Hot Selling Custom Aerospace Machine
custom aerospace machine of Honscn Co.,Ltd is delicate in appearance. It is constructed with superior quality materials purchased from all over the world and processed by the advanced production equipment and the industry-leading technology. It adopts the innovative design concept, perfectly integrating aesthetics and functionality. Our professional production team who highly attentive to details also makes a great contribution to beautifying the appearance of the product.
HONSCN is frequently mentioned at home and abroad. We stick to the tenet of 'Making profit for all customers as much as possible', and we ensure zero error in each section of our production and services providing. By improving the purchase experience, our customers satisfy with our deeds and highly praise the efforts we make.
This cutting-edge machinery is tailored for precision engineering in the aerospace sector, offering innovative capabilities to meet complex manufacturing demands. Focused on high-performance component creation, it supports the production of essential parts for modern aviation and space exploration. Built to handle intricate specifications, it ensures parts meet stringent industry standards.
How to choose custom aerospace machine?
- High-precision manufacturing ensures components meet exact aerospace tolerances for safety and performance.
- Utilizes advanced CNC machining and 3D modeling for tight tolerances in critical parts like turbine blades.
- Quality-checked via CMM (Coordinate Measuring Machine) inspections to guarantee dimensional accuracy.
- Engineered with aerospace-grade materials to withstand extreme temperatures, pressures, and vibrations.
- Rigorous stress-testing protocols ensure long-term durability in demanding flight conditions.
- Minimal maintenance design reduces downtime while maintaining operational consistency.
- Tailored solutions for unique aerospace applications, from satellite components to aircraft engines.
- Flexible modular designs to adapt to specific client requirements or technical specifications.
- Collaborative engineering process ensures seamless integration with existing aerospace systems.
no data
3D printing technology originated in the 1990s, because of its special layer-by-layer deposition forming principle, can quickly and integrated forming of complex structural parts, is regarded as a transformative technology in the field of manufacturing. 3D printing is known academically as Rapid Prototyping Manufacturing (RPM). The technical division of the Manufacturing process is called Additive Manufacturing (AM).
Principle of 3D printing
3D printing is a kind of rapid prototyping technology, it is a digital model file based on the use of powder metal or plastic and other adhesive materials, through the way of layer by layer printing to construct the object technology, its basic principle is the discrete-accumulation principle. The path, limitation and way of accumulation are obtained discretely, and the material is "superimposed" to form a three-dimensional entity through accumulation. Firstly, the 3D model is obtained in the CAD software system or the surface data of the part entity is measured by the measuring instrument and converted into the 3D model. Secondly, the CAD model is processed, and the CAD model is discretized along a certain direction (usually Z-direction), and the plane slices are stratified. Then the discrete stratification information is combined with the forming process parameter information to convert the numerical control code of the forming machine, and a 3D solid part is formed by the special CAM system to control the material regularly and accurately.
Metal 3D printing powder preparation
Due to the demanding requirements of metal 3D printing technology for metal powder materials, it is necessary to meet the conditions of good sphericity, narrow particle size distribution, low oxygen content, and high purity, so the production equipment of powder materials is also put forward higher requirements. There are mainly three kinds of metal 3D printing powder preparation technology: real air atomization powder equipment, plasma atomization powder equipment and radio frequency plasma nodulization equipment.
Among them, Hunan Tianji True Air atomizing powder production equipment adopts the core technology of efficient [tightly coupled supersonic gas atomizer], which improves the powder qualification rate, reduces air consumption, and reduces production costs. At the same time, it is equipped with an online oxygen content detection system to reduce oxygen increment, which is a sharp tool for 3D printing spherical powder production.
3D printing, also known as additive manufacturing, is an umbrella term that covers several distinct 3D printing processes. These technologies are worlds apart, but the key processes are the same. For example, all 3D printing starts with a digital model because the technology is digital in nature. A part or product is originally designed using computer aided design (CAD) software or an electronic file obtained from a digital part library. The design file is then broken down into slices or layers for 3D printing by special build preparation software, generating path instructions for the 3D printer to follow. Next you'll learn the differences between these technologies and the typical uses of each.
