China Wuhan Questt ASIA Technology Co., Ltd. Company News

Spring is here, everything grows, Questt laser is on fully operation. Our dedicated team is back in action, working tirelessly to accelerate production and ensure smooth order fulfillment.    

It is such an honor that our company was interviewed by Brazilian TV! Mary Gouveiape, the mayor of ESCADA, Brazil, introduced our company's solar photovoltaic panel production line.Mayor Mary Gouveiape is very friendly and hugs everyone she meets and takes pictures with them. She is about to run for election and hopes to be re-elected.   In October 2023, our company sold a 10MW solar photovoltaic production line to Brazilian customer Joao. Now our boss Sherry Xiao and two engineers are installing and training the production line in Brazil. We are proud that China's solar production line was put into production first in ESCADA, Brazil.   Sherry Xiao and Mayor Mary Gouveiape  

QA-LC300S Laser cleaning machine is a suitcase type machine.The weight is only 28kg, the outlook is the same as a travel case , which is very easy to take along and move. Touch screen controller is as easy to operate as a mobile phone. We also approved to add Phone APP control system. The cleaning process is very simple and rapid. It can remove the rust, paint, grease, dirt, coating, residue, oxide layer, and other target materials with high efficiency, high performance, low cost and without harm to the base material.   Laser cleaning head   1.WIth a air blowing device to cool the laser head and protect the lens. 2.Equipped with roller wheel, It can clean at a uniform speed. 3.The gun head emits light in parallel, which can protect the lens. Features 1. Compact dimension and light weight 2. 8 kinds of cleaning modes 3. Air cooling system 4. Self-developed cleaning system 5. Good cooling and ventilation effect 6. Easy maintenance 7. High cleaning efficiency 8. High-Tech non-contact cleaning

UV laser marking machine is an advanced equipment used for material marking. The machine uses an ultraviolet laser beam to mark a variety of materials including glass, plastic, paper and metal without direct contact. Advances in marking technology have many applications across various industries. The wavelength of the UV laser marking machine is 355 nanometers, so you need to choose protective glasses in this wavelength range and use a chiller to make the working time more continuous. The application of UV marking machine is wider than that of fiber optic marking machine, and the effect is better. When using fiber optic marking machine to mark metal, UV can reach the same depth and the marking is more delicate. Through experiments, 5-watt UV and 20-watt MOPA are used to print human body images, make ID documents, and mark hard plastics. UV has a better effect. With the continuous development of laser technology, the price of UV marking machines is no longer out of reach, and is even not much more expensive than fiber optic marking machines. Ordinary workshops can also afford this industrial equipment. If you want to know more about UV marking machines, please feel free to consult me.

Ultra-high-speed laser cladding is an emerging manufacturing technology that will play an important role in the future manufacturing industry. This article will explore the trends of ultra-high-speed laser cladding in the development of manufacturing industries. First of all, ultra-high-speed laser cladding technology is highly efficient. Compared with traditional cladding technology, ultra-high-speed laser cladding is faster and can complete the material melting and covering process in a very short time. This not only improves production efficiency, but also reduces energy consumption and production costs. Therefore, ultra-high-speed laser cladding will become the preferred method to replace traditional cladding technology in the manufacturing industry. Secondly, ultra-high-speed laser cladding technology has high precision. The diameter of the laser beam can be adjusted to precisely control the melting range of the material and the thickness of the covering layer according to different needs. This accuracy allows ultra-high-speed laser cladding technology to be used to manufacture high-precision parts and complex structural parts, such as turbine blades and combustion chambers in the aerospace field. This will bring more possibilities and development space to the manufacturing industry. Third, ultra-high-speed laser cladding technology has multi-material adaptability. Traditional cladding technology can usually only be applied to specific types of materials, while ultra-high-speed laser cladding technology can be applied to a variety of materials such as metals, ceramics, and composite materials. This gives the manufacturing industry more flexibility in selecting materials to suit different product requirements. In addition, ultra-high-speed laser cladding technology can also realize the composite of different materials, achieving functional diversity and performance optimization on the same part. Fourth, ultra-high-speed laser cladding technology is environmentally friendly. Traditional cladding technology usually produces a large amount of waste and pollutants, causing environmental pollution. Ultra-high-speed laser cladding technology uses non-contact heating, which does not produce excessive waste and pollutants, and can effectively reduce the impact on the environment. This will help the manufacturing industry achieve sustainable development and play an important role in the future of manufacturing. Fifth, ultra-high-speed laser cladding technology has the characteristics of automation and intelligence. The laser cladding system can realize automated production processes and improve production efficiency and product quality. At the same time, through connections with other smart devices and systems, real-time monitoring and analysis of data can be achieved, providing more information and feedback for the manufacturing process, and further improving manufacturing efficiency. This will be one of the important trends in the future intelligent development of manufacturing.  

