include cartridge filters, indexing paper filters and media filters. 
• Electro-coagulation – The low voltage current is passed through waste water which allows contaminants to coagulate and separate from the water. This process can remove suspended solids, heavy metals or emulsified oils from the waste water.
   
• Ozone treatment (ozonation) – The ozone gas (O3) is injected in to the flow of waste water. This process kills microorganisms in the waste water as well as helps deodorize it.
   
• Chemical treatment – The precise amount of chemicals are injected in the flow of waste water to remove contaminants. The process is commonly known as coagulation and flocculation.

Besides these techniques, many other techniques like bioreactor membrane, reverse osmosis, ion exchange etc. are used to treat industrial waste water. These modern techniques are effective and efficient to provide clean and safe water. The best suitable techniques should be implemented in the industrial water treatment plants to avail the desired results. The powerful pumping systems have also developed in the market to suit specific needs of different industries. Many effluent treatment plant companies help industries to design, install and commission the water treatment plants successfully. Even maintenance services are provided to keep the treatment plant running efficiently. 

Select The Best Suitable Pump For Waste Water Treatment Plant

Waste water treatment plants are very important at the places where large volume of waste water is generated and discharged every day. Especially some industries like food industries, chemical industries, pharmaceutical industries and manufacturing units where installation of waste water treatment plants is obligatory as per government rules. In fact, it is the best way to conserve the precious natural resource, water. The waste water treatment plant incorporates different treatment processes known as primary, secondary and tertiary treatment processes through which one can avail desired level of purity of water for reuse or to discharge it in the environment. The waste water discharged at different industries comprises of different types of contamination and accordingly, waste water plant is designed with different treatment technologies. Whatever may be the technologies or processes used in the treatment plant, pumps are the essential components of all waste water treatment plants. If you are seeking for the efficient pumps for the waste water treatment plant, explore all information about the pumps used in the plant at one place.

Pumps Used In Waste Water Treatment Plants

Pumps are used to push the contaminated water or sewage in the plant to pass through different treatment processes. Here you will know about the most commonly used pumps in various waste water treatment plants – 

• Sewage pumps – The pumps used to drain the waste water, sewage/ slurry are known as sewage pumps. The widely used sewage pumps include –

· Centrifugal pumps – These pumps show different configurations. It is the widely used pump because of its design simplicity, smooth flow rate, wide range of capacity and ease of operation and maintenance. It works by directing the liquid using suction technique through its impellers. These pumps usually work best for low viscosity liquids with high flow rates.

Horizontal Multistage Centrifugal Electric Pumps

· Submersible water pumps – These pumps are commonly used to drain slurry or sewage. The pump unit is placed below the water/ sewage and the pump operation is controlled by level sensors. You will find different types of submersible pumps in the market such as sump pumps designed to drain water from sumps, trash pumps. Some submersible pumps handle solid sewage while grinder pumps are used for pressure sewer.  

Submersible Pump

• High Pressure Pumps - These pumps work on the axial piston principle which facilitates very light and compact design. These pumps show fix displacement type of pumps or variable delivery pumps.

High Pressure Seawater Pump

• Water pressure booster pumps – These pumps are used in different applications to control water pressure to maintain its flow. Booster pumps are usually used in residential, commercial, industrial or horticulture applications. 

  

  BoostStar - Hydroneumatic Systems

These different types of pumps can be installed in the waste water treatment plant according to the sewage to be moved across the plant, its volume and the type of pump that can suit the most. Installation of efficient and low maintenance pumps in waste water treatment plant helps achieve efficient system to get quality water.

Installation Of Effluent Treatment Plant And Preserve The Nature

The awareness of environment protection has widespread across the globe. This awareness has lead to development of different technologies and equipment to reduce and control air, water and soil pollution. Effluent treatment plants are one of the eco-friendly systems that help reduce water pollution and facilitate to discharge safe water in the environment or to recycle it for different purposes like agriculture. If you want to know more about effluent treatment plants, you are right here to explore a lot of information about it.

