digitaladmin, Author at Domino Indonesia

16 Mar, 23

Remote vs. On-Site Support: Which is Right for Your Business?

Domino inkjet printers are widely used in various industries, including food and beverage, pharmaceuticals, and packaging. To ensure the smooth operation and optimal performance of these printers, businesses need to have access to reliable support services. However, choosing between remote and on-site support can be a challenging decision. Here’s what you need to know to make the right choice for your business.

Remote Support for Domino Inkjet Printers

Remote support technology has revolutionized the way inkjet printers are serviced and maintained. With remote support, service providers can diagnose and troubleshoot printer problems without physically visiting the site. This can lead to faster response times and reduced downtime, which is critical for businesses that rely heavily on their printers. Remote support can include phone support, remote access, and video support, among other things.

“This can lead to faster response times and reduced downtime, which is critical for businesses that rely heavily on their printers”.

One of the main advantages of remote support is that it can be more cost-effective than on-site support. Since service providers don’t need to travel to the site, they can offer their services at a lower cost. Additionally, remote support can be more flexible, allowing businesses to access support services at any time, even outside of regular business hours.

On-Site Support for Domino Inkjet Printers

On-site support, on the other hand, involves having a service technician physically visit the site to diagnose and fix the problem. This can be particularly beneficial for businesses that have more complex printers or have critical applications that cannot tolerate any downtime.

One of the main advantages of on-site support is that the service technician can physically inspect the printer and perform maintenance tasks, such as cleaning and calibration. This can help prevent problems from occurring in the first place and prolong the lifespan of the printer.

Choosing the Right Type of Support for Your Business

When deciding between remote and on-site support for your Domino inkjet printer, there are several factors to consider.

First and foremost, consider the criticality of your printer to your business operations. If your printer is essential, and any downtime would have a significant impact on your business, then on-site support may be the better option.

Second, consider the complexity of your printer. If your printer is relatively simple, and problems can be easily diagnosed and fixed remotely, then remote support may be sufficient. However, if your printer is more complex, and there is a greater likelihood of hardware issues, then on-site support may be necessary.

Finally, consider the expertise of the service provider. Some service providers specialize in remote support, while others specialize in on-site support. Look for a provider that has experience with Domino inkjet printers and can offer a range of support services to meet your needs.

The choice between remote and on-site support for your Domino inkjet printer depends on several factors, including the criticality of your printer, the complexity of your printer, and the expertise of the service provider. By carefully considering these factors, you can choose the support option that is right for your business.

To determine the appropriate support for your business, we recommend that you consult with our support team. Our team will assist you in evaluating your business needs and provide advice on available support options, whether it be remote or on-site support. Please contact our support team for further assistance.

Pentingnya Barcoding dan Serialisasi untuk Pengkodean Tanggal Kedaluwarsa

06 Mar, 23

Ax-Series, Coding And Marking, Domino Tech, Gx-Seriesdigitaladmin No Comments

The Importance of Barcoding and Serialization for Expiry Date Coding

Barcoding and serialization are important aspects of the manufacturing process that play a crucial role in ensuring product safety, improving efficiency, and meeting regulatory requirements. Barcoding refers to the use of a unique code or series of codes to identify a product or item, while serialization involves assigning a unique number or code to each individual unit or item in a batch. Both barcoding and serialization are essential for tracking and tracing products throughout their lifecycle, from the manufacturing process to the point of sale and beyond.

One important application of barcoding and serialization in manufacturing is the coding of expiration dates on products. The ability to accurately and efficiently apply expiration date codes is critical to ensuring the safety and quality of products, as well as complying with regulatory requirements. For example, in the food and beverage industry, proper expiration date coding can help prevent spoilage and foodborne illness. In the pharmaceutical industry, it is crucial for ensuring the effectiveness and safety of medications.

Efficient and accurate expiration date coding is also important for manufacturing efficiency. Inaccurate or inefficient coding can lead to production delays, increased waste, and higher costs. By implementing advanced technology like industrial inkjet printers for expiration date coding, manufacturers can improve their production processes and reduce costs.

In this article, we will explore the role of industrial inkjet printers in expiration date coding, and how they can help manufacturers achieve greater efficiency and accuracy in their manufacturing processes. We will also discuss the benefits of implementing advanced barcoding and serialization solutions in manufacturing, and how they can contribute to product safety and regulatory compliance.

Benefits of Barcoding and Serialization in Manufacturing

Big on Boxes Cx350i High-Resolution Ink Jet Printer

Barcoding and serialization can provide significant benefits in improving production efficiency in the manufacturing industry. By using barcode and serialization in the production process, product identification can be done more quickly and accurately. This can help reduce production time and ensure that the products produced can be promptly shipped to customers.

Furthermore, the use of barcoding and serialization can also help manufacturers ensure that the products they produce have clear and easily readable expiration dates. This is especially important in the production of goods that require expiration dates, such as food and drugs. With clear expiration dates, manufacturers can ensure that the products produced are always fresh and safe for consumption by customers. Additionally, clear expiration dates can also help manufacturers reduce waste and minimize the risk of expired products.

Barcoding dan Serialization dengan Industrial Inkjet Printers

The use of barcode and serialization can also help manufacturers improve product quality control. With barcode and serialization, manufacturers can track every stage of production of a product, from raw materials to finished products. Thus, manufacturers can ensure that every stage of production is done correctly and in accordance with established quality standards. This can help manufacturers minimize production errors and ensure that the products produced have consistent quality.

