Understanding UV LED Curing Technology and Selecting a Cooling System

UV LED curing systems primarily consist of three parts: the main body, the cooling system, and the LED light head, with the LED light head being the critical component directly responsible for the light curing effect.

UV-LED light curing technology employs light emitted by LED sources to transform liquids like ink, paint, coatings, pastes, and adhesives into solids. This technique finds its primary applications in fields such as ultraviolet curing, UV printing, and various printing applications.

LED curing technology originates from UV curing technology and operates on the principle of photoelectric conversion. It facilitates the collision and conversion of electrons and positive charges within the chip into light energy during their movement. Due to its advantages such as low power consumption, long lifespan, compact size, lightweight, instantaneous response, high output, mercury-free nature, and absence of ozone, LED technology is hailed as a "trump card in addressing environmental issues."

Why the UV LED Curing Process Need a Cooling System?

During the UV LED curing process, the LED chip emits a significant amount of heat. If this heat isn't effectively controlled and dissipated, it can lead to issues like bubbling or cracking in the coating, thus impacting the quality and performance of the product. Therefore, to ensure the stability and effectiveness of the UV LED curing process, it's essential to equip it with a suitable cooling system.

How to Select a Cooling System for a UV LED Curing Machine?

Based on the characteristics and applications of UV LED curing, the cooling system needs to possess advantages such as efficiency, stability, and cost-effectiveness. Commonly used cooling systems include air-cooled and liquid-cooled methods. The air-cooled method relies on airflow to carry away heat, while the liquid-cooled method uses a circulating liquid (such as water) to dissipate heat. Among these, liquid-cooled systems offer higher cooling efficiency and more stable heat dissipation effects, but they also require higher costs and more complex equipment.

In practical applications, businesses need to choose a suitable cooling system based on their production needs and product characteristics. Generally, for high-power, high-brightness UV LED sources, a liquid-cooled industrial chiller is more suitable. Conversely, for low-power, low-brightness UV LED sources, an air-cooled industrial chiller tends to be more cost-effective. In essence, selecting the appropriate cooling system ensures the stability and effectiveness of the UV LED curing process, and enhances product quality and performance, while also significantly supporting businesses in reducing production costs and improving efficiency.

TEYU S&A boasts 21 years of experience in industrial water chiller manufacturing. With over 120 industrial chiller models produced, they cater to over 100 manufacturing industries, offering comprehensive refrigeration support for various industrial equipment. Feel free to reach out to TEYU S&A professional team at sales@teyuchiller.com to inquire about your exclusive cooling solution.

Source: https://www.teyuchiller.com/understanding-uv-led-curing-technology-and-its-cooling-system

What is a spindle chiller? Why does a spindle need a water chiller? How to select a spindle chiller?

 What is a spindle chiller?

The spindle, a core component of CNC machines, generates substantial heat during high-speed rotation. Inadequate heat dissipation can cause overheating, reducing spindle speed and accuracy and even leading to its burning. CNC machines commonly use cooling systems, like water chillers, to address this issue. So, the spindle chiller is the cooling device to help regulate and maintain the temperature of your spindle to prevent thermal expansion and ensure optimal precision in your machining processes.

Why does a spindle machine need a water chiller?

The spindle is responsible for driving the rotation of cutting tools or workpieces, enabling cutting, drilling, milling, and other machining operations. During high-speed rotation, the spindle machine generates a significant amount of heat. If this heat isn't dissipated promptly, it can cause the spindle bearings to overheat, leading to a reduction in spindle speed and accuracy, and even the destruction of the spindle.

To address this issue, a CNC machine typically incorporates a water chiller. An industrial water chiller, specifically designed for cooling CNC machines, uses circulating cooling technology to promptly remove the heat generated by the high-speed rotation of the spindle, ensuring that the spindle operates within an appropriate temperature range.

What are the advantages of configuring a water chiller for the spindle machine?

1. Prolonging spindle life: The water chiller can promptly remove the heat generated during spindle operation, preventing the overheating of spindle bearings and thus extending the spindle's lifespan.

2. Enhancing processing precision and stability: Elevated spindle temperatures can adversely affect machining precision and stability. Installing a water chiller helps maintain stable spindle temperatures, thereby enhancing machining precision and stability.

