| 
              
                |  Product Information |  
                |  |  
                | www.chinahanji.com |  |  | 
              
                |  HOME >> Equipment >> Lathed & milled equipment |  
 
                
                  |  | Kehan Laser Micro-machining |  |  
                  |  | 1、Introduction China Kehan Laser Company Limited specialized in developing and producing ultrafast laser CNC machine used in different area (as shown in the following pictures). This serial equipment are international top ranking high precision micro-nano cold working machines. They are equipped with high power ultrafast laser machine, laser scanning processing machine and high precision five-dimension CNC motion platform. Assembled by advancing CNC system, they are new high-tech products with ultra short-pulse laser, precision machinery, CNC technology and other technology. They are applied in equipment manufacturing industry, automobile and aerospace precision manufacturing industry and various micro processing industries. They can be used in incising, micro hole machining, marking, carving, lining and grooving difficult-to-machine material(such as cemented carbide, brittle glass, ceramics, organic polymer materials).
 |  |  
                
                  |  |  |  |  |  |  
                  |  |  |  |  |  |  
                  |  | ultrafast laser CNC machine(a) |  | ultrafast laser CNC machine(b) |  |  
                
                  |  | 2、Laser Micromachining Products Introduction |  |  
                
                  |  |  |  |  |  |  
                  |  | Application AreaMicromachining various metallic material
 Processing Capability :① Processing capability: Processing straight hole and bore-hole(positive hole and inverted cone hole);
 ② Thickness: in 3mm
 ③ Size: 50μm-1500μm
 ④ Machining Effect: Minimum edge heating. It means there is no slag phenomenon in the edge of the product.
 ⑤ Processing Precision: ±10μm
 
 Potential Demand Marketing : 1、household appliance industry
 2、engine, turbine industry
 3、mechanical equipment, experimental apparatus industry
 4、medical device industry
 | 
   | Sample Picture 
     a) Micro hole surface b) Micro hole inwall
 P-1 Φ220μm nozzle inverted cone hole
 |  |  
                
                  |  |  |  |  |  |  
                  |  | Application AreaMicromachining various metallic material
 Processing Capability :① Processing capability: Processing straight hole and bore-hole(positive hole and inverted cone hole);
 ② Thickness: in 3mm
 ③ Size: 50μm-1500μm
 ④ Machining Effect: Minimum edge heating. It means there is no slag phenomenon in the edge of the product.
 ⑤ Processing Precision: ±10μm
 
 Potential Demand Marketing : 1、household appliance industry
 2、engine, turbine industry
 3、mechanical equipment, experimental apparatus industry
 4、medical device industry
 | 
   | Sample Picture 
 P-2 Φ500μm straight hole |  |  
                
                  |  |  |  |  |  |  
                  |  | Application AreaMicromachining various metallic material
 Processing Capability :① Processing capability: Processing straight hole and bore-hole(positive hole and inverted cone hole);
 ② Thickness: in 3mm
 ③ Size: 50μm-1500μm
 ④ Machining Effect: Minimum edge heating. It means there is no slag phenomenon in the edge of the product.
 ⑤ Processing Precision: ±10μm
 
 Potential Demand Marketing : 1、household appliance industry
 2、engine, turbine industry
 3、mechanical equipment, experimental apparatus industry
 4、medical device industry
 | 
   | Sample Picture 
 P-3 Φ500μm inverted cone hole |  |  
                
                  |  |  |  |  |  |  
                  |  | Application AreaMicromachining various metallic material
 Processing Capability :① Processing capability: Processing straight hole and bore-hole(positive hole and inverted cone hole);
 ② Thickness: in 3mm
 ③ Size: 50μm-1500μm
 ④ Machining Effect: Minimum edge heating. It means there is no slag phenomenon in the edge of the product.
 ⑤ Processing Precision: ±10μm
 
 Potential Demand Marketing : 1、household appliance industry
 2、engine, turbine industry
 3、mechanical equipment, experimental apparatus industry
 4、medical device industry
 | 
   | Sample Picture 
 P-4 Φ500μm Electron micrograph of straight hole section |  |  
                
                  |  |  |  |  |  |  
                  |  | Application Area Micromachining non-metallic material: quartz, sapphire, silicon wafer
 Processing Capability :①Processing capability: Processing straight hole and bore-hole(positive hole and inverted cone hole);
 ②Thickness: in 2mm
 ③Size: 50μm-1500μm
 ④Machining Effect: Minimum edge heating. It means there is no slag phenomenon in the edge of the product.
 ⑤Processing Precision: ±10μm
 Potential Demand Marketing  : 1、solar energy industry
 2、electron industry
 3、optical industry
 4、photovoltaic industry
 | 
   | Sample Picture 
 P-5 Φ300μm micro hole in sapphire substrate  |  |  
                
                  |  |  |  |  |  |  
                  |  | Application Area Micromachining non-metallic material: quartz, sapphire, silicon wafer
 Processing Capability :①Processing capability: Processing straight hole and bore-hole(positive hole and inverted cone hole);
 ②Thickness: in 2mm
 ③Size: 50μm-1500μm
 ④Machining Effect: Minimum edge heating. It means there is no slag phenomenon in the edge of the product.
 ⑤Processing Precision: ±10μm
 Potential Demand Marketing  : 1、solar energy industry
 2、electron industry
 3、optical industry
 4、photovoltaic industry
 | 
   | Sample Picture 
 P-6 Incising sapphire with thickness 0.3mm |  |  
                