In the manufacturing industry, time is very valuable. Therefore, the use of barcoding and serialization can help manufacturers improve production efficiency and ensure that the products produced are always fresh and of high quality. With clear and easily readable expiration dates, manufacturers can minimize waste and ensure that the products produced are always safe for consumption by customers. In addition, the use of barcode and serialization can also help manufacturers minimize production errors and improve product quality control.

Barcoding and Serialization with Industrial Inkjet Printers

Industrial inkjet printers are one of the technologies that can be used to print barcodes and serialization on products in the manufacturing industry. One of the technologies used in industrial inkjet printers is drop-on-demand (DOD), which allows ink droplets to be produced as needed. DOD technology in industrial inkjet printers can produce sharp and accurate codes at high speeds.

The way industrial inkjet printers work in printing barcodes and serialization on products is by using special ink that can adhere to various types of product surfaces, including rough or porous surfaces. The ink is then ejected from the printhead on the printer according to the desired barcode or serialization pattern. After the ink is ejected, it dries and becomes durable on the product surface.

The advantages of using industrial inkjet printers for barcoding and serialization in manufacturing are the printer’s ability to print barcodes and serialization quickly and accurately. In addition, industrial inkjet printers can print codes on product surfaces that are difficult to print, such as on porous or irregular surfaces. By using this technology, manufacturers can speed up the production process and improve product identification accuracy. Moreover, the use of industrial inkjet printers can also help manufacturers minimize errors in code printing, thus ensuring the quality of the products produced.

Implementation of Barcoding and Serialization in Manufacturing

The implementation of barcoding and serialization in manufacturing requires careful planning and preparation. The implementation process starts with determining the type of code to be used and integrating it with the existing production system. In addition, the manufacturer also needs to choose the appropriate software and hardware for reading and printing the code.

The main challenge in implementing barcoding and serialization in manufacturing is to ensure that the codes produced are accurate and easily readable. The solution to overcome this challenge is to choose the appropriate barcode and serialization technology and conduct testing before implementation. Additionally, the manufacturer needs to train employees responsible for the printing and reading of the codes.

An example of the use of barcoding and serialization in manufacturing is to ensure the expiration date of the products produced. By using barcoding and serialization, manufacturers can print expiration date codes on products accurately and easily readable. This helps manufacturers ensure that the products produced are always fresh and safe for consumers to consume. In addition, manufacturers can reduce waste and minimize the risk of expired products by monitoring and supervising expired products.

In conclusion, the use of industrial inkjet printers for barcoding and serialization in manufacturing provides significant benefits and advantages, such as the ability to print codes quickly and accurately, and can print codes on product surfaces that are difficult to print. In addition, the implementation of barcodes and serialization in manufacturing is very important, especially related to expiration date codes, to ensure the safety and quality of the products produced.

For companies that wish to implement barcode and serialization in manufacturing using industrial inkjet printers, the recommendation that can be given is to choose a barcode and serialization technology that suits their production needs and conduct trials before implementation. The company also needs to ensure that the employees involved in the printing and code reading processes are provided with adequate training. By implementing barcodes and serialization effectively, companies can improve production efficiency, speed up the product identification process, and ensure product quality and safety.

As one of the leading manufacturers in barcoding and serialization technology, Domino provides various industrial inkjet printer products that can help companies meet their product coding needs. Domino products have a good reputation for quality, reliability, and innovation, and can be customized to meet various company needs.

For companies that want to implement barcoding and serialization in manufacturing using industrial inkjet printers, I recommend the Domino Gx Series & A-Series product. This product offers high printing speed with sharp and clear print quality, as well as features that can be customized to company needs, such as multi-line printing and special inks for difficult-to-print surfaces. In addition, Domino also provides excellent technical support and after-sales services to help companies successfully implement this technology.

01 Mar, 23

Domino Tech, Insightdigitaladmin No Comments

Exploring the Versatile Technology of Drop-on-Demand (DOD) Inkjet Printing

Drop-on-demand (DOD) inkjet printing is a versatile printing technology that allows for high-resolution printing on various substrates, making it increasingly important in many industries. DOD inkjet printing works by ejecting ink droplets from a print head onto a substrate, only when required, resulting in precise and efficient printing.

In this article, we will explore the technology behind DOD inkjet printing and the two main types of DOD inkjet printing, thermal and piezoelectric. We will also discuss the applications of DOD inkjet printing in industries such as packaging, textiles, and automotive, as well as its advantages, limitations, and challenges. Finally, we will explore current research and future developments in DOD inkjet printing, including potential improvements in speed, resolution, and substrate compatibility.

Introduction

Drop-on-demand (DOD) inkjet printing is a type of digital printing that deposits ink droplets onto a substrate, such as paper or plastic, in a controlled and precise manner. This method has become increasingly popular in various industries due to its high-resolution capabilities and versatility in printing on different substrates, including irregular and curved surfaces.

The DOD inkjet printing process involves selectively firing ink droplets from a print head onto the substrate based on digital data. The ink droplets are formed through a pressure or thermal process, and are deposited in precise locations to create text, images, or patterns. DOD inkjet printing is commonly used for product labeling, coding, marking, and identification in industries such as packaging, textiles, automotive, and electronics.

Advancements in DOD inkjet printing technology have led to improved speed, accuracy, and reliability, making it a viable alternative to traditional printing methods. In the following sections, we will explore the principles of DOD inkjet printing, its various applications, advantages, limitations and challenges, as well as future developments in the field.

DOD Inkjet Printing Technology

Cx350i High-Resolution Ink Jet Printer

DOD inkjet printing technology is based on the principle of using a print head to eject droplets of ink through a nozzle onto a substrate in a controlled manner. This is achieved by applying pressure to the ink in the print head, causing it to flow out of the nozzle and onto the substrate. The two main types of DOD inkjet printing are thermal and piezoelectric.