3. Increasing production efficiency: Because the water chiller efficiently dissipates heat, the spindle can sustain high-speed operation, thereby boosting production efficiency.

How to select a water chiller for a CNC spindle wisely?

Low-power spindle machine typically opts for heat dissipation-type (passive cooling) industrial chillers. In the Chinese market, TEYU CNC spindle chiller CW-3000 holds a market share of over 60%. This compact industrial chiller is highly favored by spindle manufacturers due to its ease of movement, simple installation, and operation. Industrial chiller CW-3000 is equipped not only with a clog-resistant heat exchanger but also features functions like flow monitoring alarms, high-temperature alarms, and low energy consumption.

A high-power spindle machine requires a refrigeration-type (active cooling) water chiller. TEYU refrigeration-type industrial water chiller covers a cooling capacity range from 644Kcal/h to 36111Kcal/h(750W-42000W). Users can select the appropriate water chiller according to their spindle machine configuration. Refrigeration-type water chillers utilize circulating refrigeration and precise temperature control technology to provide continuous stable temperature control for the CNC spindle machine.

Therefore, the configuration of an industrial water chiller holds significant importance for the normal operation and production efficiency of CNC machines. TEYU Chiller is an excellent Chinese industrial chiller manufacturer with 21 years of chiller manufacturing experience, having the latest technology and advanced production lines in 30,000㎡ ISO-qualified production facilities with 500 employees, and the annual sales volume has reached 120,000+ units in 2022. If you're looking for CNC Spindle Chillers, feel free to send an email to sales@teyuchiller.com to consult TEYU's refrigeration experts to get your exclusive cooling solutions for your CNC cutting machines, CNC drilling machines, CNC milling machines, and other machining equipment.

Source: https://www.teyuchiller.com/what-is-a-spindle-chiller-and-how-to-select-a-spindle-chiller

How to Tap into the Application Market for High-Power Ultrafast Laser Equipment?

Industrial laser processing boasts three pivotal traits: high efficiency, precision, and top-notch quality. It's these three characteristics that have made laser processing widely embraced across various manufacturing sectors. Whether it's high-power metal cutting or micro-processing at medium to low power levels, laser methods have exhibited significant advantages over traditional processing techniques. Consequently, laser processing has seen rapid and widespread application over the past decade or so.

 

The Development of Ultrafast Lasers in China

Laser processing applications have gradually diversified, focusing on different tasks such as medium- and high-power fiber laser cutting, welding large metal components, and ultrafast laser micro-processing precision products. Ultrafast lasers, represented by picosecond lasers (10-12 seconds) and femtosecond lasers (10-15 seconds), have evolved over just 20 years. They entered commercial use in 2010 and gradually penetrated the medical and industrial processing domains. China initiated the industrial use of ultrafast lasers in 2012, but mature products only emerged by 2014. Prior to this, nearly all ultrafast lasers were imported.

By 2015, overseas manufacturers had relatively mature technology, yet the cost of ultrafast lasers exceeded 2 million Chinese yuan. A single precision ultrafast laser cutting machine sold for over 4 million yuan. The high costs hindered the widespread application of ultrafast lasers in China. Post-2015, China accelerated the domestication of ultrafast lasers. Technological breakthroughs rapidly occurred, and by 2017, over ten Chinese ultrafast laser companies were competing on par with foreign products. Chinese-made ultrafast lasers were priced at just tens of thousands of yuan, compelling imported products to lower their prices accordingly. During that time, domestically produced ultrafast lasers stabilized and gained traction in the low-power stage (3W-15W). Shipments of Chinese ultrafast lasers surged from fewer than 100 units in 2015 to 2,400 units in 2021. In 2020, the Chinese ultrafast laser market was approximately 2.74 billion yuan.

 

The Power of Ultrafast Lasers Keeps Reaching New Heights

In recent years, thanks to the efforts of researchers in China, there have been significant advancements in Chinese-made ultrafast laser technology: the successful development of a 50W ultraviolet picosecond laser and the gradual maturity of a 50W femtosecond laser. In 2023, a Beijing-based company introduced a 500W high-power infrared picosecond laser. Presently, China's ultrafast laser technology has considerably narrowed the gap with advanced levels in Europe and the United States, lagging only in key indicators such as maximum power, stability, and minimum pulse width.