The types of additive manufacturing can be divided according to the products they produce or the types of materials they use, with the International Organization for Standards (ISO) classifying them into seven general types (but these seven 3D printing categories also struggle to cover the growing number of technology subtypes and hybrid technologies).
● Material extrusion
● Reduction polymerization
● Powder bed fusion
● Material injection
● Adhesive spray
● Directed energy deposition
● Sheet lamination
3D printing classification
Stereolithography (SLA), also known as stereolithography, is based on the principle of photopolymerization of liquid photosensitive resins, that is, the liquid material rapidly photopolymerizes under the irradiation of ultraviolet light of a specific wavelength and intensity, and the material transforms from liquid to solid. The liquid tank is filled with liquid photosensitive resin, and the laser beam can be scanned on the liquid surface under the action of the deflection mirror, and the liquid is cured where the light spot is scanned. When a layer of scanning is completed, the unilluminated area is still liquid resin. The lifting platform drives the platform down, and the formed layer is covered with a layer of resin, and the scraper flattens the liquid surface of the resin with large viscosity, and then scans the next layer. The newly cured layer is firmly stuck to the previous layer, and so on until the whole part is manufactured, and a three-dimensional solid model is obtained.
Layered solid manufacturing technology (LOM) is to form parts by laser cutting and bonding thin materials (such as paper coated on the back side), also known as laminated solid manufacturing. The process is to first glue the paper coated with hot melt glue through the heating roller pressure bonded together, at this time located above the laser according to the data obtained by the stratified CAD model, cut a layer of paper into the internal and external outline of the part, and then a new layer of paper is superimposed on the top, bonded together by the hot pressing device, the laser is cut again. This method is characterized by high forming rate and low cost.
Selective laser sintering (SLS) selectively heats fusible or non-metallic powders (such as paraffin, plastic, resin sand, nylon, etc.) layer by layer through a laser beam to reach the sintering temperature and sinter into shape. When the first layer of sintering is completed, the workbench lowers the height of the next layer, spreads the powder of the next layer, and then scans the second layer, the newly sintered layer is firmly bonded to the previous layer, and so on, and finally sintered three-dimensional entity corresponding to the CAD model.
The basic principle of FDM is to control the heating nozzle to move in XY plane and Z direction according to the information of cross-section profile. The wire material (such as plastic wire, paraffin wire, etc.) is sent to the nozzle by the wire supply mechanism, heated and melted in the nozzle, and then selectively coated on the work table, quickly cooled to form a layer of cross-section outline, layer upon layer superposition and finally become a rapid prototype. The principle of the molding process can be used to make wax molds for precision casting and female molds for casting. It is an effective way to develop micromechanical manufacturing.
Opportunities and challenges
At present, the 3D printing industry focuses on aerospace, automotive, medical equipment and other fields, and the scale is constantly expanding and the technical level is constantly improving. Relevant policy support, including a large amount of research and development investment, innovation grants and preferential policies, has promoted the development of the industry. At the same time, the 3D printing industry is experiencing many challenges, such as material, mechanical limitations, and costs. The additive manufacturing industry is at the intersection of innovation and economic transformation, and the future is full of challenges and opportunities.
Principle of 3D printing
3D printing is a kind of rapid prototyping technology, it is a digital model file based on the use of powder metal or plastic and other adhesive materials, through the way of layer by layer printing to construct the object technology, its basic principle is the discrete-accumulation principle. The path, limitation and way of accumulation are obtained discretely, and the material is "superimposed" to form a three-dimensional entity through accumulation. Firstly, the 3D model is obtained in the CAD software system or the surface data of the part entity is measured by the measuring instrument and converted into the 3D model. Secondly, the CAD model is processed, and the CAD model is discretized along a certain direction (usually Z-direction), and the plane slices are stratified. Then the discrete stratification information is combined with the forming process parameter information to convert the numerical control code of the forming machine, and a 3D solid part is formed by the special CAM system to control the material regularly and accurately.