In thermal DOD inkjet printing, heat is used to create a bubble in the ink, which then propels a droplet out of the nozzle. This method is known for its fast printing speed and ability to produce high-quality prints. However, it is limited in terms of the range of inks that can be used, as well as the size of the droplets that can be produced.

On the other hand, piezoelectric DOD inkjet printing uses an electric charge to create pressure that ejects the droplets of ink. This method is more versatile in terms of the range of inks that can be used, as well as the size of droplets that can be produced. However, it is generally slower than thermal DOD inkjet printing and may require more maintenance.

Despite their differences, both thermal and piezoelectric DOD inkjet printing have advantages and disadvantages that make them suitable for different applications. In the next section, we will explore the various applications of DOD inkjet printing in different industries.

Applications of DOD Inkjet Printing

In the packaging industry, DOD inkjet printing is used to print barcodes, expiration dates, and other product information directly onto packaging materials. This allows for efficient and accurate labeling, which is essential for quality control and traceability. DOD inkjet printing is also used in the textile industry for printing patterns and designs onto fabrics. This method is especially useful for printing high-quality images and intricate designs onto different types of fabrics.

In the automotive industry, DOD inkjet printing is used for printing logos, part numbers, and other information directly onto vehicle parts. This helps to ensure that the correct parts are used during assembly and maintenance, and also facilitates tracking and inventory management. DOD inkjet printing is also used in the medical industry for printing medical devices and implants, as well as for printing labels and packaging materials for pharmaceutical products.

Advantages of DOD Inkjet Printing

In addition to its high-resolution capabilities and versatility in substrate printing, DOD inkjet printing offers other advantages that make it an attractive option for many industries. For example, DOD inkjet printing can produce variable data printing, meaning that each printed piece can have unique information such as serial numbers or barcodes. This is particularly useful in industries such as pharmaceuticals and food packaging where each product needs to be individually labeled. DOD inkjet printing is also a non-contact printing method, which means that there is no risk of damage to the substrate during the printing process. Moreover, DOD inkjet printers have a relatively low cost of ownership and require minimal maintenance compared to other printing technologies, making them a cost-effective option for businesses of all sizes.

Limitations and Challenges of DOD Inkjet Printing

Another limitation of DOD inkjet printing is its relatively slower printing speed compared to other printing methods. This can be a disadvantage for industries that require high-volume production. Moreover, the cost of maintenance and replacement of parts, such as print heads and ink cartridges, can be a significant expense for businesses. Another challenge is the need for specialized expertise and equipment to operate and maintain the printers. This can add to the overall cost and complexity of using DOD inkjet printing technology. Despite these challenges, ongoing research and development in the field aim to address these limitations and improve the performance of DOD inkjet printing.

Future Developments in DOD Inkjet Printing

In recent years, significant progress has been made in improving DOD inkjet printing technology. For example, researchers are exploring new materials for inkjet printheads, such as graphene and carbon nanotubes, to enhance their durability and conductivity. Additionally, advancements in ink chemistry have led to the development of new ink formulations that are more resistant to fading and can print on a wider range of substrates. Moreover, there is ongoing research in using DOD inkjet printing for printing on 3D surfaces, which would greatly expand its application in various industries. As these developments continue to unfold, it is clear that DOD inkjet printing will play a significant role in shaping the future of printing technology.

Conclusion

In conclusion, DOD inkjet printing has become a popular and versatile printing technology due to its high-resolution capabilities, versatility in printing on different substrates, and cost-effectiveness. However, there are also limitations and challenges associated with this technology, such as the inability to print on certain materials, issues with ink drying and clogging, and difficulties in printing on uneven or non-flat surfaces. Ongoing research and development efforts aim to address these challenges and further improve DOD inkjet printing, which may lead to even wider adoption in various industries in the future. Businesses considering DOD inkjet printing should carefully weigh the pros and cons of this technology and its compatibility with their specific printing needs before making a decision.

The Cx350i High-Resolution Ink Jet Printer is an ideal solution for meeting your direct box and packaging printing needs with high accuracy and consistency. Equipped with advanced technology, this printer allows you to print various information such as brand logos, graphics, 2D barcodes, product batch information, and serialized data for product tracing. With high print resolution, this printer can produce clear and sharp printing, ensuring your products look professional and attractive on store shelves.

Furthermore, the Cx350i printer is also a cost-effective and environmentally friendly solution. With direct box and packaging printing technology, you can reduce costs and waste from pre-printed boxes and labels. The ink used is vegetable-oil-based and environmentally friendly, saving you money and supporting environmental preservation efforts. The advanced technology of this printer also provides flexible print resolution, resulting in the best code quality with minimal ink usage.

We highly recommend the Cx350i High-Resolution Ink Jet Printer as a reliable and cost-effective direct box and packaging printing solution for your industry. With advanced printing technology, high accuracy, consistency, and print quality, this printer will provide professional and dependable results to meet your printing needs.

Choosing a Versatile Coding Solution for Your Production Line

27 Feb, 23

Ax-Series, Coding And Marking, Insightdigitaladmin No Comments

Choosing a Versatile Coding Solution for Your Production Line

Introduction: The Importance of Versatility in Coding & Marking Solutions

In today’s fast-paced production environments, it’s more important than ever to have coding solutions that can handle a wide variety of substrates and environmental conditions. The ability to code on almost anything is a crucial factor to consider when selecting a coding solution for your production line. This introduction will explore why versatility in coding solutions is so important, and what factors you should consider when choosing a solution for your specific production line needs. Whether you’re coding on plastics, metals, glass, or other substrates, having a versatile coding solution can help ensure that your codes are legible, accurate, and reliable, regardless of the challenges posed by your production environment.