The laser glass sandblasting machine is a new type of equipment that has emerged in recent years. It uses high-energy laser beams to generate strong heat and vaporize the surface of glass, thus creating a frosted effect. The laser glass sandblasting machine has many advantages, including high accuracy, high efficiency, low energy consumption, and low pollution. It has been widely used in various industries such as architecture, decoration, furniture, and art. The development trend of the laser glass sandblasting machine industry is promising. With the continuous improvement and innovation of technology, the machine is becoming more and more user-friendly and easy to operate. Furthermore, the market demand for artistic glass decoration is increasing, providing a huge market potential for the machine. As we all know, traditional sandblasting has many disadvantages, such as high noise, high dust pollution, and uneven sandblasting effect. By contrast, the laser glass sandblasting machine can overcome these problems and thus become a better option for glass processing. As environmental protection and energy conservation become increasingly important issues, the laser glass sandblasting machine is attracting more attention and investment. With its low energy consumption and low pollution, it is in line with the trend of sustainable development and has great potential to replace traditional sandblasting machines. In addition, the increasing demand for customized glass products has created a unique market opportunity for the machine. With its high accuracy and efficiency, it can meet the needs of customers who are pursuing personalized and high-quality glass products. In summary, the laser glass sandblasting machine is a promising industry with a bright future. With its technological innovation and advantages, it will become more widely used in various industries and will become a better alternative to traditional sandblasting machines. Furthermore, the increasing demand for customized glass products and the trend of environmental protection and energy conservation will continue to boost the development of the industry.

Pulse laser cleaning machine and continuous laser cleaning machine are two different types of laser cleaning equipment, both of which are suitable for industrial cleaning applications. Although both of them utilize the power of laser technology to remove unsightly contaminants from product surfaces, there are a few differences between the two methods. Firstly, pulse laser cleaning machine uses high-energy pulses to generate a very short but intense burst of laser energy that is focused on a small area. This makes pulse laser cleaning ideal for applications that require precise, detailed cleaning work that is limited to a small area. On the other hand, continuous laser cleaning machine uses a continuous beam of laser energy that is spread out over a larger area. This makes it more efficient for larger cleaning applications that cover a large area. Another key difference lies in the type of contaminants each machine can remove. Pulse laser cleaning machine is better suited for removing tougher contaminants such as rust, paint, or grease because of its high-intensity laserburst and precise focus. Continuous laser cleaning machine, on the other hand, is better suited for cleaning fine particulate matter, dust, and other loose contaminants that cover a larger surface area. This is because the continuous beam works well in sweeping away such contaminants across a wide area. In addition, pulse laser cleaning is a non-ablative process, which means that it removes the surface contaminants without damaging the surface itself. However, the high-intensity laser burst can create some heat during the cleaning process, which can affect nearby materials. Continuous laser cleaning, on the other hand, is typically a less intense process that generates less heat, making it less likely to cause thermal damage to nearby materials. In conclusion, while both pulse laser cleaning and continuous laser cleaning have their advantages, each has its own specific applications where it performs optimally. Ultimately, it’s important to choose the right type of laser cleaning method based on the specific needs of a particular cleaning application. With the precision and efficiency of laser technology, industries can enjoy improved product quality and longer-lasting equipment that supports sustainable and cleaner production processes.

