Good Quality U Shape Gold Coated IR Heating Lamp For Glass Cutting

Infrared heating lamps have the following advantages for glass cutting:High cutting quality:Smooth edges: Compared with traditional mechanical cutting methods, infrared heating cutting uses thermal stress to make the glass break naturally, which can effectively reduce defects such as edge collapse and microcracks, making the edges of the cut glass smoother and smoother, which is very important for some applications that require high quality of glass edges, such as optical lenses and electronic display screens.Uniform stress: By precisely controlling the irradiation of infrared rays, the stress distribution inside the glass can be relatively uniform, so that the shape of the cut glass is more regular and the dimensional accuracy is higher. Good precision control:Flexible and precise cutting line: The position, power and irradiation time of the infrared heating lamp can be precisely controlled as needed to form a precise cutting line on the glass. Whether it is simple straight line cutting or complex curve cutting, it can be completed well, suitable for manufacturing glass products of various shapes.High repeatability: Under the set parameters, the heating effect of the infrared heating lamp is relatively stable. For mass-produced glass products, it can ensure that the cutting accuracy of each piece of glass has a high consistency. Wide applicability:Applicable to various types of glass: Applicable to various types of glass, including ordinary glass, tempered glass, laminated glass and specially coated glass. Although different types of glass have different absorption characteristics of infrared rays, infrared heating lamps can effectively heat and cut them to a certain extent.Applicable to glass of different thicknesses: Infrared heating lamps can play a role in both ultra-thin glass and thick glass. For ultra-thin glass, traditional cutting methods may cause glass to break due to cutting force, while infrared heating cutting can avoid this situation; for thick glass, cutting can be achieved by gradually accumulating thermal stress by properly adjusting the heating parameters. High processing efficiency:Fast heating: Infrared heating lamps can quickly heat the glass to the required temperature, so that sufficient thermal stress is generated inside the glass, thereby achieving fast cutting. Compared with traditional methods such as hot water cutting, it does not require long waiting times and complicated operation processes, which greatly improves production efficiency.Easy to automate: It can be combined with automation equipment to realize automated production of glass cutting. For example, by cooperating with robotic arms, CNC systems, etc., it can realize automatic loading, positioning, cutting and unloading of glass, further improving production efficiency and reducing labor costs. Relatively low cost: Moderate equipment cost: Compared with high-end equipment such as laser cutting, the equipment cost of tungsten halogen lamp is relatively low. Although shortwave infrared halogen heaters need to be equipped with auxiliary equipment such as temperature control, the overall cost is still within the affordable range of many companies. Low energy consumption: The energy consumption of short wave ir emitters is relatively low, and they can effectively save energy during use. Moreover, the service life of halogen heating lamp is long and the maintenance cost is relatively low, which can reduce the production cost of enterprises in the long run. Easy and safe operation: Easy operation: The operation of halogen heat lamp ir curing lamp is relatively simple. You only need to control the parameters of the replacement infrared halogen lamp to cut glass. It does not require complex technology and professional operators. After simple training, workers can master the operation method proficiently. Safe and reliable: Compared with some traditional cutting methods, infrared heating cutting does not produce sharp fragments, sparks and other dangerous factors, reducing the risk of injury to operators. At the same time, the working environment of halogen heating bulb is relatively stable and not easily disturbed by external factors, ensuring the safety and reliability of the production process.