The anticipated future development of ultrafast lasers continues to focus on introducing higher power variants, such as a 1000W infrared picosecond and a 500W femtosecond laser, with ongoing improvements in pulse width. As technology progresses, certain bottlenecks in the application are expected to be overcome.

 

The Domestic Market Demand in China Trails Behind the Development of Laser Production Capacity

The growth rate of China's ultrafast laser market size significantly lags behind the surge in shipments. This discrepancy primarily stems from the fact that the downstream application market for Chinese ultrafast lasers hasn't fully opened up. Fierce competition among domestic and foreign laser manufacturers, engaging in price wars to grab market share, coupled with many immature processes at the application end and a downturn in the smartphone electronics/panel market over the last three years, has led many users to hesitate in expanding their production onto ultrafast laser lines.

Unlike visible laser cutting and welding in sheet metal, the processing capability of ultrafast lasers completes tasks in an extremely short time, demanding extensive research in various processes. Presently, we often mention that ultrafast lasers have mature applications in cutting full-screen smartphones, glass, OLED PET film, FPC flexible boards, PERC solar cells, wafer cutting, and blind hole drilling in circuit boards, among other fields. Additionally, their significance is pronounced in the aerospace and defense sectors for drilling and cutting special components.

It's worth noting that while it's claimed that ultrafast lasers are suitable for numerous fields, their actual application remains a different matter. In industries with large-scale production like semiconductor materials, chips, wafers, PCBs, copper-clad boards, and SMT, there are few, if any, significant applications of ultrafast lasers. This signifies a lag in the development of ultrafast laser applications and processes, trailing behind the pace of laser technology advancements.

 

The Long Journey of Exploring Applications in Ultrafast Laser Processing

In China, the number of companies specializing in precision laser equipment is relatively small, accounting for only about 1/20 of the metal laser cutting enterprises. These companies are generally not large in scale and have limited opportunities for process development in industries such as chips, PCBs, and panels. Moreover, industries with mature production processes in terminal applications often face numerous trials and validations when transitioning to laser micro-processing. Discovering reliable new process solutions demands significant trial and error, considering equipment costs. This transition isn't an easy process.

Whole-panel glass cutting might be a feasible entry point for ultrafast lasers into a specific niche. The rapid adoption of laser cutting for mobile glass screens stands as a successful example. However, delving into ultrafast lasers for special material components or semi-finished products in other industries requires more time for exploration. Currently, ultrafast laser applications remain somewhat limited, primarily focused on non-metallic material cutting. There's a scarcity of applications in broader fields like OLEDs/semiconductors, highlighting that China's overall level of ultrafast laser processing technology isn't yet high. This also implies enormous potential for future development, with an anticipated gradual surge in ultrafast laser processing applications over the next decade.

Source: https://www.teyuchiller.com/how-to-tap-into-the-application-market-for-high-power-ultrafast-laser-equipment

TEYU Water Chillers for Cooling Fiber Laser Cutting Welding equipment at BUMATECH Exhibition

TEYU industrial water chillers are trusted choice among many BUMATECH exhibitors to cool their metal processing equipment such as laser cutting and laser welding machines. We’re proud for our fiber laser chillers (CWFL Series) and handheld laser welding chiller (CWFL-ANW Series), which ensure the smooth operation of exhibited laser machines and contribute to the success of the event!

BUMATECH, short for Bursa Machine Technologies Fairs, was held in Turkey days ago. It serves as a hub for the machinery manufacturing sector, bringing together metal processing technologies, sheet metal processing technologies, and automation Fairs, spotlighting the latest innovations across diverse industries.

