1. Optional 500 ℃ high temperature preheating。The circular cylinder equipment adopts a whole cylinder heating form, and the preheating temperature can reach 500 ℃.

2. Wide scenes and applications. The power supply for LiM-X150A series is 220V, therefore it, not only industrial plants,but also university, institutes where 380V is not available can be deployed.

3. Safe and relaable. The equipment is designed and manufactured in accordance with ISO standards. The whole system is certified in CE safety and explosion-proof.

4. Long life filtration system. The dust collecting system has a blowback function and a long life time filter with more than 100,000 working hours to ensure uninterrupted printing.

5. High accuracy building platform. It adopts imported THK screw guide rail mechanism, and grating scale adjustment,which can realize positioning accuracy within ±0.005mm

1、Multiple lasers, high quality printing.Equipped with 16 lasers, high printing efficiency, stable and reliable printing quality.

2、Two-layer wind farm.Double-layer wind field design, dust can also be effectively removed under large span,improve the uniformity and stability of super-large format multi-laser printing. 

3、Z-axis precision drive system.Servo motors with precision ball screws, guide rails and high precision grating rulers generate closed loop control of Z-axis motion system, to ensure the stable and high precision operation of Z-axis motion mechanism. The over-heavy double drive balance system ensures Z-axis positioning accuracy of better than 10μm and repeated positioning accuracy of better than 5μm.  

4、Intelligent powder recoating.Intelligent variable speed powder recoating, efficiency improvement.

5、Long life filtration system.With backblow filter function filter life time lasts more than 100,000 hours.

1. Flying printing.A movable multi-beam system which is 1unit module composed of multiple galvanometers, moves and prints one by one along the same direction. During per, the adjacent galvanometer device adopts multi-galvanometer splicing method, Which helps extending the print range with a limited number of galvanometers.

2. Two-layer wind farm.Double-layer wind field design. The dust removal tuyere moves with galvanometers, shortened the span between the air outlet and inlet to 300mm, optimized the wind field control, reduced the difficulty of dust cleaning, realized highly efficient dust removal, and ensured printing quality.

3. Multiple lasers, high quality printing.Equipped with 16 laser, high printing efficiency, stable and reliable printing quality

4. Z-axis precision drive system.Servo motors with precision ball screws, guide rails and high precision grating rulers generate closed loop control of Z-axis motion system, to ensure the stable and high precision operation of Z-axis motion mechanism. The over-heavy double drive balance system ensures Z-axis positioning accuracy of better than 10μm and repeated positioning accuracy of better than 5μm.

5. Intelligent monitoring.Equipped with oxygen content monitoring function in building chamber, it automatically alarms when over limit. It is equipped with powder recoating quality monitoring module, built-in HD camera, and takes powder bed photos each time after powder recoating and melting. After algorithm analysis and comparison, it can monitor powder recoating quality and melting quality of each layer, and do automatically powder refilling and alarm when abnormal.

6. Multiple powder recycling system.Fully automatic powder recycling system，During printing, the system can automatically and efficiently complete three processes of powder recovery, sieving, and feeding. After printing completion, it moves to the powder cleaning position, where the powder in the forming cylinder can be recycled to the powder storing bin via recycling system under argon protection, which people is isolated from powder throughout the process.Separated powder recycling system，During printing, powder can be pumped with only one-click, and also it is equipped with a large-capacity powder drop tank, a transfer tank, and an efficient sieving system. The powder is transferred with people isolated from powder throughout the entire process in high work efficiency and low failure rate.

1. Multiple lasers, high quality printing.Equipped with 16 or 24 laser, high printing efficiency, stable and reliable printing quality.

2. Two-layer wind farm.Double-layer wind field design, dust can also be effectively removed under large span, improve the uniformity and stability of super-large format multi-laser printing.

3. Z-axis precision drive system.Servo motors with precision ball screws, guide rails and high precision grating rulers generate closed loop control of Z-axis motion system, to ensure the stable and high precision operation of Z-axis motion mechanism. The over-heavy double drive balance system ensures Z-axis positioning accuracy of better than 10μm and repeated positioning accuracy of better than 5μm.

4. Intelligent powder recoating.Intelligent variable speed powder recoating, efficiency improvement plus single recoater bidirectional powder recoating structure, simplifies tool adjustment procedures, reduces complexity.