Metal 3D printing powder preparation
Due to the demanding requirements of metal 3D printing technology for metal powder materials, it is necessary to meet the conditions of good sphericity, narrow particle size distribution, low oxygen content, and high purity, so the production equipment of powder materials is also put forward higher requirements. There are mainly three kinds of metal 3D printing powder preparation technology: real air atomization powder equipment, plasma atomization powder equipment and radio frequency plasma nodulization equipment.
Among them, Hunan Tianji True Air atomizing powder production equipment adopts the core technology of efficient [tightly coupled supersonic gas atomizer], which improves the powder qualification rate, reduces air consumption, and reduces production costs. At the same time, it is equipped with an online oxygen content detection system to reduce oxygen increment, which is a sharp tool for 3D printing spherical powder production.
3D printing, also known as additive manufacturing, is an umbrella term that covers several distinct 3D printing processes. These technologies are worlds apart, but the key processes are the same. For example, all 3D printing starts with a digital model because the technology is digital in nature. A part or product is originally designed using computer aided design (CAD) software or an electronic file obtained from a digital part library. The design file is then broken down into slices or layers for 3D printing by special build preparation software, generating path instructions for the 3D printer to follow. Next you'll learn the differences between these technologies and the typical uses of each.
The types of additive manufacturing can be divided according to the products they produce or the types of materials they use, with the International Organization for Standards (ISO) classifying them into seven general types (but these seven 3D printing categories also struggle to cover the growing number of technology subtypes and hybrid technologies).
● Material extrusion
● Reduction polymerization
● Powder bed fusion
● Material injection
● Adhesive spray
● Directed energy deposition
● Sheet lamination
3D printing classification
Stereolithography (SLA), also known as stereolithography, is based on the principle of photopolymerization of liquid photosensitive resins, that is, the liquid material rapidly photopolymerizes under the irradiation of ultraviolet light of a specific wavelength and intensity, and the material transforms from liquid to solid. The liquid tank is filled with liquid photosensitive resin, and the laser beam can be scanned on the liquid surface under the action of the deflection mirror, and the liquid is cured where the light spot is scanned. When a layer of scanning is completed, the unilluminated area is still liquid resin. The lifting platform drives the platform down, and the formed layer is covered with a layer of resin, and the scraper flattens the liquid surface of the resin with large viscosity, and then scans the next layer. The newly cured layer is firmly stuck to the previous layer, and so on until the whole part is manufactured, and a three-dimensional solid model is obtained.
Layered solid manufacturing technology (LOM) is to form parts by laser cutting and bonding thin materials (such as paper coated on the back side), also known as laminated solid manufacturing. The process is to first glue the paper coated with hot melt glue through the heating roller pressure bonded together, at this time located above the laser according to the data obtained by the stratified CAD model, cut a layer of paper into the internal and external outline of the part, and then a new layer of paper is superimposed on the top, bonded together by the hot pressing device, the laser is cut again. This method is characterized by high forming rate and low cost.
Selective laser sintering (SLS) selectively heats fusible or non-metallic powders (such as paraffin, plastic, resin sand, nylon, etc.) layer by layer through a laser beam to reach the sintering temperature and sinter into shape. When the first layer of sintering is completed, the workbench lowers the height of the next layer, spreads the powder of the next layer, and then scans the second layer, the newly sintered layer is firmly bonded to the previous layer, and so on, and finally sintered three-dimensional entity corresponding to the CAD model.
The basic principle of FDM is to control the heating nozzle to move in XY plane and Z direction according to the information of cross-section profile. The wire material (such as plastic wire, paraffin wire, etc.) is sent to the nozzle by the wire supply mechanism, heated and melted in the nozzle, and then selectively coated on the work table, quickly cooled to form a layer of cross-section outline, layer upon layer superposition and finally become a rapid prototype. The principle of the molding process can be used to make wax molds for precision casting and female molds for casting. It is an effective way to develop micromechanical manufacturing.
Opportunities and challenges
At present, the 3D printing industry focuses on aerospace, automotive, medical equipment and other fields, and the scale is constantly expanding and the technical level is constantly improving. Relevant policy support, including a large amount of research and development investment, innovation grants and preferential policies, has promoted the development of the industry. At the same time, the 3D printing industry is experiencing many challenges, such as material, mechanical limitations, and costs. The additive manufacturing industry is at the intersection of innovation and economic transformation, and the future is full of challenges and opportunities.