At BUMATECH exhibition, a wide range of cutting-edge technology—from hydraulic pneumatic and robotic systems to 3D printers, fiber laser optical cutting machines, CNC machines, and more are showcased. TEYU S&A water chillers, with over 90 chiller models optional, can provide reliable and efficient temperature control for these industrial processing equipment. TEYU CWFL-Series fiber laser chillers are designed with dual temperature control functions and are applicable to cool 1000W to 60000W fiber lasers. Fully considering usage habits, the RMFL-Series laser chillers are rack-mounted design and the CWFL-ANW-Series laser chillers are all-in-one design. With dual temperature control to cool the laser and optics/welding gun at the same time, intelligent temperature control, portable and environmentally friendly, providing efficient and stable cooling for 1000W-3000W handheld laser welders, cleaners, cutters and so on. TEYU CW-Series standard industrial chillers are ideal for cooling a variety of industrial processing equipment, such as cnc machine tools, UV printers, 3d printers, furnaces, vacuum ovens, vacuum pumps, MRI equipment, analytical equipment, rotary evaporator, medical diagnostic equipment, packaging machinery, plasma cutting machine, UV curing machine, gas generators, plastic molding machine, cryo compressor, injection molding machine, etc., offering cooling precision from ±1℃ to ±0.3℃ and refrigeration capacity from 600W to 42000W. With a precise water-cooling temperature control system, CW-series industrial water chillers can maintain stable industrial processing over extended periods, effortlessly handling various demanding work conditions.

The following pics are some of the application cases captured during 2023 BUMATECH fair. If TEYU S&A industrial water chillers sound like the ideal cooling solutions for your laser cutting machines, laser welding machines or other industrial processing equipment, feel free to send an email to sales@teyuchiller.com to get your exclusive cooling solutions from TEYU's refrigeration experts.

          Handheld Laser Chillers CWFL-2000ANW

Fiber Laser Chillers CWFL-2000

 Fiber Laser Chillers CWFL-6000

 Fiber Laser Chillers CWFL-20000

Fiber Laser Chillers CWFL-1500

Fiber Laser Chillers CWFL-6000

Fiber Laser Chillers CWFL-2000

Fiber Laser Chillers CWFL-8000

Source: https://www.teyuchiller.com/water-chillers-for-cooling-fiber-laser-cutters-welders-at-bumatech-exhibition

What Is the Difference Between Handheld Laser Welding and Traditional Welding?

With the rapid advancement of technology, laser technology has gradually infiltrated various aspects of our daily lives. Especially in the manufacturing industry, laser welding has become an important processing method, with handheld laser welding being particularly favored by welders due to its flexibility and portability.

 

1. Principles and Features of Handheld Laser Welding

Handheld laser welding is a flexible and efficient laser welding technology. It utilizes a high-energy laser beam as a heat source, focusing it on the metal surface through an optical system to melt the metal via thermal conduction, achieving welding. Handheld laser welding equipment typically consists of a laser, optical system, power supply, and control system. It is characterized by its small size, lightweight, and ease of operation, making it adaptable to various working environments.

 

2. Differences Between Handheld Laser Welding and Traditional Welding

Energy Source and Transmission Method

Traditional welding mainly relies on the high-temperature melting of metals generated by an electric arc to accomplish the welding process. Handheld laser welding, on the other hand, uses a high-energy laser beam to irradiate the metal surface, melting the metal via thermal conduction to achieve welding. Consequently, handheld laser welding exhibits characteristics such as high energy density, concentrated heating, and fast welding speed.

Welding Speed

Handheld laser welding boasts significantly higher welding speed and efficiency compared to traditional methods. Thanks to the high energy density of the laser beam, metals can be rapidly melted, achieving deep fusion welding effects, while minimizing the heat-affected zone and reducing workpiece deformation. These qualities grant handheld laser welding a notable advantage in mass production.

Welding Results

Handheld laser welding excels in welding dissimilar steels and metals. It offers high speed, minimal distortion, and a small heat-affected zone. Weld seams appear beautiful, smooth, with few to no pores and no pollution. Handheld laser welding machines can handle tiny part openings and precise welding. In contrast, traditional welding seams are susceptible to defects like pores and slag inclusion due to factors such as operator skill and environmental conditions.

Operational Difficulty

Handheld laser welding equipment requires less reliance on the welder's skill, making it quick to adapt to and cost-effective in terms of labor. Conversely, traditional welding demands higher skill levels and experience, posing greater operational challenges. Therefore, handheld laser welding presents a lower barrier to entry in terms of operation and is suitable for widespread applications.