5. Self-developed software.To keep equipment’s normal operation, LiMPCS-SLM operation software has the functions reading multi-type building data files, anticipating printing times, system control, printing parameters setting real-time, process monitoring, printing logging, cloud data transmission, etc.

6. Intelligent monitoring.Equipped with oxygen content monitoring function in building chamber, it automatically alarms when over limit. It is equipped with powder recoating quality monitoring module, built-in HD camera, and takes powder bed photos each time after powder recoating and melting. After algorithm analysis and comparison, it can monitor powder recoating quality and melting quality of each layer, and do automatically powder refilling and alarm when abnormal.

7. Long life filtration system.The dust collecting system has a blowback function and a long life time filter with more than 100,000 working hours to ensure uninterrupted printing.

8. Multiple powder recycling system.Fully automatic powder recycling system，During printing, the system can automatically and efficiently complete three processes of powder recovery, sieving, and feeding. After printing completion, it moves to the powder cleaning position, where the powder in the forming cylinder can be recycled to the powder storing bin via recycling system under argon protection, which people is isolated from powder throughout the process.Separated powder recycling system，During printing, powder can be pumped with only one-click, and also it is equipped with a large-capacity powder drop tank, a transfer tank, and an efficient sieving system. The powder is transferred with people isolated from powder throughout the entire process in high work efficiency and low failure rate.

1. Dual drive z-axis. 4 guide rails and high-precision dual-drive synchronous control system is used, with container through platform plus grating ruler for closed-loop control, to keep large building size platform in a stable horizontal posture. Meanwhile, it reduces the total equipment height efficiently.

2. Multiple laser configurations. 8 lasers in standard specification, 10 lasers and 12 lasers are optional, fulfill accuracy and market demand.

3. High accuracy building platform. It adopts imported THK screw guide rail mechanism, and grating scale adjustment, which can realize positioning accuracy within ±0.005mm.

4. Intelligent monitoring. The system is equipped with powder bed monitoring module and a built-in camera. It takes pictures for powder bed after each powder spreading and fusing to monitor powder spreading quality and fusing quality for each layer based on the algorithm analysis and comparison. Meanwhile, it can do powder replenishment automatically and alarm.

5. Long life filtration system. The dust collecting system has a blowback function and a long life time filter with more than 100,000 working hours to ensure uninterrupted printing.

6. Multiple powder recycling system. Fully automatic powder recycling system. During printing, the system can automatically and efficiently complete three processes of powder recovery, sieving, and feeding. After printing completion, it moves to the powder cleaning position, where the powder in the forming cylinder can be recycled to the powder storing bin via recycling system under argon protection, which people is isolated from powder throughout the process. Separated powder recycling system. During printing, powder can be pumped with only one-click, and also it is equipped with a large-capacity powder drop tank, a transfer tank, and an efficient sieving system. The powder is transferred with people isolated from powder throughout the entire process in high work efficiency and low failure rate. 

1.ULTRA HIGH FORMING SPACE。The net forming height reaches 2500mm, breaking through conventional sizes andexpanding printingspace.

2.HIGHACCURACY BUILDING PLATFORM。It adopts imported THK screw guide rail mechanism, and grating scale adjust-ment,which can realize positioning accuracy within 士0.005mm.

3.INTELLIGENT MONITORING。The system is equipped with powder bed monitoring module and a built-in camera. lt takespictures for powder bed after each powder spreading and fusing to monitor powder spread.ing quality and fusing quality for each layer based on the algorithm analysis and compari-son. Meanwhile, it can do powder replenishment automatically and alarm.

4.LONG LIFE FILTRATION SYSTEM。The dust collecting system has a blowback function and a long life time filterwith morethan 100,000 working hours to ensure uninterrpted printing.

5.SEPARATEDPOWDERRECYCLINGSYSTEM。Duringprinting, powder can be pumped with only one-click, and also it is equipped with alarge-capacity powder drop tank, a transfer tank, and an efficient sievingsystem. Thepowder is transferred with people isolated from powderthroughout the entire process innigh work efficiency and low failure rate.

1.  Multiple laser configurations. 8 lasers in standard specification, 6 lasers and 10 lasers are optional, fulfill accuracy and market demand.