​ As mentioned in a previous article, we have a Japanese agent. The specific company name cannot be disclosed. They order most of our products and are a very important customer of ours. They bought our 30W CO2 flight laser marking machine. , EM-Smart laser marking machine, EM-Smart mopa laser marking machine, 20W split laser marking machine, 100W suitcase laser cleaning machine, 200W suitcase cleaning machine, 1500W handheld laser welding machine, 2000W handheld laser welding machine, 1500 watt continuous laser cleaning machine, 2000 watt continuous laser cleaning machine, robot laser cleaning machine, robot laser welding machine, 1500 watt laser cutting machine, etc. This company is a distributor and the products are sold to end customers. His customers have no experience in using laser machines. We were required to provide training, and last year, our technicians arrived in Japan and provided a seven-day training. But at the beginning of this year, they placed another million-dollar order. Many of the products included were unfamiliar to them, so we will continue to send technicians to Japan to provide them with training. Last month, this Japanese company sent technicians to our factory to visit and study. Our engineers provided all-round guidance, including our company's development history, achievements, company size, and the use of machines, etc. We have also learn more from each other, and their company’s product promotion is very good. The after-sales service is also very great and responsive to all requests. I hope that more people will be familiar with lasers. With the improvement of laser technology, laser products are no longer industrial equipment. Many small family workshops can also use laser products and master how to use them ​

We are excited to extend a warm invitation to you and your esteemed company to visit our booth at the 135th Canton Fair, taking place at the Pazhou Complex in Guangzhou, China. Our company, Wuhan Questt Asia Technology Development Co., Ltd., will be showcasing our latest innovations in industrial automation and intelligent manufacturing at booth number 20.1I16. The Canton Fair is renowned as a premier platform for international trade, attracting exhibitors and visitors from around the world. It presents an excellent opportunity to explore the latest trends, forge new partnerships, and strengthen existing business relationships. Event Details: • Fair Name: 135th Canton Fair • Booth Number: 20.1I16 • Exhibition Area: Industrial Automation and Intelligent Manufacturing • Dates: April 15th to 19th, 2024 • Venue: Pazhou Complex, Guangzhou, China We cordially invite you to join us at our booth to discover our cutting-edge technologies and solutions firsthand. Our team will be on hand to provide detailed demonstrations, answer any questions you may have, and discuss potential collaborations. Your presence at the exhibition is highly valued, and we believe that your insights and feedback will be invaluable in shaping the future direction of our products and services. Together, we can explore new opportunities and drive innovation in the industry. If you should require any assistance with travel arrangements or additional information about the exhibition, please feel free to contact us. We are committed to ensuring that your visit to the 135th Canton Fair is both productive and enjoyable. Thank you for your continued support, and we eagerly anticipate the opportunity to welcome you at our booth. ​

First of all,In early April, our company's Japanese customers will visit, so we will prepare a 6 axis robot arm, a 50-watt backpack laser cleaning machine, 100-watt suitcase laser cleaning machine, 200-watt suitcase laser cleaning machine, 300-watt laser cleaning machine .The machines will be shown to our important customer. In the past year, he has purchased many of our machines, including EM smart series marking machines, battery-equipped marking machines, and CO2 flying laser marking machines and purchased our 100-watt suitcase laser cleaning machine, 200-watt suitcase laser cleaning machine, 300-watt laser cleaning machine, 3-in-1 laser welding machine, handheld laser welding machine, 6-axis laser robot, automated laser cleaning machine, automated laser welding machine, and the feedbacks are very good. His customers are full of praise for the quality of our products. At the end of last year, our company sent engineers to provide technical support to Japanese customers. For our further cooperation, they decided to send representatives to our company to study. Most of all,except these common laser cleaning machines,welding machines, we will prepare a 1000-watt high-power pulse laser cleaning machine, so our development direction will be high-power automated laser cleaning systems.   The second important thing is that in mid-April we will participate in the 135th Canton Fair, where we will bring our 50-watt backpack laser cleaning machine, 100-watt suitcase laser cleaning machine, 200-watt suitcase laser cleaning machine, 1000 Watt portable handheld laser welding machine, 1500 watt 3 in1 handheld welding cutting and cleaning machine, 20 watt fiber laser marking machine, welcome new and old customers to visit.   The third important thing is that after the last Brazilian customer visited our company 10MW solar production line, the customer has placed an order for 10 MW solar production line and purchased raw materials. Everything is provided by our company, and the customer's goods have also arrived at their factory this month. They have a large factory building,it's about 1500 m2.So after our company participates in the Canton Fair, we will go to Brazil to provide technical guidance.   Please pay attention for the follow-up itinerary. Thank you for your support and attention.