 

3. Advantages of TEYU Welding Chillers

Various types of TEYU welding chillers are available for widespread use in metallurgy and industrial welding, including for laser welding, traditional resistance welding, MIG welding and TIG welding, improving welding quality and welding efficiency, and extending the lifespan of welding machines.

TEYU CW-Series welding chillers are ideal temperature control solutions for cooling traditional resistance welding, MIG welding and TIG welding, which offers cooling precision from ±1℃ to ±0.3℃ and refrigeration capacity from 700W to 42000W. With a precise water-cooling temperature control system, it can maintain stable laser output over extended periods, effortlessly handling various demanding work conditions.

As for laser welding, TEYU CWFL-Series welding chillers are designed with dual temperature control functions and are applicable to cool 1000W to 60000W fiber lasers. Fully considering usage habits, the RMFL-Series welding chillers are rack-mounted design and the CWFL-ANW-Series welding chillers are all-in-one design. With dual temperature control to cool the laser and optics/welding gun at the same time, intelligent temperature control, portable and environmentally friendly, providing efficient and stable cooling for 1000W-3000W handheld laser welding machines.

Source: https://www.teyuchiller.com/what-is-the-difference-between-handheld-laser-welding-and-traditional-welding

Laser Processing and Laser Cooling Technologies Solving Challenges in Elevator Manufacturing

China's elevator industry has seen rapid growth, attaining a leading global position in both elevator manufacturing and inventory. As of the end of 2022, China's elevator inventory reached 9.6446 million units, establishing the country as the leader in elevator inventory, annual production, and yearly growth. The continuous increase in the number of elevators has posed challenges in terms of safety, space limitations, and aesthetic requirements during the manufacturing process. With the ongoing development of laser technology, its application in elevator manufacturing is opening up new possibilities.

Application of Laser Cutting Technology in Elevator Manufacturing

Laser cutting technology offers precise cutting of various metal materials. Its swift cutting speed, superior quality, smoother appearance, and ease of operation make it the preferred technique for stainless steel elevator sheet metal cutting, ultimately enhancing elevator quality and standards.

Application of Laser Welding Technology in Elevator Manufacturing

Laser welding technology achieves deep, scar-free welding, ensuring the stability of steel structures and significantly enhancing elevator safety. Its fast welding speed saves on labor and material costs, while the small weld point diameter and minimal heat-affected zone contribute to a more aesthetically pleasing final product.

Application of Laser Marking Technology in Elevator Manufacturing

Driven by the pursuit of aesthetics, laser marking technology is playing an increasingly important role in elevator manufacturing. Fiber laser marking machines can engrave various exquisite patterns and designs on elevator doors, interiors, and buttons, providing smooth, corrosion-resistant, and wear-resistant surfaces, particularly suitable for printing icons on elevator buttons.

TEYU Laser Chiller Provides Robust Support for Laser Processing Technology

Lasers are highly temperature-sensitive and require water chillers to maintain operational temperatures, ensuring stable laser output, improving product quality, reducing laser failure, and extending machine lifespan. TEYU CWFL Series laser chillers, equipped with dual cooling circuits for both the laser and optics, RS-485 communication function, multiple alarm warning protections, and a 2-year warranty, can perfectly cool 1kW-60KW fiber lasers, offering cooling support for various laser equipment for elevator manufacturing and processing. Welcome to choose TEYU laser chillers!

Source: https://www.teyuchiller.com/laser-processing-and-laser-cooling-in-elevator-manufacturing

How Do I Choose An Industrial Water Chiller? Where to Purchase Industrial Water Chillers?

What Is An Industrial Water Chiller?

Industrial water chillers are devices used in industrial production processes for cooling, dehumidifying, ventilation, and other purposes. With the continuous development of industrial production, the application of industrial water chillers in various fields has become increasingly widespread. 

How Do I Choose Industrial Water Chillers?

There are many options for purchasing industrial chillers. You can choose the suitable way based on your needs and actual situation. At the same time, it's essential to consider aspects like product quality, price, and after-sales services to ensure the purchase of satisfactory products.