When it comes to selecting a coding solution for your production line, there are many factors to consider. One of the most important is versatility. The ability to code on almost anything is essential in today’s manufacturing environment, where substrates can vary widely in terms of surface type, color, and texture. With the right coding solution, you can ensure that your codes are legible, accurate, and durable, regardless of the substrate or environmental conditions. In this article, we’ll explore why versatility is such a critical factor in coding solutions, and what options are available for manufacturers looking to achieve it.

Choosing a Versatile Coding Solution for Your Production Line

Substrate Challenges and Environmental Considerations

When it comes to coding on products, substrate type and environmental conditions can pose significant challenges. Some substrates, such as plastics or metals, have smooth or irregular surfaces that can make coding difficult. Additionally, environmental factors such as temperature and humidity can affect the quality of the code. For example, high humidity can cause codes to smear or become illegible. These challenges need to be taken into consideration when selecting a coding solution for a production line to ensure that the codes are legible and meet the required standards.

Specialty Inks for Challenging Applications

Specialty inks are an important consideration for challenging coding applications. Certain substrates and environmental conditions may require ink formulations that are resistant to moisture or chemicals, or that can produce high-contrast codes on dark-colored substrates. For example, when coding on plastic packaging that will be exposed to moisture, it’s important to use inks that won’t smudge or smear. When coding on dark-colored substrates, high-contrast inks may be needed to ensure that codes are legible. Working with a coding solution provider that has expertise in a wide range of ink formulations can help ensure that the optimal solution is specified for your specific coding requirements.

Choosing a Versatile Coding Solution for Your Production Line

Versatile Coding Solutions for Any Substrate

When it comes to coding on a wide range of substrates, there are several versatile coding solutions available. One such solution is continuous inkjet (CIJ) printers, which can code on a variety of substrates, including plastics, metals, and glass. CIJ printers work by ejecting small droplets of ink through a nozzle and onto the substrate, making them ideal for coding on irregular surfaces.

Another versatile coding solution is thermal transfer overprinters (TTO), which are specifically designed for flexible packaging films. TTO printers use a heated printhead to transfer ink from a ribbon onto the substrate, creating high-quality codes that are resistant to smudging and scratching.

Overall, by utilizing these versatile coding solutions, manufacturers can ensure that their codes are accurate and legible, regardless of the substrate they are coding on. By selecting the right coding solution for their specific needs, manufacturers can improve their efficiency, reduce their costs, and ensure the quality of their products.

Choosing the Optimal Coding Solution for Your Production

Choosing the optimal coding solution for your production line requires careful consideration of several factors. First, you need to evaluate the type of substrate you will be coding on, as some substrates may require specialty inks or specific coding technologies. Environmental considerations, such as temperature and humidity, can also impact the quality of your codes and must be taken into account. Additionally, you need to consider your specific application needs, including print quality requirements and production line speed.

Working with a coding solution provider with expertise in a wide range of substrates and ink formulations can help ensure that you select the optimal solution for your production line. An expert provider can evaluate your unique requirements and recommend the most effective coding solution for your specific needs. With the right coding solution in place, you can improve efficiency, reduce errors, and achieve high-quality codes on even the most challenging substrates.

Conclusion: Working with Expert Providers for Optimal Results

If you are looking for the optimal coding solution for your production line, it is highly recommended that you work with an experienced provider who has a deep understanding of various substrates, environmental factors, and ink formulations. By partnering with such a provider, you can ensure that you get the best possible solution for your specific needs, which will help to optimize your production line’s efficiency and performance.

Domino Indonesia is a trusted provider of coding and marking solutions, with a proven track record of success and expertise in a wide range of industries. Their comprehensive range of products includes continuous inkjet printers, thermal transfer overprinters, and laser coders, all of which are designed to deliver outstanding performance and reliability on almost any substrate.

With Domino Indonesia, you can rest assured that you will receive the highest quality coding solution for your specific requirements, backed by their excellent customer service and technical support. Contact them today to take your production line to the next level.

What is an Industrial Continuous Inkjet (CIJ) Printer?

22 Feb, 23

Ax-Seriesdigitaladmin No Comments

What is an Industrial Continuous Inkjet (CIJ) Printer?

An industrial continuous inkjet printer is a type of printing technology that is used to mark and code products, packaging, and materials in a high-speed production environment. It works by using a non-contact method to apply alphanumeric codes, logos, and other information onto the surface of products or packaging.

“Industrial continuous inkjet printers are commonly used in a wide range of industries, including food and beverage, pharmaceuticals, cosmetics and body care products, cable and wire, electronics and others. They are known for their high speed, reliability, and flexibility, making them an important tool for ensuring product traceability, safety, and compliance with industry regulations.”

How does a CIJ Printer work?

A Continuous Inkjet (CIJ) printer works by using a high-pressure pump to force ink through a small nozzle or jet. The ink is then broken up into tiny droplets by a vibrating an ultrasonic wave. These droplets pass through an electrostatic field that charges them and deflects them onto a substrate.

The ink droplets that are not used for printing are captured and recycled back into the ink supply to reduce waste. The ink used in a CIJ printer is typically a quick-drying solvent-based ink that dries almost instantly after being applied to the substrate.

The printer software controls the ink droplet size, speed, and trajectory to create the desired pattern or image on the substrate. This allows for precise and accurate printing of text, graphics, and barcodes on a wide range of materials, including plastic, metal, glass, and paper.