June 17, 2024 - In recent years, the CNC custom machining industry is booming at an unprecedented rate, constantly showing exciting new trends and new opportunities.
With the rapid development of advanced technology, the CNC custom machining industry is taking great strides in the direction of high intelligence. The application of innovative technologies such as intelligent sensors, intelligent monitoring systems and automated programming software makes the processing process more accurate, efficient and reliable. Many enterprises have increased investment in intelligent equipment, such as Honscn introduced the most advanced intelligent machining center, not only to achieve unattended long-term continuous operation, but also to analyze data in real time, optimize processing parameters, greatly improving production efficiency and product quality.
In terms of customization, the continuous growth of market demand is driving the in-depth development of the industry. Today, consumers are increasingly hungry for personalized products, whether in aerospace, automotive manufacturing or electronic devices, there is a high demand for unique components and products. CNC custom processing enterprises respond positively, through flexible production mode and exquisite technology, to meet the customer's various creative customization needs. Honscn has successfully created exclusive high-precision parts for many well-known enterprises by virtue of its excellent customization capabilities, and has won widespread praise and market share.
Digital transformation has also become one of the key trends in the CNC custom machining industry. With technologies such as big data, cloud computing and the Internet of Things, enterprises can achieve comprehensive monitoring and management of production processes, from order receipt, process design to production and processing and quality inspection, and can achieve digital collaboration and optimization. At the same time, digitization also provides enterprises with a huge amount of data resources. By analyzing these data, enterprises can better understand the market dynamics and customer needs, so that they can make more informed decisions. Honscn uses the digital platform to achieve efficient docking with suppliers and customers, greatly shortening the production cycle, and enhancing the competitiveness of the enterprise.
In addition, the concept of green sustainable development is also deeply affecting the CNC custom processing industry. Enterprises are paying more and more attention to energy conservation and emission reduction, using environmentally friendly materials and green processes. Many companies have begun to develop and apply energy-saving equipment to reduce energy consumption and waste emissions by optimizing processing processes. For example, Honscn is committed to developing new environmentally friendly processing technologies, which not only reduces the impact on the environment, but also brings good economic and social benefits to the enterprise.
Industry experts pointed out that the future CNC custom machining industry will continue to accelerate on the road of intelligence, customization, digitalization and green. This requires not only the continuous technological innovation and management upgrading of enterprises, but also the joint support and efforts of the government, scientific research institutions and all sectors of society. The government should increase policy support and capital investment for the industry and encourage enterprises to carry out R&D and innovation activities. Scientific research institutions should strengthen cooperation with enterprises to promote the transformation and application of scientific and technological achievements; all sectors of society should also improve their awareness and attention to the industry and create a good atmosphere for its development.
One notable example is Honscn, which recently utilized CNC custom machining to create intricate components for the aerospace industry. Their highly precise manufacturing process enabled the production of lightweight yet durable parts that are crucial for aircraft performance. These custom parts not only met the strictest quality standards but also contributed to enhanced fuel efficiency and overall safety.
Another case is Honscn in the medical field. They employed CNC custom machining to fabricate custom surgical instruments with exacting specifications. The resulting tools offer surgeons greater precision and control during complex procedures, improving patient outcomes and care.
In the automotive sector, Honscn used CNC custom machining to produce unique engine parts that optimized engine performance and efficiency. These custom-engineered components gave their vehicles a competitive edge in the market.
Here are some trends in the CNC custom machining industry
Technology upgrading: The CNC custom machining industry will continue to introduce new technologies, such as artificial intelligence, Internet of Things, big data, etc., to improve production efficiency, processing accuracy and quality.
Increased automation: With the development of automation technology, CNC custom machining equipment will become more intelligent and automated, enabling automated production, monitoring and adjustment.
Increased demand for customization: Increasing consumer demand for personalized products will drive the CNC custom machining industry to become more flexible and diversified to meet the needs of different customers.
Green manufacturing: Increased environmental awareness will encourage the CNC custom machining industry to adopt more environmentally friendly materials and processes, reducing the impact on the environment.