Generally, choose the most suitable and cost-effective industrial water chillers according to various indicators such as your industry, required cooling capacity, temperature control accuracy requirements, budget, etc. The following points will help you quickly choose high-quality industrial chiller products: (1)A good-quality industrial water chiller can cool down to the temperature set by the user in the shortest time because the range of space temperature needs to be lowered is different. (2)A good-quality industrial water chiller controls the temperature precisely. (3)A good-quality industrial water chiller can alert timely to remind users to handle the problem quickly and protect equipment safety and production stability. (4) An industrial water chiller consists of a compressor, evaporator, condenser, expansion valve, water pump, etc. The quality of components also determines the industrial water chiller quality. (5)Qualified industrial water chiller manufacturer boasts scientific test standards, so their industrial water chiller quality is relatively stable.

Where to Purchase Industrial Water Chillers?

1. Buy Industrial Water Chillers from Specialized Refrigeration Equipment Market

The specialized refrigeration equipment market is one of the main sales channels for industrial water chillers. Refrigeration equipment market typically offers a wide range of chiller product types and chiller brands to meet different user needs. Additionally, the sales personnel and engineers in refrigeration equipment market possess extensive professional knowledge and experience, providing users with professional refrigeration advice and after-sales service.

2. Buy Industrial Water Chillers from Online Platforms

With the prevalence of the internet, online platforms have become another option for people to buy industrial water chillers. These platforms offer convenient and quick shopping experiences, allowing users to browse and buy water chiller products from their homes or offices at any time. Furthermore, online platforms often provide discounted water chiller prices and quality after-sales services, helping users save time and money. The common online shopping platforms of industrial water chillers include Amazon, Alibaba International, eBay, Wish, etc. Users in need can search and purchase industrial water chillers through these online platforms.

3. Buy Industrial Water Chillers from Chiller Brand Official Websites

Chiller brand official websites offer the most direct and authoritative chiller product information and after-sales services. Users can explore detailed chiller parameters, technical features, prices, and even directly contact customer service for inquiries and purchases. For instance, both the Chiller Brand TEYU and Chiller Brand S&A that owned by TEYU Chiller Manufacturers, the chiller brand official website is www.teyuchiller.com, where all their industrial water chiller products and features are showcased. Users in need can visit TEYU Chiller website for inquiries or directly send an email to sales@teyuchiller.com to consult TEYU's refrigeration experts to get your exclusive cooling solutions!

4. Buy Industrial Water Chillers from Chiller Agents and Chiller Distributors

Chiller agents and chiller distributors can provide industrial chillers products and services closer to the local market and offer customized cooling solutions based on user needs. Additionally, they can offer professional technical support and after-sales services to help users better understand and use the water chiller products. The vision of TEYU Chiller Manufacturer is to be the leader of global industrial refrigeration equipment, and now we have been helping customers in more than 100 countries to solve overheating problems in their machines. TEYU Chiller professional team is always at your service whenever you need information or professional help about industrial water chillers. We even set up chiller service points in Germany, Poland, Russia, Turkey, Mexico, Singapore, India, Korea and New Zealand to provide faster service for the oversea clients. Kindly send an email to sales@teyuchiller.com to get your exclusive industrial cooling solution from TEYU Industrial Chiller Manufacturers & Suppliers now!

Source: https://www.teyuchiller.com/how-do-i-choose-an-industrial-water-chiller-and-where-to-buy-industrial-water-chillers

Laser Processing and Laser Cooling Technology Enhances Wood Processing Efficiency and Product Added Value

In the field of wood processing, laser technology is leading the way in innovation with its unique advantages and potential. With the help of high-efficient laser cooling technology, advanced laser processing technology not only improves processing efficiency but also increases the added value of wood, offering it greater possibilities. Let's delve into the applications of laser technology in wood processing:

Laser Cutting: Precision like an "Invisible Blade"

Laser cutting is a crucial application of laser technology in wood processing. By directing a high-energy laser beam onto the surface of wood, it instantly generates high temperatures, causing precise cutting. Compared to traditional mechanical cutting, laser cutting boasts higher precision and faster speed. Moreover, laser cutting is contactless, minimizing processing deformation, avoiding cracks in the wood, and reducing material waste. Additionally, laser processing is fast, precise, and leaves a smooth finish, often eliminating the need for further post-processing.