Continuous Inkjet Printer and Ink Selection

Ink selection is critical for achieving consistent and high-quality print output in Continuous Inkjet (CIJ) printing. The ink must adhere to the substrate correctly, have sufficient contrast, and be durable enough to withstand various environmental factors such as light exposure, temperature changes, and moisture.

Adhesion is essential because the ink must stick to the substrate to create a legible and long-lasting code. In CIJ printing, the ink droplets are propelled onto the substrate at high speed, and the ink must adhere quickly and firmly to prevent smudging or spreading. The ink formulation and the substrate’s surface properties play a vital role in achieving good adhesion.

Contrast is also important for creating a readable code. The ink must create a clear and visible contrast against the substrate, making it easy to read and scan. The ink’s color and opacity affect the contrast, and the ink must be formulated to provide the required contrast for the substrate and the code’s purpose.

Durability is essential to ensure that the code remains readable and scannable throughout the product’s lifecycle. The ink must be resistant to fading, smudging, and other environmental factors that can affect code legibility. The ink must also be formulated to withstand the substrate’s properties, such as abrasion, moisture, or chemical exposure.

In conclusion, selecting the correct ink is crucial in achieving high-quality and consistent code output in CIJ printing. The ink must adhere to the substrate correctly, deliver sufficient contrast, and be durable enough to withstand various environmental factors, ensuring code legibility and product traceability.

Domino Printing develop and manufacture inks that are specifically suited to individual materials, production processes, and substrates. Specialist inks are designed to withstand harsh post-print processes and last the life of the product.

Domino CIJ inks come in a variety of colours to provide maximum contrast on a widest range of surfaces. Domino’s ink portfolio includes MEK-free, highly pigmented and direct food contact options as well as speciality inks for many industry specific requirements.

Continuous inkjet (CIJ) printers are versatile and widely used for coding and marking in various industries such as food, beverage, pharmaceutical, healthcare, beauty, cable and wire, and industrial markets.

CIJ printers can print on breakable products without making contact with them and on curved or uneven surfaces due to the flexible distance between the print head and product.

A wide variety of specialty inks are available for different applications, such as :

Heavily pigmented inks for cables, automotive parts, and tires.
Heat resistant inks for applications that need heat-treatment post printing.
Food-grade inks for coding direct-food-contact packaging.

Domino’s CIJ printers comply with IP65/66 standards and have optional 316 stainless steel cabinets to withstand harsh washdown procedures. They can print reliably in hot, cold, wet, and sticky environments, making them an ideal choice for the beverage industry.

Domino’s Ax-Series: More Than Just Printing

Domino’s Ax-Series range of CIJ printers provide integrated solutions that go beyond printing, meeting the needs of today’s production environments. This includes leading industrial communication protocols to simplify installation and production line automation, automation and integration with vision systems to reduce human errors, Industry 4.0 and cloud connectivity for optimal coding solution performance, and remote monitoring to anticipate and prevent disruptions.

Domino Printer Indonesia by PT Api Rintis Mas

is a company that has been authorized by Domino Printing Sciences to distribute the full range of Domino Ax-Series printers and all the integrated products that Domino offers. As an authorized distributor, Domino Indonesia is able to provide their customers with access to the latest printing technology and solutions that are designed to meet the needs of today’s production environments.

The Domino Ax-Series printers are high-performance continuous inkjet (CIJ) printers that provide reliable, high-quality printing capabilities. These printers are designed to handle a wide range of printing applications, from simple text and codes to complex graphics and logos. They are also designed to integrate with other production line systems, such as vision systems, to provide automated coding solutions that reduce the risk of human errors.

In addition to the printers themselves, Domino Indonesia is also able to provide their customers with access to all of the integrated products that Domino offers. This includes leading industrial communication protocols, Industry 4.0 and cloud connectivity, and remote monitoring capabilities. These integrated solutions are designed to help production environments optimize their coding performance and prevent disruptions.

Overall, as an authorized distributor of Domino Printing Sciences, Domino Indonesia is well-positioned to provide their customers with high-quality printing technology and solutions that meet their specific needs. They are able to offer a wide range of products and services, and they have the expertise needed to help their customers choose the right solutions for their unique requirements.

17 Feb, 23

Coding And Marking, Insightdigitaladmin No Comments

Domino Printing’s Involvement in Facing the Era of the Industrial Revolution 4.0

Domino Printing’s Involvement in Facing the Era of the Industrial Revolution 4.0
The manufacturing industry is currently experiencing significant changes with the implementation of a new technology known as Industry 4.0. Industry 4.0 is an evolution from the previous industrial revolution, which was marked by the application of new technologies such as the Internet of Things (IoT), machine learning, data analytics, and automation. However, not all manufacturing industries are ready for this change.

This article aims to analyze Domino Printing’s readiness and involvement in facing the 4.0 industrial revolution era. Through this analysis, the article will provide an in-depth view of the products and services offered by Domino Printing, the innovations made by the company, as well as the prospects and development direction of Domino Printing in the future. This article will also provide recommendations for the manufacturing industry in welcoming the industrial era 4.0.

History of Industrial Development 4.0

A. Definition of Industry 4.0

Industry 4.0 is a concept initiated by Germany in 2011. This concept refers to the evolution of the previous industrial revolution, which was marked by the application of new technologies such as IoT, machine learning, data analytics, and automation. The goal of Industry 4.0 is to increase efficiency, flexibility and product quality through the application of advanced technology.