2. High accuracy building platform. It adopts imported THK screw guide rail mechanism, and grating scale adjustment, which can realize positioning accuracy within ±0.005mm.

3. Intelligent monitoring. The system is equipped with powder bed monitoring module and a built-in camera. It takes pictures for powder bed after each powder spreading and fusing to monitor powder spreading quality and fusing quality for each layer based on the algorithm analysis and comparison. Meanwhile, it can do powder replenishment automatically and alarm.

4. Long life filtration system. The dust collecting system has a blowback function and a long life time filter with more than 100,000 working hours to ensure uninterrupted printing.
   

5. Multiple powder recycling system. Fully automatic powder recycling system. During printing, the system can automatically and efficiently complete three processes of powder recovery, sieving, and feeding. After printing completion, it moves to the powder cleaning position, where the powder in the forming cylinder can be recycled to the powder storing bin via recycling system under argon protection, which people is isolated from powder throughout the process.Separated powder recycling system. During printing, powder can be pumped with only one-click, and also it is equipped with a large-capacity powder drop tank, a transfer tank, and an efficient sieving system. The powder is transferred with people isolated from powder throughout the entire process in high work efficiency and low failure rate.

1. Dual drive z-axis. 4 guide rails and high-precision dual-drive synchronous control system is used,with container through platform plus grating ruler for closed-loop control, to keep large building size platform in a stable horizontal posture. Meanwhile, it reduces the total equipment height efficiently.

2. Self-developed software. To keep equipment's normal operation, LIMPCS SLM operation software has the functions reading multi-type building data files, anticipating printing time, system control,printing parameters setting real-time, processing monitoring, printing logging, cloud data transmission, etc.

3. Intelligent monitoring. The system is equipped with powder bed monitoring module and a built-in camera. It takes pictures for powder bed after each powder spreading and fusing to monitor powder spreading quality and fusing quality for each layer based on the algorithm analysis and comparison. Meanwhile, it can do powder replenishment automatically and alarm.

4. Long life filtration system. The dust collecting system has a blowback function and a long life time filter with more than 100,000 working hours to ensure uninterrupted printing.

5. Multiple powder recycling system. Fully automatic powder recycling system. During printing, the system can automatically and efficiently complete three processes of powder recovery, sieving, and feeding. After printing completion, it moves to the powder cleaning position, where the powder in the forming cylinder can be recycled to the powder storing bin via recycling system under argon protection, which people is isolated from powder throughout the process. Separated powder recycling system. During printing, powder can be pumped with only one-click, and also it is equipped with a large-capacity powder drop tank, a transfer tank, and an efficient sieving system. The powder is transferred with people isolated from powder throughout the entire process in high work efficiency and low failure rate.

1. Dual drive z-axis. 4 guide rails and high-precision dual-drive synchronous control system is used,with container through platform plus grating ruler for closed-loop control, to keep large building size platform in a stable horizontal posture. Meanwhile, it reduces the total equipment height efficiently.

2. Self-developed software. To keep equipment’s normal operation, LIMPCS SLM operation software has the functions reading multi-type building data files, anticipating printing time, system control,printing parameters setting real-time, processing monitoring, printing logging, cloud data transmission, etc.

3. Intelligent monitoring. The system is equipped with powder bed monitoring module and a built-in camera. It takes pictures for powder bed after each powder spreading and fusing to monitor powder spreading quality and fusing quality for each layer based on the algorithm analysis and comparison. Meanwhile, it can do powder replenishment automatically and alarm.

4. Long life filtration system. The dust collecting system has a blowback function and a long life time filter with more than 100,000 working hours to ensure uninterrupted printing.

5. Multiple powder recycling system. Fully automatic powder recycling system.During printing, the system can automatically and efficiently complete three processes of powder recovery, sieving, and feeding. After printing completion, it moves to the powder cleaning position, where the powder in the forming cylinder can be recycled to the powder storing bin via recycling system under argon protection, which people is isolated from powder throughout the process.Separated powder recycling system.During printing, powder can be pumped with only one-click, and also it is equipped with a large-capacity powder drop tank, a transfer tank, and an efficient sieving system. The powder is transferred with people isolated from powder throughout the entire process in high work efficiency and low failure rate. 