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Concepts In Textile Printing

When it comes to textile printing, it can be defined as the process by which color is applied on fabrics in different designs and patterns. The fabrics which are printed have the color bonded to the fiber in such a way that it will resist friction or washing. Textile printing is akin to dyeing, but there are differences. If the whole fabric is covered with one color it is considered as dyeing while in textile printing, one or more colors are used in certain arts or in defining patterns or designs.

Textile Printing Devices


When we talk of textile printing machines, a lot of changes have come about in such technology. Before the following printing devices were used:

• Wooden blocks
• Engraved plates
• Stencils
• Silk screens
• Rollers

These were used to place the colors on the fabric. Such primeval and manual technology is still used in many places. There are colorants that are used in printing. Here the dye is thick in order to prevent the color from spreading by capillary attraction beyond the pattern or design borders.

Traditional Textile Printing Technologies

The traditional textile printing techniques and technology can be classified into four main styles:

• You could use direct printing where the colorants consisting of dyes, thickeners and other substances necessary to fix the color are printed on the cloth as per a desired pattern or format.
   
• Printing machines which use a mordant to print the desired pattern on a dyeing cloth.
   
• Resist dyeing is a process by which wax or other substances are printed on the fabric which is then dyed subsequently. The waxed areas do not take on the dye and uncolored patterns are left.
   
• Discharge printing is done by a bleaching agent which is printed on previously dyed fabric to remove some or all of the previous color.

Digital Era

Today the world of textile printing is undergoing a lot of changes. The printing machines and technology used has changed in leaps and bounds. Digital printing technology has come on to meet the demands of innovative design that are done on dress material and saris for the domestic as well as the international market. The man-made fiber industry has progressed much from hand block and screen printing to the modern printing machines used today in the textile industry.

Increasing Market Demand Of Printed Fabrics

Digital technology is being invested in by the textile entrepreneurs. It is accounting for one percent of the global market that deals in printed textiles. The share is increasing as well and is likely to go up by ten percent in the coming five years. There is widespread acceptance of digital printing machines in the textile industry, which is likely to increase further. The technological improvements that are coming about in ink and consumables, printing machinery and print heads are providing innovative opportunities for the designers and manufacturers. It is predicted that printed textiles will reach 32 billion square meters by the year 2015. This innovative textile printing market is seeing major investments in digital printing technology. The production capacity of these machines is much more than traditional printing machines and the innovative and unique design creation possibilities is endless.

Advancements In textile Processing Machinery

Textile industry is one of the major industries in India. This industry has grown rapidly with the automation of different complex textile processes. The digital technology even made it easier to monitor all textile processes. Today’s textile industry has undergone drastic changes with upcoming advancements in the automation. Almost all textile processes are automated. If you are looking for textile machinery available in the market to improve the textile processes, find it here. You will explore how textile processing is not remained complex with these modern machine components.  

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Printing Singapore and Taiwan

See http://247printingasia.com to contact us about your printing needs in Singapore, Kuala Lumpur, Malaysia and Taipei, Taiwan. Our printing presses feature the highest quality printing at reasonable prices. And most importantly, we speak English. In Singapore, we are near Marina Bay Sands Expo Center.

Web Offset Printing China Korea Los Angeles: A Tour

Fast, High Quality And Economical Printing With Advanced Printing Machines

Printing industry in India has grown rapidly with emerging printing technologies and growing demands of various printing products in the market. Printing industry shows many traditional printing methods or techniques like lithography, screen printing etc. However; this is an era of digital printing technologies. Printing technologies in India provide all advanced printing machines to cater a wide variety of printing requirements in the market. If you want to know what is going on in the printing industry in India or about different printing machines available, you are right here to know about it.

Serve The Best With Latest Printing Machines 

 

Newspaper printing machines – The most popular newspaper printing machines today are 4-Hi Tower printing machines which facilitate 4 color printing. These machines are ideal for periodical newsletters or publishing, books, posters along with daily newspapers. Three color satellite printing machines are also popular newspaper printing machines.

