#inkpump

In today’s era of rapid development in inkjet printing technology, the stability of the ink circulation system directly determines printing precision and equipment lifespan. Our newly launched micro diaphragm liquid pump TF51TC-C24-W103, with its robust performance and user-centric design, brings a revolutionary breakthrough to the ink circulation scenario of inkjet printers, especially textile printers.

Robust Parameters: Laying the Foundation for Stability

As a new product tailored for precision fluid transfer, TOPSFLO micro diaphragm liquid pump TF51TC-C24-W103 demonstrates remarkable capabilities in core performance. It effortlessly delivers a stable flow rate of 1L/min under 2bar pressure—this parameter perfectly matches the pressure requirements of ink circulation in inkjet printers. It prevents ink supply delays caused by insufficient pressure, while also avoiding damage to ink molecular structures from excessive pressure, ensuring every drop of ink reaches the printhead with pinpoint accuracy. What deserves even more attention is its ultra-long service life of 15,000 hours. Based on the average 8-hour daily operation of industrial equipment, this pump can run stably for nearly 5 years, significantly reducing equipment maintenance frequency and replacement costs. Equipped with a brushless motor, it not only keeps operating noise at an extremely low level but also eliminates the problem of performance degradation caused by carbon brush wear in traditional brushed motors—fundamentally ensuring stability during long-term operation.

Flexible Adaptability: Unlocking More Application Possibilities

The design of TOPSFLO micro diaphragm pump TF51TC-C24-W103 in terms of compatibility and controllability fully reflects TOPSFLO’s deep insight into user needs. It supports 5V or PWM speed regulation, allowing users to precisely adjust the flow rate according to the urgency of printing tasks, realizing "on-demand ink supply". The adoption of a standard G1/8 interface simplifies and speeds up installation and connection—no need for custom special connectors to quickly integrate into existing ink circulation systems. Moreover, its self-priming capacity of up to approximately 3 meters solves the ink suction problem in inkjet printers caused by ink path design limitations. Even when the ink level is low, it can stably suck ink, avoiding printhead damage due to "empty printing".

Detail-Oriented Design: Safeguarding Printing Quality

In inkjet printing scenarios, the purity of ink and the stability of transfer directly affect the color reproduction and delicacy of printed patterns. The TF51TC-C24-W103 features a diaphragm structure design that achieves complete isolation between the fluid and the motor, eliminating the risk of ink contamination. Its precision internal cavity processing technology ensures no pulsation or residue of ink during transfer, resulting in sharper edges and more uniform colors in printed images. Whether for industrial large-format inkjet printers or small desktop inkjet devices, TOPSFLO mini diaphragm pump TF51TC-C24-W103 can be perfectly integrated with its compact size and strong adaptability. Its launch not only provides equipment manufacturers with a more reliable fluid transfer solution but also brings lower operation and maintenance costs and a more stable printing experience to end-users. From parameters to experience, from performance to details, TOPSFLO TF51TC-C diaphragm pump proves with strength that an excellent fluid transfer device is not just a stack of parameters, but a deep understanding and accurate response to scenario-specific needs. Choose it, and let every inkjet moment be a perfect interpretation of precision and stability.

In the printing industry, solvent consumption is a critical concern—especially in the field of solvent-based inkjet printers. As the most widely used type of ink on the market, solvent inks are commonly applied in advertising graphics, signage production, and packaging printing. However, due to their high emissions of volatile organic compounds (VOCs), they not only pose environmental challenges but also drive up operational costs for businesses.

Solvent consumption is influenced by various factors, including ink type, printing technology, equipment design, environmental control, and industry regulations. As the "heart" of the printer, the performance of the ink pump directly affects solvent usage efficiency. It is responsible for delivering ink from the storage container to the printhead, ensuring a continuous and stable printing process. Below are key factors through which the ink pump impacts solvent consumption:

1. Ink Supply Stability and Solvent Evaporation

Precise flow regulation avoids excessive ink supply, reducing solvent waste. Intelligent ink pumps can dynamically adjust ink delivery based on printing demands, such as optimizing solvent efficiency by regulating the recirculation pump speed.

The operation mode of the ink pump (continuous vs. intermittent supply) affects solvent evaporation rates. A stable ink supply system reduces ink retention in the printhead or tubing, minimizing solvent loss.