1. 3 work positions design. Thanks to 3 work positions design of printing, cleaning, pick-up, it is very convenient for printing handling such as cleaning, pick-up.

2. Multiple laser configurations. 6 lasers in standard specification, 8 lasers and 10 lasers are optional, fulfill accuracy and market demand.

3. High accuracy building platform. It adopts imported THK screw guide rail mechanism, and grating scale adjustment,which can realize positioning accuracy within ±0.005mm.

4. Long life filtration system. The dust collecting system has a blowback function and a long life time filter with more than 100,000 working hours to ensure uninterrupted printing.

5. Intelligent monitoring. The system is equipped with powder bed monitoring module and a built-in camera. It takes pictures for powder bed after each powder spreading and fusing to monitor powder spreading quality and fusing quality for each layer based on the algorithm analysis and comparison. Meanwhile, it can do powder replenishment automatically and alarm.

6. Multiple powder recycling system. Fully automatic powder recycling system. During printing, the system can automatically and efficiently complete three processes of powder recovery, sieving, and feeding. After printing completion, it moves to the powder cleaning position, where the powder in the forming cylinder can be recycled to the powder storing bin via recycling system under argon protection, which people is isolated from powder throughout the process. Separated powder recycling system. During printing, powder can be pumped with only one-click, and also it is equipped with a large-capacity powder drop tank, a transfer tank, and an efficient sieving system. The powder is transferred with people isolated from powder throughout the entire process in high work efficiency and low failure rate.

1. High accuracy building platform. It adopts imported THK screw guide rail mechanism, and grating scale adjustment, which can realize positioning accuracy within ±0.005mm.

2. Self-developed software. To keep equipment’s normal operation, LIMPCS SLM operation software has the functions reading multi-type building data files, anticipating printing time, system control,printing parameters setting real-time, processing monitoring, printing logging, cloud data transmission, etc.

3. Intelligent monitoring. The system is equipped with powder bed monitoring module and a built-in camera. It takes pictures for powder bed after each powder spreading and fusing to monitor powder spreading quality and fusing quality for each layer based on the algorithm analysis and comparison. Meanwhile, it can do powder replenishment automatically and alarm.

4. Long life filtration system. The dust collecting system has a blowback function and a long life time filter with more than 100,000 working hours to ensure uninterrupted printing.

5. Multiple powder recycling system. Fully automatic powder recycling system.During printing, the system can automatically and efficiently complete three processes of powder recovery, sieving, and feeding. After printing completion, it moves to the powder cleaning position, where the powder in the forming cylinder can be recycled to the powder storing bin via recycling system under argon protection, which people is isolated from powder throughout the process.Separated powder recycling system.During printing, powder can be pumped with only one-click, and also it is equipped with a large-capacity powder drop tank, a transfer tank, and an efficient sieving system. The powder is transferred with people isolated from powder throughout the entire process in high work efficiency and low failure rate.

1.  High accuracy building platform. It adopts imported THK screw guide rail mechanism, and grating scale adjustment, which can realize positioning accuracy within ±0.005mm.

2. Self-developed software. To keep equipment’s normal operation, LIMPCS SLM operation software has the functions reading multi-type building data files, anticipating printing time, system control, printing parameters setting real-time, processing monitoring, printing logging, cloud data transmission, etc.

3. Intelligent monitoring. The system is equipped with powder bed monitoring module and a built-in camera. It takes pictures for powder bed after each powder spreading and fusing to monitor powder spreading quality and fusing quality for each layer based on the algorithm analysis and comparison. Meanwhile, it can do powder replenishment automatically and alarm.

4. Long life filtration system. The dust collecting system has a blowback function and a long life time filter with more than 100,000 working hours to ensure uninterrupted printing.

5. Multiple powder recycling system. Fully automatic powder recycling system.During printing, the system can automatically and efficiently complete three processes of powder recovery, sieving, and feeding. After printing completion, it moves to the powder cleaning position, where the powder in the forming cylinder can be recycled to the powder storing bin via recycling system under argon protection, which people is isolated from powder throughout the process.Separated powder recycling system.During printing, powder can be pumped with only one-click, and also it is equipped with a large-capacity powder drop tank, a transfer tank, and an efficient sieving system. The powder is transferred with people isolated from powder throughout the entire process in high work efficiency and low failure rate.