                  |  |  |  |  |  |  
                  |  | Application Area Micromachining non-metallic material: quartz, sapphire, silicon wafer
 Processing Capability :①Processing capability: Processing straight hole and bore-hole(positive hole and inverted cone hole);
 ②Thickness: in 2mm
 ③Size: 50μm-1500μm
 ④Machining Effect: Minimum edge heating. It means there is no slag phenomenon in the edge of the product.
 ⑤Processing Precision: ±10μm
 Potential Demand Marketing  : 1、solar energy industry
 2、electron industry
 3、optical industry
 4、photovoltaic industry
 | 
   | Sample Picture 
 P-7 Punching in sapphire(Φ800μm) |  |  
                
                  |  |  |  |  |  |  
                  |  | Application Area Glass micromachining: soda-lime glass, coated glass, Corning Gorilla Glass and so on
 Processing Capability :①Processing capability: Processing straight hole and bore-hole(positive hole and inverted cone hole);
 ②Thickness: in 2mm
 ③Size: 100μm-1500μm
 ④Machining Effect: Minimum edge heating. It means there is no slag phenomenon in the edge of the product.
 ⑤Processing Precision: ±10μm. Edge damage controlled quantity<100um.
 Potential Demand Marketing  : 1、solar energy industry
 2、electron industry
 3、optical industry
 4、photovoltaic industry
 | 
   | Sample Picture 
 P-8 Drilling and incising in glass |  |  
                
                  |  |  |  |  |  |  
                  |  | Application AreaMicromachining ceramic material: 75,95,96,99aluminum oxide ceramics, aluminium nitride, carborundum, metallization ceramics and so on
 Processing Capability ①	Processing capability: Processing straight hole and bore-hole(positive hole and inverted cone hole);
 ②	Thickness: in 2mm
 ③	Size: 100μm-1500μm
 ④	 Machining Effect: Minimum edge heating. It means there is no slag phenomenon in the edge of the product.
 ⑤	Machining Effect: The edge is burr-free, with high surface finish. Heat effect area is small.
 Potential Demand Marketing  : 1、electron industry
 2、photovoltaic industry
 | 
   | Sample Picture 
 |  |  
                
                  |  |  |  |  |  |  
                  |  | Application AreaMicromachining ceramic material: 75,95,96,99aluminum oxide ceramics, aluminium nitride, carborundum, metallization ceramics and so on
 Processing Capability ①	Processing capability: Processing straight hole and bore-hole(positive hole and inverted cone hole);
 ②	Thickness: in 2mm
 ③	Size: 100μm-1500μm
 ④	 Machining Effect: Minimum edge heating. It means there is no slag phenomenon in the edge of the product.
 ⑤	Machining Effect: The edge is burr-free, with high surface finish. Heat effect area is small.
 Potential Demand Marketing  : 1、electron industry
 2、photovoltaic industry
 | 
   | Sample Picture 
 |  |  
                
                  |  |  |  |  |  |  
                  |  | Application AreaMicromachining ceramic material: 75,95,96,99aluminum oxide ceramics, aluminium nitride, carborundum, metallization ceramics and so on
 Processing Capability ①	Processing capability: Processing straight hole and bore-hole(positive hole and inverted cone hole);
 ②	Thickness: in 2mm
 ③	Size: 100μm-1500μm
 ④	 Machining Effect: Minimum edge heating. It means there is no slag phenomenon in the edge of the product.
 ⑤	Machining Effect: The edge is burr-free, with high surface finish. Heat effect area is small.
 Potential Demand Marketing  : 1、electron industry
 2、photovoltaic industry
 | 
   | Sample Picture 
 P-9 Drilling and incising in ceramic |  |  
                
                  |  |  |  |  |  |  
                  |  | Application AreaMicromachining organic materials
 Processing Capability ①	Processing capability: Processing straight hole and bore-hole(positive hole and inverted cone hole);
 ②	There is almost no heat effect in the edge.
 ③	 Thickness: in 1mm
 ④	Size: 100μm-1500μm
 ⑤	Processing Precision: ±10μm
 Potential Demand Marketing  : 1、mobile phone industry
 2、apparatus industries
 | 
   | Sample Picture 
 
 |  |  
                
                  |  |  |  |  |  |  
                  |  | Application AreaMicromachining organic materials
 Processing Capability ①	Processing capability: Processing straight hole and bore-hole(positive hole and inverted cone hole);
 ②	There is almost no heat effect in the edge.
 ③	 Thickness: in 1mm
 ④	Size: 100μm-1500μm
 ⑤	Processing Precision: ±10μm
 Potential Demand Marketing  : 1、mobile phone industry
 2、apparatus industries
 | 
   | Sample Picture 
 P-10  Drilling and incising in organic materials |  |  
                
                  |  | 3、Laser Micromachining Vedio 
 |  |  |  |