2. Ink Viscosity Control

Solvent-based inks may thicken due to evaporation during circulation. The ink pump must work with viscosity sensors to automatically replenish solvents. If the pump responds too slowly or lacks precision, excessive solvent may be added, increasing consumption.

3. System Sealing and Leakage

Leakage is a major cause of "hidden" solvent loss. If the ink pump has leaks (e.g., loose fittings, worn seals), solvent may evaporate or escape, increasing consumption.

Negative pressure control: Some inkjet systems rely on negative pressure for ink supply. Improper adjustment by the ink pump can cause ink backflow or printhead drying, requiring frequent flushing and increasing solvent usage.

4. Ink Recovery and Reuse

Waste ink recovery efficiency: In solvent-based inkjet printers, unused ink is typically recycled. The ink pump’s recovery capability affects solvent reuse—inefficient recovery leads to waste.

Filtration system impact: If the pump’s filtration system is clogged or inefficient, it may increase system resistance, raising pump workload and indirectly affecting solvent consumption.

5. Smart Optimization & Control

Dynamic adjustment: Modern printers use intelligent control systems, allowing the ink pump to adjust ink supply in real time based on printing tasks, reducing unnecessary solvent consumption.

Energy-saving mode: Some high-end devices lower the ink pump speed during standby, minimizing solvent evaporation.

Topsflo Ink Pumps: Smart Consumption Reduction, High Efficiency & Stability

To meet the specific needs of solvent-based printers, Topsflo ink pumps leverage innovative technology and precision design to help businesses significantly reduce solvent consumption and enhance printing efficiency:

✔ High-precision flow control: Ensures smooth, low-pulsation, and adjustable output, preventing excessive ink supply and drastically cutting solvent waste.

✔ Advanced sealing technology: Utilizes cutting-edge static sealing and enclosed diaphragm surfaces to achieve zero leakage during ink transfer, minimizing solvent evaporation.

✔ High-performance motor design: Self-developed high-performance motors ensure low maintenance and high reliability, enabling continuous operation even under demanding printing tasks.

✔ Environmental compliance support: Helps businesses achieve greener production by reducing VOC emissions and improving solvent recovery rates.

Choosing Topsflo ink pumps not only enhances print quality but also effectively lowers operational costs, supporting businesses in achieving more sustainable and efficient production goals. Maximize the value of every drop of solvent—Topsflo, your professional partner for a brighter future!

In the modern printing and advertising production industry, ink pump, as the core component for conveying ink, is one of the key technologies ensuring efficient and precise printing. It is widely used in various inkjet printers, coding and marking systems, large-format printing equipment, and digital printing platforms, serving as an important driving force behind technological advancements in the industry.

The compatibility between ink pumps and printer inks is a key focus for printer manufacturers. Ink pump compatibility mainly refers to the degree of physical, chemical, and operational compatibility between the ink pump and the ink used. It directly impacts print quality, operational efficiency, and long-term stability of the equipment. Poor compatibility can lead to issues such as poor print results, including color distortion, blurry images, or streaking. It may also cause equipment malfunctions, such as pump corrosion, seal failure, ink leakage, and more, which significantly increase maintenance costs, reduce production efficiency, and even shorten the lifespan of the equipment.

Specifically, compatibility covers the following aspects:

Chemical Compatibility

Market Pain Points

Common types of printer inks on the market include water-based inks, solvent-based inks, UV curable inks, and others. The materials used for ink pumps (such as the pump body, seals, bearings, etc.) must be resistant to the various chemical components in the ink (such as solvents, pigments, additives, etc.) to prevent corrosion, efficiency loss, or reduced lifespan due to chemical reactions.

When selecting pump materials, it is important to consider the chemical properties of the ink, such as pH, solvent type, and whether it contains corrosive substances. For special inks like UV curable and solvent-based inks, extra attention must be paid to the chemical resistance of the pump materials.

TOPSFLO Ink Pump Solutions

TOPSFLO provides customized material selection solutions based on different application conditions of customers. The pump head material of diaphragm pump can be selected from PA, PP, PPS, etc., which feature high resistance to extreme temperatures, corrosion, and wear, along with high mechanical strength and excellent processability. Diaphragm materials can be chosen from EPDM or PTFE, while valve materials can be selected from EPDM, FKM, or FFKM, all of which offer excellent chemical resistance, temperature resistance, and electrical properties with wide application ranges. For pigment-based inks, YT alloy gear pumps are mainly used, while PEEK gears are suitable for dye-based inks.