B. Fundamental technological developments in Industry 4.0

The underlying technologies in Industry 4.0 include IoT, machine learning, data analytics and automation. IoT allows devices to connect and communicate with each other, thereby enabling the retrieval of data from multiple sources. Machine learning enables systems to learn from data and improve their performance automatically. Data analytics enables better decision making by analyzing the collected data. Automation allows manufacturing processes to be automated, increasing efficiency and reducing human error.

C. Impact of Industry 4.0 on the manufacturing industry

Industry 4.0 has the potential to increase efficiency, flexibility and product quality through the application of advanced technology. However, it can also lead to radical changes in the way work is done and possibly have a negative impact on the workforce. The manufacturing industry must be prepared to face these changes by adopting new technologies and adapting work processes to take advantage of the potential offered by Industry 4.0.

Domino Printing’s involvement in Industry 4.0

A. Domino Printing products and services in accordance with Industry 4.0

Domino Printing has a variety of products and services suitable for the Industry 4.0 era, such as inkjet printers that can print expired codes, QR codes and other information automatically. In addition, Domino Printing also provides consulting, training and maintenance services to assist companies in adopting advanced technology and preparing themselves for the Industry 4.0 era.

B. Innovations made by Domino Printing in welcoming the Industrial 4.0 era

Domino Printing continues to innovate its products and services to adapt to technological developments in the Industry 4.0 era. Among the innovations being made are the development of printers that are capable of connecting to the IoT system, thus enabling data retrieval from devices and data analysis to increase efficiency and product quality.

C. Domino Printing’s involvement in Industry 4.0 consortia and partnerships

Domino Printing is also active in participating in consortia and partnerships that focus on developing Industry 4.0 technologies and solutions. This enables Domino Printing to continuously learn and develop in terms of the latest technologies and solutions, as well as assisting companies in adopting advanced technologies in their production processes.

Domino Printing’s Excellence in Facing Industry 4.0

A. Technological advantages and solutions offered by Domino Printing Domino Printing offers superior technologies and solutions in facing the Industry 4.0 era, such as inkjet printers that can print expired codes, QR codes and other information automatically. In addition, Domino Printing also provides consulting, training and maintenance services to assist companies in adopting advanced technology and preparing themselves for the Industry 4.0 era.

B. Domino Printing’s ability to provide product customization and scalability Domino Printing is able to provide solutions that can be tailored to company needs, such as product design and feature customization, as well as product scalability to suit different production quantities. This allows companies to optimize efficiency and effectiveness

Prospects for Domino Printing in Facing Industry 4.0

A. The market prospects for Domino Printing’s products and services are quite promising, especially with the increasing demand from the manufacturing industry for coding and marking solutions that are in line with the Industry 4.0 era.

B. Domino Printing is expected to continue to develop and improve their product and service innovations to keep up with technological developments and market demands, so that the company’s growth potential is very good.

C. Domino Printing is expected to become a reliable partner for the manufacturing industry in welcoming the Industry 4.0 era, by providing solutions according to needs and assisting in the digital transformation process.

Conclusion

A. This article explains that Domino Printing has shown quite an active involvement in facing the Industry 4.0 era, by providing products and services that are in line with technological and market demands, as well as innovating in welcoming this era.

B. The prospects and directions for the development of Domino Printing in the future are quite good, with high growth potential and continuous innovation.

C. The recommendation for the manufacturing industry is to consider solutions from Domino Printing in their digital transformation process and make the company a reliable partner in welcoming the Industry 4.0 era.

17 Feb, 23

Coding And Marking, Insightdigitaladmin No Comments

The Best Choice for Printing on Plastic Bottles: Continuous Inkjet or Another Method?

In this modern era, the need for printing on plastic bottles is increasing. Many industries need the right printing technology to display information and branding on their products. The need for printing on plastic bottles is getting higher nowadays. Many industries need the right printing technology to display information and branding on products. Continuous inkjet is a popular choice for printing on plastic bottles. However, there are many other methods that can be used. This article will compare the options available for printing on plastic bottles, including continuous inkjet and other methods. In addition, the advantages and disadvantages of each method will also be discussed.

What is continuous inkjet?

Continuous inkjet printing machines are able to work continuously without having to stop to replace ink, thanks to the technology they have. The way this technology works is to pump ink from a tube to the print head, then eject it through a small hole at high speed. The holes are arranged neatly in the print head, and above it are electrodes that can control the flow of ink. When the electrode emits an electrical pulse, the ink is pumped out through the small holes and sticks to the object to be printed.

Continuous inkjets have high print speeds and can print on a variety of surfaces, including uneven surfaces. This technology is also frequently used in the manufacturing, pharmaceutical, and printing industries. However, continuous inkjet also has drawbacks, such as the cost of ink is quite high and the quality of the print depends on the quality of the ink used. In addition, continuous inkjet also requires regular maintenance to maintain optimal engine performance.

Continuous inkjet is a popular choice for printing on plastic bottles because it has a high print speed, high quality printouts, and can print on uneven surfaces. However, before deciding to use one, consider the advantages and disadvantages of other available printing methods for printing on plastic bottles.

Another printing method for plastic bottles

Apart from continuous inkjet, there are several other printing methods that are often used to print on plastic bottles. Offset printing is a method that uses prints and ink to print on paper or other media. Flexographic printing uses prints made of elastomers or polymers that can print on uneven media. Rotogravure printing is a method that uses a printing press with a cylinder coated with a conductor, which can print on uneven media with high quality results.

Other printing methods such as offset printing, flexographic printing, and rotogravure printing also have their own drawbacks. Offset printing requires high costs for printing and cannot print on uneven media. Flexographic printing has a less sharp print than other methods, and can deform the print if it is subjected to high pressure. Rotogravure printing has a high cost because it uses expensive cylinders, and takes a long time to setup the printing press.