1. The building container is independent. Which can be disassembled,With multi building containers utilization, it can be separated between printing process and powder cleaning process to shorten downtime greatly and process in multi working positions parallelly.

2. High accuracy building platform. It adopts imported THK screw guide rail mechanism, and grating scale adjustment, which can realize positioning accuracy within ±0.005mm.

3. Self-developed software. To keep equipment’s normal operation, LIMPCS SLM operation software has the functions reading multi-type building data files, anticipating printing time, system control, printing parameters setting real-time, processing monitoring, printing logging, cloud data transmission, etc.

4. Intelligent monitoring. The system is equipped with powder bed monitoring module and a built-in camera. It takes pictures for powder bed after each powder spreading and fusing to monitor powder spreading quality and fusing quality for each layer based on the algorithm analysis and comparison. Meanwhile, it can do powder replenishment automatically and alarm.

5. Safe and reliable. The equipment is designed and manufactured in accordance with ISO standards. The whole system is certified in CE safety and explosion-proof.

6. Long life filtration system. The dust collecting system has a blowback function and a long life time filter with more than 100,000 working hours to ensure uninterrupted printing.

1. Self-developed software. Equipped with self-developed slicing software, it can treat internal and external contours differently, allowing parts to have a smooth waterway surface. The machined surface can efficiently save time and reduce the consumption of production capacity by irrelevant details. Parts with multiple layer thicknesses can be printed in one go, saving time on mid-stop operations.

2. High forming quality. A variety of scanning strategies are used to segment a single part, so that the part can acquire diverse physical properties at a microscopic level, improve performance dimensions, and thereby improve printing quality.

3. Grafting process. Positioning and printing directly on the processed part base greatly simplifies the part coordinate movement function and position verification method. A single person can complete the grafting positioning work in a short time on the spot and directly start the printing task, greatly shortening downtime and improving equipment Utilization.

4. Production quality management. The substrate temperature is set separately for different printing heights and different printing stages to effectively eliminate the stress and deformation caused by the structural characteristics of the product while ensuring smooth printing.

5. Breathable technology. Providing the third-generation breathable steel process，eliminating quality at the junction of  breathable areas and dense eliminating quality at the junction of breathable areas and denseareas, and greatly improving the overall yield rate of parts. Provide flexible and highly usable solutions for mold trapped air.

1. Big volume powder feeding container. Powder volume is 1.5 times as building container to guarantee non-stop powder feeding.

2. High accuracy building platform. It adopts imported THK screw guide rail mechanism, and grating scale adjustment, which can realize positioning accuracy within ±0.005mm. 

3. Self-developed software. To keep equipment’s normal operation.LIMPCS SLM operation software has the functions reading multi-type building data files, anticipating printing time, system control, printing parameters setting real-time, processing monitoring, printing logging, cloud data transmission, etc.

4. Intelligent monitoring. Optional intelligent monitoring system. The system is equipped with powder bed monitoring module and a built-in camera. It takes pictures for powder bed after each powder spreading and fusing to monitor powder spreading quality and fusing quality for each layer based on the algorithm analysis and comparison. Meanwhile, it can do powder replenishment automatically and alarm.

5. Safe and reliable. The equipment is designed and manufactured in accordance with ISO standards. The whole system is certified in CE safety and explosion-proof.

6. Long life filtration system. The dust collecting system has a blowback function and a long life time filter with more than 100,000 working hours to ensure uninterrupted printing.

1. Optional 500 ℃ high temperature preheating。The circular cylinder equipment adopts a whole cylinder heating form, and the preheating temperature can reach 500 ℃.

2. Wide scenes and applications. The power supply for LiM-X150A series is 220V, therefore it, not only industrial plants,but also university, institutes where 380V is not available can be deployed.

3. Safe and relaable. The equipment is designed and manufactured in accordance with ISO standards. The whole system is certified in CE safety and explosion-proof.

4. Long life filtration system. The dust collecting system has a blowback function and a long life time filter with more than 100,000 working hours to ensure uninterrupted printing.

5. High accuracy building platform. It adopts imported THK screw guide rail mechanism, and grating scale adjustment,which can realize positioning accuracy within ±0.005mm