Industry consolidation: As market competition intensifies, there may be consolidation in the CNC custom machining industry, and some small enterprises may be acquired or merged by large enterprises to improve market competitiveness.
High-end development: The CNC custom machining industry will gradually develop to high-end, producing higher precision and more complex products to meet the needs of high-end fields such as aerospace and medical.
Global layout: In order to reduce costs and expand the market, CNC custom machining companies may be laid out on a global scale to establish production bases and sales networks.
Some of Honscn's advantages in CNC machining
High precision and high quality: We have advanced CNC equipment and exquisite technology, to ensure that the processed products have high precision and stable quality, to meet a variety of strict standards and requirements.
Efficient production capacity: Through optimized processing process and automated equipment, we have fast and efficient production capacity, can deliver customer orders in time, shorten the production cycle, and improve customer satisfaction.
Rich processing experience: Over the years, we have focused on the field of CNC machining and accumulated rich industry experience. Whether it is complex parts or special workpieces, we can cope with it freely and provide reliable processing solutions.
Customized services: According to the individual needs of customers, flexible adjustment of processing programs to achieve unique customized production to meet the diverse needs of different customers in different fields.
Strict quality control: A sound quality control system has been established, from raw material procurement to processing and then to finished product inspection, layers of control to ensure that each product achieves excellent quality.
Advanced technical team: Our technical team continues to learn and explore the latest technologies, and can apply new technologies to production in a timely manner to maintain a leading position in the industry.
Cost benefit advantage: Through optimizing production management and resource allocation, effectively control costs under the premise of ensuring quality, and provide customers with cost-effective products and services.
Good customer service: always uphold the concept of customer first, provide a full range of customer service, maintain close communication with customers, solve customer problems in a timely manner, and establish long-term stable cooperative relations.
Innovation ability: Encourage innovative thinking, can constantly improve processing technology and methods, to provide customers with more innovative and competitive products.
Stable supply chain: We have established long-term cooperative relations with high-quality raw material suppliers to ensure the stable supply of raw materials and provide a strong guarantee for production.
You can trust Honscn！！！Get a quote
With the rapid development of advanced technology, the CNC custom machining industry is taking great strides in the direction of high intelligence. The application of innovative technologies such as intelligent sensors, intelligent monitoring systems and automated programming software makes the processing process more accurate, efficient and reliable. Many enterprises have increased investment in intelligent equipment, such as Honscn introduced the most advanced intelligent machining center, not only to achieve unattended long-term continuous operation, but also to analyze data in real time, optimize processing parameters, greatly improving production efficiency and product quality.
In terms of customization, the continuous growth of market demand is driving the in-depth development of the industry. Today, consumers are increasingly hungry for personalized products, whether in aerospace, automotive manufacturing or electronic devices, there is a high demand for unique components and products. CNC custom processing enterprises respond positively, through flexible production mode and exquisite technology, to meet the customer's various creative customization needs. Honscn has successfully created exclusive high-precision parts for many well-known enterprises by virtue of its excellent customization capabilities, and has won widespread praise and market share.
Digital transformation has also become one of the key trends in the CNC custom machining industry. With technologies such as big data, cloud computing and the Internet of Things, enterprises can achieve comprehensive monitoring and management of production processes, from order receipt, process design to production and processing and quality inspection, and can achieve digital collaboration and optimization. At the same time, digitization also provides enterprises with a huge amount of data resources. By analyzing these data, enterprises can better understand the market dynamics and customer needs, so that they can make more informed decisions. Honscn uses the digital platform to achieve efficient docking with suppliers and customers, greatly shortening the production cycle, and enhancing the competitiveness of the enterprise.
In addition, the concept of green sustainable development is also deeply affecting the CNC custom processing industry. Enterprises are paying more and more attention to energy conservation and emission reduction, using environmentally friendly materials and green processes. Many companies have begun to develop and apply energy-saving equipment to reduce energy consumption and waste emissions by optimizing processing processes. For example, Honscn is committed to developing new environmentally friendly processing technologies, which not only reduces the impact on the environment, but also brings good economic and social benefits to the enterprise.
