











As a kind of CNC machines, laser cutting machines adopt high-power laser beams. The material is quickly heated to the evaporation temperature and evaporates to form pores. Laser cutting machine has non-contact processing that the mechanical part of the head has no contact with the workpiece
What are the features of laser cutting machine?
How about the speed and power of laser cutting machine?
Where can laser cutting machine be used?
The CNC laser cutting machine uses the laser beam to melt the materials in a non-contact manner.
Laser cutting machine has low-energy consumption. Traditional blanking press consumes 50kW, which is equal to a 4kw laser cutting machine of 10kW.
Laser cutting machine has high security. The blanking press has a large blade that can move up and down quickly to cut. Due to the high automation, the machines can cut automatically, greatly decreasing human intervention. It also has a protective cover, which can protect the operator’s safety and the environment.
Laser cutting machine can save raw materials that are more efficient to use materials.
The laser cutting machine can cut any strength material at a high speed and high precision.
Blanking presses consist of expensive parts, causing high maintenance and replacement costs. However, the laser cutting machine requires less maintenance with few moving parts.
The traditional machine is equipped with a fixed design tool for each part. The laser cutting machine adopts programming technology, which is flexible and convenient without changing any mechanical parts.
The power of the laser cutting machine is usually above 7W. It is determined according to the material, thickness and processing effect. FPC cutting usually uses 10W, 12W or 15W machines, while PCB cutting adopts 18W or 20W one.
The processing speed of the laser cutting machine is directly related to the material, thickness, and power. The higher the power, the higher the processing speed. The thinner the material thickness, the higher the processing speed. The higher the material absorbs laser beam, the higher the processing speed. The processing speed of PI film is much higher than the processing speed of thin metal.
The laser cutting machine is better to process thin materials, while the processing efficiency will be lower for other materials. The laser cutting machine can process thicker materials such as PCB, carbon fiber, and metal material. PCB can be processed with no more than 2mm, carbon fiber no more than 1mm, and metal material no more than 0.2mm.
As a new type of tool, laser cutting machine is increasingly used in various industries, including laser engraving machines, laser marking machines, and laser welding machines.
It can be used in sheet metal processing, aviation, aerospace, electronics, electrical appliances, subway accessories, automobiles, food machinery, textile machinery, engineering machinery, precision accessories, ships, metallurgical equipment, elevators, household appliances, craft gifts, tool processing, decoration, advertising, metal processing, kitchenware processing and other manufacturing and processing industries.
Learn more about laser cutting machine can know the features of laser cutting machine and the uses of laser cutting machine. LZK CNC Machine Tool(Anhui) Manufacturing Co., Ltd. has been a high-tech enterprise since 1988. We are glad to hear from you.
As a kind of CNC machines, laser cutting machines adopt high-power laser beams. The material is quickly heated to the evaporation temperature and evaporates to form pores. Laser cutting machine has non-contact processing that the mechanical part of the head has no contact with the workpiece
What are the features of laser cutting machine?
How about the speed and power of laser cutting machine?
Where can laser cutting machine be used?
The CNC laser cutting machine uses the laser beam to melt the materials in a non-contact manner.
Laser cutting machine has low-energy consumption. Traditional blanking press consumes 50kW, which is equal to a 4kw laser cutting machine of 10kW.
Laser cutting machine has high security. The blanking press has a large blade that can move up and down quickly to cut. Due to the high automation, the machines can cut automatically, greatly decreasing human intervention. It also has a protective cover, which can protect the operator’s safety and the environment.
Laser cutting machine can save raw materials that are more efficient to use materials.
The laser cutting machine can cut any strength material at a high speed and high precision.
Blanking presses consist of expensive parts, causing high maintenance and replacement costs. However, the laser cutting machine requires less maintenance with few moving parts.
The traditional machine is equipped with a fixed design tool for each part. The laser cutting machine adopts programming technology, which is flexible and convenient without changing any mechanical parts.
The power of the laser cutting machine is usually above 7W. It is determined according to the material, thickness and processing effect. FPC cutting usually uses 10W, 12W or 15W machines, while PCB cutting adopts 18W or 20W one.