Laser Engraving: Artful Engravings without a Trace

Laser engraving involves using a high-power laser beam to induce physical and chemical changes on the wood surface, creating engravings of patterns and text. Unlike traditional mechanical engraving methods, laser engraving does not require the use of cutting tools, thereby avoiding physical damage to the wood. This engraving method achieves high-precision patterns and text, enhancing the added value of the products.

Laser Heat Treatment: The "Beauty Secret" for Wood

Laser surface heat treatment is one of the wood modification methods, using laser heat radiation to alter the wood surface color, improve surface wetting properties, and enhance the performance of surface coating materials, as well as increase resistance to decay and mold. This treatment method is efficient, environmentally friendly, and energy-saving, opening up new possibilities for wood processing.

Laser Marking: The 'Printing Art' of Permanent Identification

Laser marking utilizes a laser beam to create permanent markings on the surface of wood. By adjusting the power and speed of the laser beam, various markings such as text, patterns, and barcodes can be formed on the wood surface. Laser marking is characterized by clear and durable markings, aiding in product tracking and identification.

Laser Chiller: "Cool" Support for a More Stable Processing Process

Due to the significant heat generated during laser processing and the susceptibility of wood to temperature changes, overheating can lead to wood deformation or inconsistent quality. Therefore, the use of a laser chiller is necessary for laser processing cooling and temperature control, ensuring the stability and precision of the wood processing process. TEYU laser chiller possesses high-precision temperature control capabilities, enabling it to provide precise and stable temperature control for extended periods, ensuring the efficiency and accuracy of laser processing.

Source: https://www.teyuchiller.com/laser-processing-and-laser-cooling-enhances-wood-processing-efficiency-and-product-added-value

The New Revolution in Digital Dentistry: Integration of 3D Laser Printing and Technology

What kind of sparks fly when dental technology meets innovative tech? Let me take you into the marvelous world of producing dentures with 3D printing and digital technology, where you can experience the transformation and advantages brought about by technology.

1.Efficient and Convenient

Like magic, 3D printing technology shortens the production time for dentures to just a few hours, eliminating the need for long waits. When combined with digital technology, chairside operation time is significantly reduced, lightening the workload for dentists and greatly increasing efficiency.

2.Precision Customization

3D printing technology allows for the creation of personalized dentures based on data such as the shape of the patient's dental arch and tooth arrangement. This customization ensures a comfortable fit and more efficient biting.

3.Cost Savings

The use of digital technology reduces the labor-intensive manual processes involved in traditional denture production, lowering labor costs. Additionally, shorter production cycles reduce operational costs for businesses.

4.Environmentally Friendly and Pure

The metal powder used in 3D printing is of high purity and free from impurities, ensuring no metal contamination.

5.Precise Adherence

The nanoscale structure on the surface of 3D-printed dentures ensures precise adherence, making them smooth and dense. The release of metal ions is less than 1 μg/cm², and thickness is uniform with an error of less than 20 μm, ensuring a safer and healthier placement in the oral cavity.

In This Innovative Tech Field, Water Chillers for 3D Laser Printers Units Also Play a Crucial Role.

During the 3D printing process, excessive temperatures can lead to issues like denture deformation, warping, or the appearance of surface bubbles. Laser chillers work to dissipate the heat generated by the laser, ensuring temperature stability throughout the printing process and guaranteeing the accuracy and quality of denture printing.

Specializing in laser cooling for over 21 years, TEYU Chiller Manufacturer offers more than 120 water chiller models to meet the cooling needs of various laser devices, including laser cutting machines, laser welding machines, 3D laser printers, laser cleaning machines, and more. With over 120,000 water chiller units shipped in 2022 to over 100 countries and regions worldwide, TEYU Chiller is a reliable partner to ensure the stability and quality of 3D printing. TEYU Chiller is your trusted water chillers manufacturer and supplier!

Source: https://www.teyuchiller.com/3d-laser-printing-in-digital-dentistry-and-water-chillers-for-3d-printers