• Offset Printing Machines – Plenty of offset printing machines are seen in the market. These machines include dry offset printing machines which are used to print on thermoforming or injected containers, sheet-fed offset printing machines are designed to print calendars, stationery, books or similar other printing products. A range of mini offset printing machines to newspaper tabloid machines are available in the market.
• Flex banner printing machines – High speed digital flex and banner printing machines facilitate printing on different media like paper, vinyl, PVC, mesh fabric  etc.
• Label printing machines – A wide variety of four/six color, fast speed and low cost label printers are available to serve label printing requirements. You will also find bar code printers and versatile label printing machines which facilitate printing on different media.

About Label Printing Machines 

 

Discharging Bars

Most of the label printers today come with flexography technology which is also referred as roll label printing. In these printers, roll is loaded at one end and you can avail cut and laminated finished label at the other end. These printers directly print on the substrate with cylindrical printing head. The flexographic system is designed with cutting station which provides single units or separated labels on the roll. The label printing machines are specifically introduced to meet food industry requirements. However, many other industries need different types of labels to provide essential information about the product. Some advanced label printers even help to apply labels on flat or round containers. A range of digital label printing machines and printers provide high resolution, high speed and low cost label printing alternatives.

All these advanced technology printing machines have boosted printing industry amazingly. Just specify your printing requirements and get the perfect printing machine at an ease.

What is Centrifugal Pump?

A pump is a hydraulic machine which converts mechanical energy into hydraulic energy or pressure energy. A centrifugal pump is also known as Roto dynamic pump or dynamic pressure pump. It works on the principal of centrifugal force.

Centrifugal Pumps are the most commonly used pump type in the world. They are utilized to raise the pressure or include flow in a control volume. The centrifugal pump creates an increase in pressure by transferring mechanical energy from the motor to the liquid through the rotating impeller. The fluid flows from the inlet to the impeller centre and along its blades. The centrifugal force here by increase the liquid velocity and consequently also the kinetic energy is transformed to the pressure. There are various kinds of Centrifugal pump are available in the market with different construction details. But the working principle behind all of them remains same.

 

Classification of Centrifugal Pumps:

1. According to the Casting design
   a) Volume Pump
   b) Diffuser or turbine pump
2. According to the number of impellers
   a) Single stage pump
   b) Multistage or multi impeller pump
3. According to the number of entrances to the impeller
   a) Single suction pump
   b) Double suction pump
4. According to disposition of shaft
   a) Vertical shaft pump
   b) Horizontal shaft pump
5. According to liquid handled
   a) Semi open impeller
   b) Open impeller pump
6. According to specific speed
   a) Low specific speed or radial flow impeller pump
   b) Shrouded impeller
   c) Medium specific speed or mixed flow impeller pump
   d) High specific speed or axial flow type or propeller pump
7. According to Head(H)
   a) Low head if H<15m br="">b) Medium head if 15c) High head if H>40m

Component of a Centrifugal Pump:

• Impeller is the rotating component of the pump. It is made up of a series of curved vanes. The Impeller is mounted on the shaft connecting an electric motor.
• Casting is an air tight chamber surrounding the impeller. The shape of this casting is designed in such a way that the kinetic energy of the impeller is gradually changed to potential energy. This is achieved by gradually increasing the area of cross section in the direction flow.
• Suction Pipe is the pipe connecting the pump to the sump, from where the liquid has to lift up.
• Foot valve with strainer the foot valve is a non - return valve which permits the flow of the liquid from the sump towards the pump. In other words the foot valve opens only in the upward direction. The strainer is a mesh surrounding the valve; it prevents the entry of debris and silt into the pump.
• Delivery pipe is a pipe connected to the pump to the overhead tank.
• Delivery valve is a valve which can regulate the flow of liquid from the pump.

Advantages of Centrifugal Pumps:

• Its initial cost is low.
• Efficiency is high.
• Discharge is uniform and continuous.
• Installation and Maintenance is easy.
• It can run at high speeds, without the risk of separation of flow.