The advantages and disadvantages of each method

Continuous inkjet is a printing method with high speed and high quality prints. In addition, continuous inkjet is also capable of printing on uneven surfaces. Other printing methods such as offset printing, flexographic printing, and rotogravure printing also have their own advantages, but they are not as good as continuous inkjet in print speed and print quality. Continuous inkjet is the best choice if print speed and print quality are top priorities. A continuous inkjet printer such as the Domino AX150i at Domino Indonesia is a recommendation that can be considered.

Offset printing has the advantage of sharp prints and the ability to print on paper or other media, but is not suitable for uneven media such as plastic bottles. In addition, offset printing also has a high cost for printing.

Flexographic printing can print on uneven media at a lower cost compared to other methods, but has a less sharp print and can deform the print when exposed to high pressure.

Rotogravure printing can print high quality results on uneven media, but has a high cost because it uses expensive cylinders and takes a long time to set up the printing press. In addition, rotogravure printing also requires a long time for the printing process itself and is not suitable for printing at high speeds.

After comparing the advantages and disadvantages of continuous inkjet and other printing methods for printing on plastic bottles, it can be concluded that continuous inkjet is the right choice if print speed and print quality are top priorities. Continuous inkjet printers like Domino AX150i at Indonesian Dominoes (PT Api Rintis Mas) is a recommendation that can be considered. This printer has a high print speed, high quality printouts, and the ability to print on uneven surfaces. However, if cost is a more important factor, then other printing methods such as offset printing or flexographic printing may be a more suitable option. Sometimes, a combination of several printing methods can also be the right choice, depending on the needs and existing conditions.

The Power of Optimization: How to Reduce Risk and Improve Production - Domino Indonesia

17 Feb, 23

Coding And Marking, Insightdigitaladmin No Comments

The Power of Optimization: How to Reduce Risk and Improve Production

Domino Printing Sciences (Domino) has launched the R-Series, a new range of smart vision systems that provide automatic inspection and validation of product codes, including date codes, batch numbers, barcodes, and 2D-printed codes.

The R-Series was developed in consultation with customers following Domino’s acquisition of Lake Image Systems, and is designed to work with Domino printers and coders.

“Domino R Series System : eliminates the need for manual code validation and inspection, reducing the risk of coding errors and the financial risk posed to manufacturers”

The R-Series completes a closed-loop coding solution from Domino, encompassing printing solutions and QuickDesign coding automation software, which can protect operations from coding errors, reduce the risk of manufacturing waste, and increase overall equipment effectiveness and product yields.

The R-Series from Domino is a smart vision system that has been specifically designed to work with Domino printers and coders. This is crucial for manufacturers because coding errors can lead to product recalls, which can be costly and damaging to a company’s long-term value.

With the R-Series, customers can benefit from an integrated vision system that checks every code automatically, which ensures that unidentified coding errors are a thing of the past. This will help to improve the efficiency of resource use and distribution for manufacturers.

The R-Series from Domino has been developed to work seamlessly alongside Domino printers and integrate into existing production lines without the need for custom brackets or specialist add-ons. The R-Series controllers can be run from a single human-machine interface with a standard user interface that has the same look and feel as Domino’s other products, reducing the need for additional training.What sets the R-Series apart from other vision systems is its specific design for coding and marking applications. The systems are optimised for Domino fonts, print characteristics, and inks, and can match the speed of Domino’s fastest printers. This means that manufacturers can be confident in their coding, knowing that every code printed can be checked and verified by the R-Series.

The R-Series is available in three different models, with customizable options to suit all requirements and budgets.

The top-tier R550 is a comprehensive code validation and verification solution, which validates data for both human- and machine-readable codes, as well as checks for code readability and placement. The mid-tier R350 checks the readability of machine-readable codes, while the R150, an affordable introductory option, offers simplified checking for code presence and placement.

With this technology, Domino can meet its customers’ coding and vision needs under a single brand while taking full responsibility for installation, training, and after-sales support on a global scale.

To find out the specifications of the Domino R-Series product, please click here.

Answering the Important Question Is Domino Ink Safe for Food Packaging

14 Feb, 23

Coding And Marking, Domino Tech, Insightdigitaladmin No Comments

Answering the Important Question: Is Domino Ink Safe for Food Packaging?

Domino Printing Sciences is a member of the European Printing Inks Association (EuPIA), which is a leading industry organization dedicated to promoting the responsible use of printing inks and related products in Europe. As a member, Domino is committed to following Good Manufacturing Practices (GMPs) and ensuring that its products meet the high standards set by the association. This includes following guidelines for chemical migration and ensuring that its inks are suitable for different food applications, whether for direct or non-direct contact with food products.

GMP-Domino-Printer — Source: dominoindonesia.id

The coding process of packaged food is a small part of the manufacturing process, and regulations generally do not specifically address the coding inks, but instead include them in the inks used in packaging materials. However, it is important to consider whether the ink comes into contact with the food, as different applications require different types of ink.

For instance, the ink used to code on the outside of a bag of sweets is not the same as the one used to code on eggshells or inside the packaging of sweets for promotional purposes. Regulations in Europe, the US, and China require different types of ink for non-Direct Food Contact (nDFC) applications, where the code is applied to the outside of the packaging. When printing directly onto eggshells or the inside of food packaging, known as Direct Food Contact (DFC) applications, regulations require that the printing inks meet Good Manufacturing Practices (GMP) and include a permitted list of safe materials for DFC applications.

Some food manufacturers may also refer to the ‘Swiss List’, a list of safe food packaging ink components. Domino offers inks that meet these high standards. However, the challenge for food manufacturers is how to ensure that the ink has been made to an appropriate GMP.