Industry experts pointed out that the future CNC custom machining industry will continue to accelerate on the road of intelligence, customization, digitalization and green. This requires not only the continuous technological innovation and management upgrading of enterprises, but also the joint support and efforts of the government, scientific research institutions and all sectors of society. The government should increase policy support and capital investment for the industry and encourage enterprises to carry out R&D and innovation activities. Scientific research institutions should strengthen cooperation with enterprises to promote the transformation and application of scientific and technological achievements; all sectors of society should also improve their awareness and attention to the industry and create a good atmosphere for its development.
One notable example is Honscn, which recently utilized CNC custom machining to create intricate components for the aerospace industry. Their highly precise manufacturing process enabled the production of lightweight yet durable parts that are crucial for aircraft performance. These custom parts not only met the strictest quality standards but also contributed to enhanced fuel efficiency and overall safety.
Another case is Honscn in the medical field. They employed CNC custom machining to fabricate custom surgical instruments with exacting specifications. The resulting tools offer surgeons greater precision and control during complex procedures, improving patient outcomes and care.
In the automotive sector, Honscn used CNC custom machining to produce unique engine parts that optimized engine performance and efficiency. These custom-engineered components gave their vehicles a competitive edge in the market.
Here are some trends in the CNC custom machining industry
Technology upgrading: The CNC custom machining industry will continue to introduce new technologies, such as artificial intelligence, Internet of Things, big data, etc., to improve production efficiency, processing accuracy and quality.
Increased automation: With the development of automation technology, CNC custom machining equipment will become more intelligent and automated, enabling automated production, monitoring and adjustment.
Increased demand for customization: Increasing consumer demand for personalized products will drive the CNC custom machining industry to become more flexible and diversified to meet the needs of different customers.
Green manufacturing: Increased environmental awareness will encourage the CNC custom machining industry to adopt more environmentally friendly materials and processes, reducing the impact on the environment.
Industry consolidation: As market competition intensifies, there may be consolidation in the CNC custom machining industry, and some small enterprises may be acquired or merged by large enterprises to improve market competitiveness.
High-end development: The CNC custom machining industry will gradually develop to high-end, producing higher precision and more complex products to meet the needs of high-end fields such as aerospace and medical.
Global layout: In order to reduce costs and expand the market, CNC custom machining companies may be laid out on a global scale to establish production bases and sales networks.
Some of Honscn's advantages in CNC machining
High precision and high quality: We have advanced CNC equipment and exquisite technology, to ensure that the processed products have high precision and stable quality, to meet a variety of strict standards and requirements.
Efficient production capacity: Through optimized processing process and automated equipment, we have fast and efficient production capacity, can deliver customer orders in time, shorten the production cycle, and improve customer satisfaction.
Rich processing experience: Over the years, we have focused on the field of CNC machining and accumulated rich industry experience. Whether it is complex parts or special workpieces, we can cope with it freely and provide reliable processing solutions.
Customized services: According to the individual needs of customers, flexible adjustment of processing programs to achieve unique customized production to meet the diverse needs of different customers in different fields.
Strict quality control: A sound quality control system has been established, from raw material procurement to processing and then to finished product inspection, layers of control to ensure that each product achieves excellent quality.
Advanced technical team: Our technical team continues to learn and explore the latest technologies, and can apply new technologies to production in a timely manner to maintain a leading position in the industry.
Cost benefit advantage: Through optimizing production management and resource allocation, effectively control costs under the premise of ensuring quality, and provide customers with cost-effective products and services.
Good customer service: always uphold the concept of customer first, provide a full range of customer service, maintain close communication with customers, solve customer problems in a timely manner, and establish long-term stable cooperative relations.
Innovation ability: Encourage innovative thinking, can constantly improve processing technology and methods, to provide customers with more innovative and competitive products.
Stable supply chain: We have established long-term cooperative relations with high-quality raw material suppliers to ensure the stable supply of raw materials and provide a strong guarantee for production.
You can trust Honscn！！！Get a quote
no data
you might like
no data
Leave a Comment
we welcome custom designs and ideas and is able to cater to the specific requirements.
Copyright © 2025 HONSCN |Sitemap Privacy Policy