The processing speed of the laser cutting machine is directly related to the material, thickness, and power. The higher the power, the higher the processing speed. The thinner the material thickness, the higher the processing speed. The higher the material absorbs laser beam, the higher the processing speed. The processing speed of PI film is much higher than the processing speed of thin metal.
The laser cutting machine is better to process thin materials, while the processing efficiency will be lower for other materials. The laser cutting machine can process thicker materials such as PCB, carbon fiber, and metal material. PCB can be processed with no more than 2mm, carbon fiber no more than 1mm, and metal material no more than 0.2mm.
As a new type of tool, laser cutting machine is increasingly used in various industries, including laser engraving machines, laser marking machines, and laser welding machines.
It can be used in sheet metal processing, aviation, aerospace, electronics, electrical appliances, subway accessories, automobiles, food machinery, textile machinery, engineering machinery, precision accessories, ships, metallurgical equipment, elevators, household appliances, craft gifts, tool processing, decoration, advertising, metal processing, kitchenware processing and other manufacturing and processing industries.
Learn more about laser cutting machine can know the features of laser cutting machine and the uses of laser cutting machine. LZK CNC Machine Tool(Anhui) Manufacturing Co., Ltd. has been a high-tech enterprise since 1988. We are glad to hear from you.
LZK has introduced Ulti-Form, a new robotic bending system with an automatic tool changer bender. Ulti-Form follows the success of LZK's Dyna-Cell robotic bending cell and takes automated bending technology a step further by incorporating an automatic tool changer to keep bending productivity at the highest level, efficiently handling small batches and long production runs with minimal changeover time. Ulti-Form achieves high productivity bending through unattended operation.
Tool Cell Inspired Design
Ulti-Form's 135-ton bending machine is designed on the ToolCell platform, LZK's most acclaimed automatic tool change bending machine, and is integrated with industrial robots. The bending machine has a built-in tool warehouse and uses a clamping mechanism in the machine's rear stopper fingers to change tools quickly and efficiently. The bending machine and robot work in tandem to minimize changeover time. The bender completes the tool change when the robot picks up the first part from the input stack and centers it. Ulti-Form can handle parts from 50 x 100 mm to 1200 x 800 mm and weigh up to 25 kg.
No Robotics Instruction
Thanks to LZK's powerful programming wizard, Ulti-Form is an easy-to-use automation with a fast "art-to-part" process. Both bending machine and robot programming are handled offline, with no robot tutorials required. CADMAN®-B software automatically calculates the optimal bending program. The robot software imports all bending data and automatically calculates all fixture positions, taking into account fixture forces, collision detection and robot accessibility. It generates the fastest collision-free path for the robot throughout the bending operation. The system's database contains all the setup information needed for the bending machine and robot so Ulti-Form is quickly ready for production.
Adaptive Gripper
The Ulti-Form robot gripper is an adaptive design designed by LZK (patent pending). It has the flexibility to adapt to multiple part geometries and automatically adjusts to the size of the part. This allows a range of different part geometries to be handled without the need to change grippers, thus keeping production continuous and uninterrupted.
Quality Assurance
Ulti-Form is equipped with LZK's Easy-Form® Laser Adaptive Bending System, which provides automation with quality assurance. Real-time in-line adaptive bending technology adds advanced process stability to robotic bending machine bending. The Easy-Form laser system adapts to material variations, including sheet thickness, strain hardening and grain direction, automatically compensating for any changes to ensure consistently accurate bending results.
Automation Today
Ulti-Form is a modern, automated bending system. Its efficiently organized layout has a footprint of only 8 x 10 meters. The system includes three input pallets, a large output area and small part placement area, an automatic pallet dispenser and transfer system for transferring complete pallets out of the system.
Ulti-Form is designed for flexibility and can be run automatically or in manual mode. Manual operation can be used for very complex parts and small batches; automated production of long series.
Ulti-Form is flexible, efficient and easy to program and operate, providing a fast return on investment.