These materials are rigorously selected, sourced from internationally renowned brands, and offer superior performance, quality, reliability, and batch consistency compared to ordinary materials. This ensures that TOPSFLO pumps deliver higher performance, maintain excellent corrosion and wear resistance even in extreme environments, and are precisely tailored to meet the specific needs of customers.

Physical Performance Match

Market Pain Points

The physical properties of ink, such as viscosity, density, and flowability, need to match the design of the ink pump. For example, high-viscosity inks may require pumps with greater delivery capacity, while low-viscosity inks might need more precise flow control. In addition, the ink pump must be capable of handling solid particles or impurities in the ink to prevent clogging or wear.

TOPSFLO Ink Pump Solutions

TOPSFLO offers customized ink pump solutions by gaining a deep understanding of the customer's ink composition, equipment type, and usage environment, providing the most suitable pump body materials and design solutions for customers. Topsflo recommends two star products in the printing industry, TF22 and TF30B-H, whose outstanding performance and stability have won widespread recognition in the market.

1. TF22-A-C06 Diaphragm Pump

Designed specifically for high-precision inkjet systems, this pump has high pressure-bearing capacity and low flow rate, with a maximum pressure of up to 6 bar and a flow rate of 200ml/min. It comes equipped with a high-quality brushless motor, with a lifespan of up to 10,000 hours, making it ideal for use as a pressurization pump or ink supply pump in inkjet systems, catering to the demand for ultimate printing effects.

2. TF30B-H Diaphragm Pump

Maximum Flow: 350ml/min, Maximum Pressure: 1bar, made of highly chemically resistant materials, suitable for various types of inks, effectively reducing maintenance costs and improving production efficiency. Suitable for all types of inkjet printing devices.

Sealing Performance

Market Pain Points

Ink pumps ensure the continuity and stability of ink during the transfer process through their sealing structure, which is directly linked to the uniformity of the ink. Poor sealing performance may lead to ink leakage, wasting ink resources and reducing transfer efficiency. Ink leakage can also contaminate other components of the printer, affecting the overall performance and lifespan of the equipment.

Therefore, ink pumps must have excellent sealing performance to prevent ink leakage during transfer. The sealing material should closely fit the pump body and maintain its elasticity and sealing effectiveness in the ink environment.

TOPSFLO Ink Pump Solutions

TOPSFLO ink pumps use a closed diaphragm surface and advanced static sealing technology, ensuring excellent sealing performance without the need for packing seals or mechanical seals. With no wear parts, they guarantee zero ink leakage during transfer and prevent backflow when the motor is powered off.

Operational Compatibility

Market Pain Points

The operating parameters of the ink pump (such as pressure, flow rate, and speed) must be coordinated with the printer's control system to achieve precise ink delivery and uniform print results. Additionally, the ink pump must be able to adapt to different operating environments and conditions (such as temperature and humidity) to ensure stable performance under various circumstances.

TOPSFLO Ink Pump Solutions

TOPSFLO ink pumps seamlessly integrate with various printer control systems, achieving precise flow rate and pressure control. At the same time, our comprehensive after-sales service system ensures that customers receive prompt responses and professional support whenever issues arise.

Conclusion

TOPSFLO has always been committed to providing high-quality products and services to our customers. If you have any questions regarding printer ink pump and ink compatibility, or need further assistance, please feel free to contact us. We look forward to partnering with you to create a brilliant future in the printing industry!

Wanna to get custom pump service? Feel free to contact us now:

Email: [email protected]

Whatsapp/Wechat：+86-19376691419

Visit our Web: https://www.topstec.com/ | http://www.topsflo.com/

Factory Tour

With the continuous progress of technology, various types of industry printers have significantly improved in meeting diverse needs. Micro pumps, as a crucial liquid delivery device, play an essential role in various printers.

Miniature Diaphragm Pumps

Miniature Diaphragm pumps use the bending of a diaphragm to drive fluid transfer, and their precision and controllability make them ideal choice for inkjet printers. Among all types of printers, inkjet printer is one of the most common applications. The role of the mini diaphragm pump in inkjet printers mainly includes the following aspects:

Ink delivery: mini diaphragm liquid pump delivers ink from the ink cartridge to the print head, ensuring precise ink ejection during the printing process, resulting in clear images and text.

Flow control: The precise control capability of diaphragm pump can ensure that every drop of ink is sprayed onto the paper as needed, thereby providing high-quality printing.