Good Manufacturing Practice (GMP)

GMP is a widely used term, but it often lacks specific requirements, making it difficult for customers to know if the materials they purchase from different suppliers meet the same standards. In response to this, Domino joined EuPIA, an organization that places emphasis on food packaging safety and developed the Good Manufacturing Practice (GMP) for Printing Inks for Food Contact Materials. The EuPIA GMP ensures food safety in the manufacture of inks, varnishes, and coatings for use on food packaging materials. Ink products developed and manufactured in compliance with the EuPIA GMP help food manufacturers meet European legislation for food contact materials. The EuPIA GMP was initially designed to comply with EU laws but was also written with reference to ISO9000 and ISO22000 standards, providing a robust approach to setting GMP standards.

Being a member of EuPIA also gives Domino the opportunity to play a role in shaping European regulations related to the food industry and printing inks. This allows the company to stay informed about the latest developments and regulations in the field, and provide its customers with valuable guidance and support on compliance issues.

This means Domino is committed to:

the principle of placing consumer safety first
compliance with relevant legislation currently in force and the resultant legal requirements in order to ensure a high level of consumer safety
the principles of transparency and information sharing to enable compliance within the packaging supply chain, whilst preserving appropriate commercial confidentiality and respecting competition law rules
the supply of products fit for the intended purpose as mutually defined between each company and its customers
the concept of risk and exposure assessment in accordance with internationally recognized scientific principles
the principles and implementation of Good Manufacturing Practices, including audit processes;
the principle of continuous improvement in consumer safety following any new scientific findings
following EuPIA crisis management procedures, or equivalents, to resolve any incidences related to a food packaging ink.

So Why Choose Domino?

Domino is an ideal choice for those looking for coding and marking solutions for their food products, as their commitment to food safety aligns with their values and vision. They strive to meet the latest and highest regulatory standards, allowing food manufacturers to focus on other aspects of their business without worrying about compliance. Domino aims to be a partner to food manufacturers, helping them maximize their potential and avoid spending excessive time and resources on certifying a crucial part of their production process. By selecting Domino, food manufacturers can reduce the risk of product contamination and prioritize other important aspects of their business, leading to brand loyalty and meeting their company’s aspirations.

In summary, as a responsible supplier of inks to the food industry, Domino Printing Sciences takes its commitment to quality, safety, and compliance very seriously. By being a member of EuPIA and following the guidelines set by the association, the company is able to provide its customers with high-quality products and expert advice on important regulatory issues.

09 Feb, 23

Insight, ITMdigitaladmin No Comments

What is the Domino ITM Module?

The ITM or Integrated Technology Module is a key feature of the Domino printer system that provides several benefits to its users:

Lower total cost of ownership: ITM minimizes the need for conventional maintenance, such as manual filter replacement, which can help reduce labor costs and downtime.
Better ink performance: ITM helps maintain optimal ink performance and minimize waste, so users can achieve high-quality printing results with less ink.
Easy to use and maintain: ITM is designed to be easily refillable and maintainable, which can help reduce ink replacement frequency and minimize the amount of ink wasted during the printing process.
Easy to replace: ITM can be easily replaced in just a few minutes, without requiring special training or tools, which helps reduce downtime and minimize the need for specialist labor.
High-quality printing results: ITM helps maintain optimal ink performance, which can result in high-quality printing results, even at high speeds and during long periods of use.

Types of ITM Module Domino

ITM02 Ax Series designed for normal ink systems and has a replacement time of every 12 months. Most commonly used by customers and compatible with a variety of ink types and industries. The ITM02 is compatible with models and variants of the AX series, such as the AX150i, AX350i, and Ax550i.
ITM03 Ax-Series is designed for Heavy-duty or pigmented inks. Ideal for use in the Cable & PVC Industry or Industries that require special pigmented inks. The ITM03 is compatible with models and variants of the AX series, such as the AX150i (limited ink type), AX350i, and Ax 550i.
ITM06 is ideal for customers with low usage and a lifespan of 3500 hours or maximum 2.5 calendar years (backstop). This means that this product is designed for customers with low levels of usage and only require periodic printing. With a lifespan of 3500 hours, the ITM system is expected to last during the specified time period, while the 2.5 calendar years (backstop) is the maximum limit the ITM06 should be replaced. The ITM06 is compatible with models and variants of the AX series, such as the AX150i, AX350i, and Ax 550i.

Instructions for Replacing the ITM in the Domino AX Series Printer

If the printer is on, press and hold the standby button for 2 seconds and wait until the printer turns off.
Disconnect the power connection from the back of the printer and open the access door to the ink compartment.
If there is ink installed in the ITM, remove it by turning the cartridge counterclockwise and lifting it out of the printer.
Pull the ITM backwards, remove the manifold connection from the ink block and release the old ITM.
Clean and wipe away any dry ink residue from the surface of the ink valve block using ink cleaner.
Carefully install the new ITM into the ink well, making sure the ITM is properly installed.
Close the ink well cover and turn the printer back on.
Allow the printer to perform a self-test to verify that the new ITM is working correctly. The status light on the Quality Management Module (QMM) will blink yellow to indicate that the RFID tag on the iTM, cartridge, and form cartridge have been read. When the RFID tag is successfully read and validated, the status light will change to green.

You can also refer to the following video for reference by clicking here. It is important to follow the steps recommended by the manufacturer carefully to ensure that the ITM is installed correctly and the printer continues to function properly. If you encounter any problems when replacing the ITM, it is recommended to contact our more experienced technical team.

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