LZK CNC Machine Tool(Anhui) Manufacturing Co.,Ltd (LZK) today is placed as a professional leading manufacturer and global supplier of sheet metal working machinery. The company was founded in Oct. 1990, starting manufacturing from 1988, it is a high technique corporation and locates in National spark technology compact district area—-Bowang industry area, 20KM away to the Lukou International Airport of Nanjing and 50KM away to the Nanjing Nan train station with convenient transportation.
The company ‘s registered capital is around USD 300,000.00, occupy 12,000.00 square meters with a production workshop of 8,800.00 square meters, making it one of Chinese largest facility for professional sheet metal fabrication machinery. The total workforce at LZK is currently numbered at 80 employees and is composed of highly trained and qualified machine operators and assembly technicians supported LZK products are manufactured with the Chinese AAA level good standardization and accredited for the ISO 9001:2008 and CE Certification is optional. In the past years LZK has progressed to become a major exporter of sheet metal machineries to the world markets with customers located in all the machine tools consuming countries.
LZK currently has representative offices in more than 60 countries and regions through designated distributors. Here, with its long and strong engineering experience, LZK hopes to become a quality-conscious, professional mechanical manufacturing company that serves the industry
Shearing machine is very important in the era of scientific and technological development. In terms of work efficiency, many enterprises have seen the light in the production of finished products due to shearing machine. They play a very important role in processing such as metal and non-metal plates.
Why is shearing machine widely used?
What is the structure of shearing machine?
How does shearing machine work?
The shearing machine plays a role in fast cutting for some panels that need to be processed. The traditional cutting wood is more often used by the see-saw method, which has slow speed and makes people tired. The saw blade is very easy to wear and break. However, the use of shearing machine gives a feeling of high efficiency, convenience and the high quality. Because the shearing machine has two blades merged into one joint, which can be adjusted, it can be cut at any angle, even if the plate is bent and deformed.
The main structure of the shearing machine is generally composed of the body, the transmission system, the knife holder, the presser, the front stopper, the rear stopper, the supporting device, the blade gap adjustment device, the light alignment device, the lubrication device, electrical control devices and other components.
The shearing machine is welded by steel plate, which has good rigidity. The two cylinders are fixed on the left and right columns. The auxiliary tool holder is provided on the working table to facilitate the micro adjustment of the lower tool holder. There is also a feeding ball on the working table of shearing machine.
The upper tool holder is a steel plate welded structure. It uses the eccentric sleeve as the fulcrum to swing back and forth under the drive of the left and right oil cylinders and the accumulator return cylinder to complete the shearing. The vertical supporting surface of the blades of shearing machine forms an arc-shaped curve to ensure the consistency of the gap between the upper blades during the cutting process.
The material pressing device is composed of several material pressing oil cylinders installed on the front supporting surface of the frame. The head presses down after overcoming the tension of the relay spring to compress the sheet material. It resets by the pulling force of the tension spring.
The shearing machine should be able to meet requirements of the straight and parallel shearing surface of the sheared sheet. Shearing machine should minimize the distortion of the sheet to obtain high-quality workpieces. The upper blade of the shearing machine is fixed on the knife holder, while the lower blade is fixed on the workbench. A holding ball is installed on the workbench so that the sheet material will not be scratched when performing. The back gauge is used for positioning the plate that the position can be adjusted by the motor. The pressing cylinder is used to compress the sheet to prevent the sheet from moving during shearing. The guardrail is a safety device to prevent work-related accidents. The returning generally relies on nitrogen, which is fast and has little impact.
The movement of the shearing machine is that the belt on the motor transmits the torque to the large pulley shaft. The large pulley shaft has a small gear at the other end. The power is transmitted from the small gear to the large gear on the shearing shaft. The large gear shaft is equipped with a clutch mechanism. When the shearing machine is operated, the large gear drives the shearing shaft. The eccentric wheel on the shearing shaft drives the upper knife holder to move up and down linearly through the connecting rod to shear.
Learn more something about shearing machine can know the structure of shearing machine and how shearing machine works. LZK CNC Machine Tool(Anhui) Manufacturing Co., Ltd. is the leading company in the CNC industry. We are glad to hear from you!