Quick response: The diaphragm pump can start or stop ink delivery in an instant, adapting to the needs of high-speed printing.

Easy maintenance: The structure of miniature diaphragm pump is relatively simple and easy to be maintained and replaced, which helps the printer have a longer service life.

Micro Gear Pumps

Gear pumps use the rotation of gears to drive liquid transfer. Its characteristics of uniformly transporting liquids make it widely used in laser printers and other fields. Here is the role of gear pumps in different industrial printers:

Photosensitive coating transportation: Micro gear pump is used in laser printers to transport photosensitive coating or toner to ensure that the coating on the photosensitive drum is uniform and stable to obtain high-quality printing results.

Precise control: The rotation speed of gear pump can be precisely controlled to adjust the thickness of the coating to meet different printing needs.

High precision: Gear pumps often enable high-precision liquid delivery, ensuring consistent quality every time you print.

Brushles Centrifugal DC Water Pumps

Brushless Centrifugal DC water cooling pumps promote liquid transfer through centrifugal force, and can also be used for cooling in industrial printers that require efficient cooling systems. They are mainly used in industrial printers, such as laser cutting engraving printer, digital printer, etc. The applications of centrifugal pumps in different types of industrial printers are as follows:

Cooling system: The electronic components and print heads in industrial printers generate heat during work. Micro centrifugal pumps can be used to circulate cooling liquid and transfer heat to the radiator or cooling device to maintain a stable operating temperature of the printer.

Stable supply: The centrifugal pump can provide a stable supply of ink or liquid, ensuring that large industrial printers will not have supply interruptions during long-term operation.

High Flow: Due to its efficient liquid transfer capabilities, centrifugal pumps are suitable for printing tasks that require large volumes of liquid.

Conclusion

Micro pumps play an indispensable role in various types of industrial printers. Through different types of pumps, printers can achieve liquid transfer, control and cooling, thereby ensuring high-quality printing and long-term stability, providing industrial and efficient operation of commercial printers. In the future development, micro pump technology will continue to bring more innovation and progress to the industrial printer industry.

TOPSFLO specializes in the R&D and production of high-end micro pumps. We have rich case experience and micro pump solutions, and provide customized services to meet different customer needs.

Email: [email protected]

Whatsapp/Wechat：+86-19376691419    

Offcial Web: http://www.topsflo.com/

You will find the following information here:

What is CIJ?

What is the primary application of continuous inkjet printers?

How does continuous inkjet printing work?

How is a continuous inkjet system formed?

Common issues with ink pumps in continuous inkjet printers

TOPSFLO CIJ ink pumps Solution

How to Get in Touch with TOPSFLO for Expert Assistance?

What is CIJ?

CIJ stands for Continuous Inkjet, CIJ is a small character inkjet printing technology that uses a single inkjet nozzle to rapidly spray ink into tiny droplets, forming printed images or text. CIJ printers are widely used worldwide and are a non-contact printing method, making them suitable for marking on both flat and curved surfaces. They are primarily used in industrial applications for product packaging, labeling, and coding.

What are the Main Applications of Continuous Inkjet Printers?

Continuous inkjet printers are primarily used to mark production dates, batch numbers, barcodes, and other information on the surfaces of various materials such as plastic, metal, glass, cardboard, and wood. Typical applications include beverage cartons, cans, and bags, pharmaceuticals, small cardboard boxes, cables, and components. Virtually any product or packaging that moves on a conveyor belt or extrusion machine is suitable for continuous inkjet printing.

How does Continuous Inkjet Printers Work?

Continuous inkjet printers create a continuous stream of ink, which is broken down into numerous ink droplets through high-frequency vibrations. Once the ink droplets are formed, the selected ones are charged by electrodes and then directed by a deflection plate that generates an electrostatic field.

Charged ink droplets pass through the deflection plate, causing them to deviate at a specific angle before being sprayed from the print head onto the product to create the desired printed information. Uncharged ink droplets remain unaffected and return directly to the CIJ ink system.

During this printing process, the solvent base of the ink evaporates, and the viscosity of the ink changes accordingly. To ensure the optimal droplet formulation, viscosity must be strictly controlled within specified values.

How is a Continuous Inkjet System Formed?

In continuous inkjet (CIJ) printing, ink circulates continuously throughout the printer, from the fluid system to the printhead, and then back to the fluid system. The entire ink path system involves several pumps working in coordination.

Initially, ink is transported from a large container to an ink reservoir using a transfer pump (①).

Subsequently, the ink is pressurized and transferred to the printhead using a pressure pump (②). Inside the printhead, the ink flows through nozzles, forming a continuous array of small ink droplets, each of which can be individually charged. Charged droplets are deflected by electrodes and hit the object to be printed.

Additionally, uncharged ink droplets fly in a straight line into a gutter, and excess ink is recirculated from this point back to the ink reservoir using a recirculation/suction/recovery pump (③).

To prevent the ink from drying and damaging the system when the printer is not in use, a refill solvent pump (④) is typically included in the continuous inkjet system. This pump delivers solvent to the nozzles to flush out any residual ink.

Through these steps, a continuous inkjet system can continuously supply ink and achieve high-speed, efficient inkjet printing.

Common Issues with Ink Pumps in Continuous Inkjet Printers

1. In the current market, there is a wide variety of ink types used in CIJ printers, each with different viscosities. These different ink compositions may contain additives, some of which can be corrosive, leading to compatibility issues with pump materials that can cause malfunctions or a very short lifespan.

2. Instability in the liquid circuit pressure and ink flow during the operation of the inkjet printer can affect the printing results.

Continuous inkjet printing requires prolonged periods of operation. Over time, continuous use may result in wear and tear, potentially leading to a decline in performance or malfunctions, thus compromising the printer's lifespan.

TOPSFLO CIJ ink pumps Solution

Diverse Pump Materials

Topsflo printer ink pumps offer a variety of pump material configurations to accommodate common CIJ ink types, such as MEK, dye-based inks, pigment inks, and soft pigment inks. The pump head materials for diaphragm pumps can be selected from PA, PPS, or PP, while membrane materials can be chosen from EPDM or PTFE. For valve materials, options include EPDM, FKM, or FFKM. YT alloy gear pumps are mainly used for pigment inks, while PEEK gears can be used for dye-based inks.

Carefully Selected Pump Types for Precise Applications

Topsflo offers two pump options tailored for printer applications: diaphragm pumps and gear pumps.

- Diaphragm liquid pumps, especially those designed for low-flow rates, provide relatively stable flow and pressure output. They are more suitable for handling liquids containing solid particles or particulate matter because their design is better suited for handling suspended particles. However, in high-flow applications, diaphragm pumps may produce larger pulses, which could lead to vibration or noise issues.

- Gear pumps are suitable for printers that require a large volume of ink. They offer stable flow and pressure output with lower pulsation. Compared to ordinary gear pumps on the market, TOPSFLO gear pumps use high-precision gears and component control to ensure smooth flow, minimal pulsation, and adjustable output pressure stability.

TOPSFLO engineers can determine which pump is better suited for your application based on your printing requirements, including the desired flow rate, accuracy, pulsation, noise level, ink properties, and whether they contain solid particles, among other factors.

Long-lasting Lifetime for Stable Printing Assurance

Both Topsflo diaphragm pumps and gear pumps are equipped with high-performance brushless motors developed in-house.

The coreless brushless motor in the diaphragm pump boasts a lifespan of up to 15,000 hours, while the gear pump utilizes a high-performance, in-house designed and manufactured brushless three-phase motor with a lifespan exceeding 30,000 hours, requiring no maintenance.

These brushless motors do not produce sparks, static electricity, or electromagnetic interference during operation, ensuring safety and allowing the pumps to run continuously in high-demand inkjet printing tasks.

How to Get in Touch with TOPSFLO for Expert Assistance?

Maintaining a consistently stable flow and using ink fluids with the appropriate viscosity are crucial for overall printing quality. Any abnormalities in the ink supply system can lead to poor printing quality, error messages, and even costly product recalls. Therefore, choosing the right ink pump for your continuous inkjet printer is of utmost importance.

TOPSFLO specializes in the development and production of various micro pumps for printers. They have extensive experience and pump solutions, and they offer customized services to meet different customer needs. Please contact their sales engineers for printer pump application cases and pump information! Email: [email protected] or [email protected]

Diaphragm pump is an indispensable key equipment for digital direct inkjet printing machine. With its unique structure and superior performance, the diaphragm liquid pump provides strong support for the production and manufacturing of digital direct inkjet printing machines.

The working principle of diaphragm liquid pump is to use the energy of air pressure or hydraulic pressure to compress a pair of symmetrical elastic membrane to achieve the transfer of liquid. Its advantages include good sealing, strong suction and discharge capacity, excellent self-priming performance and long service life, which well meet the special requirements of digital direct inkjet printing machines for precision control and stability. We will discuss the detailed application, superiority and trends in digital direct inkjet printing diaphragm pumps below.

I. Application

Digital direct inkjet printing machine is a new traditional printing technology that uses digital inkjet technology to print pictures directly onto the surface of fabrics. It is widely used in textile, garment, shoes and hats industries due to the advantages of various aspects such as printing color, printing effect and cost.

In digital direct inkjet printing machine applications, diaphragm pumps provide positive and negative pressure acting on the ink chamber, thus performing multiple functions such as creating a negative pressure environment, cleaning the printhead, pressure reduction and stabilization, pigment control and fluid transfer within the inkjet printing machine . These applications require the direct inkjet printing pump to be in long-term operation, withstand the high frequency of gas-consuming operations, and maintain a stable pressure. In addition, the ink and volatile gases contain organic volatile and corrosive components, due to the long-term exposure to these substances, micro diaphragm liquid pumps need to have good chemical resistance. Meanwhile, in order to ensure the quality of the finished product inkjet printing, it is essential to control the accuracy and stability of the inkjet fluid at high inkjet speeds.

II. Superiority

1. High precision

Diaphragm Ink Pump are used in digital direct inkjet printing machines to achieve precision control of the inkjet fluid, greatly improving the accuracy and precision of printing. In addition, the diaphragm ink pump can also smoothly control parameters such as inkjet time and pressure without elevating the complexity of the inkjet process, ensuring the stability and accuracy of color and print quality.

2. Good self-priming performance

The self-priming ability of Miniature Diaphragm pump makes it possible to carry out normal suction work even when the liquid is lower than the pump body, which reduces the maintenance difficulty of printing equipment.

3. Easy to operate

Miniature Diaphragm pump is very simple to use, only need to prepare the right amount of printing solution poured into the pump body, easy to operate, and do not need too many workers to operate.

4. Long service life

Due to the excellent corrosion and wear resistance of the diaphragm pump, it has a long service life and can be kept working at a high operating efficiency for a long time.

As mentioned above, the diaphragm pump plays an extremely important role in the digital direct inkjet printing machine, which greatly improves the efficiency and accuracy of traditional printing technology. Through the application of Diaphragm Ink Pump, digital direct inkjet printing machine has become a prominent representative of the industry's performance.

III. Market Trends

Currently, digital direct inkjet printers are facing many new challenges. When printing tasks change, users need fast printing and quick response. Coupled with the industry's recent environmental initiatives (such as the increasing use of water-based inks) also present challenges that require innovative and customized technology solutions.

As one of the leading diaphragm pump manufacturers, TOPSFLO responds to these trends by providing customers with the most appropriate solutions that help meet their challenges and offering a choice of components in different materials, motors, and voltage configurations to ensure long-lasting, efficient operation of the products in any environment.

Each diaphragm pump product from TOPSFLO is tested before shipment to ensure extremely high quality and reliability for years of continuous operation. Moreover, its self-priming performance and simple operation can improve the efficiency and stability of the production line and reduce breakdowns in the production process.

At present, TOPSFLO Diaphragm Ink Pump have been affirmed by well-known customers in a wide range of markets such as Japan, Israel, USA, UK, India and China.

Customer Case: A digital direct inkjet printing equipment manufacturer in Shenzhen uses TOPSFLO diaphragm pump

The manufacturer uses TOPSFLO diaphragm pump product TF30 for color control and liquid transfer, and has achieved good results. TF30 has a reasonable and compact overall design, high performance, low power consumption, low noise, and also has a long life, maintenance-free characteristics. Especially its excellent self-priming performance, high pressure, suction force >30kpa, pressure >1bar, reduces the failure in the production process. Its excellent structural design and convenient operation provide long-term guarantee for the stability and efficiency of the production line, which greatly improves the product quality and market reputation of customers.

In the field of digital direct printing machine manufacturing, as the core component of printing equipment, TOPSFLO digital direct printing pump  makes the production and manufacturing process more efficient, stable and reliable, and is worthy of consideration and selection by the R&D and purchasing personnel of the majority of professional printer manufacturers.

More details can be found: http://www.topsflo.com/