At A.S Engineers & Fabricators, we utilize cutting-edge laser and CNC (Computer Numerical Control) machines to deliver precision engineering solutions for a wide range of applications. Our laser machines offer high-speed, high-precision cutting and engraving capabilities, allowing us to work with various materials, including metals, plastics, and composites. With laser technology, we can create intricate designs, precise cuts, and detailed engravings to meet the most demanding requirements. In addition to laser technology, our CNC machines provide advanced machining capabilities for turning, milling, drilling, and more. These automated machines ensure consistent and accurate production of complex parts and components, with fast turnaround times and minimal waste. Precision Laser and CNC machines offer high levels of precision, allowing for accurate cutting, engraving, and machining of intricate designs and complex shapes. Repeatability The automated nature of laser and CNC machining ensures consistent results, with the ability to replicate parts accurately across large production runs Versatility These machines can work with a wide range of materials, including metals, plastics, wood, and composites, making them versatile for various industries and applications Complexity These machines can create complex geometries and intricate patterns that would be difficult or impossible to achieve with traditional machining methods Speed Laser and CNC machines can produce parts and components quickly and efficiently, reducing production time and increasing productivity. Minimal Waste Laser and CNC machining produce minimal waste compared to traditional methods, as they optimize material usage and reduce the need for manual finishing
CMAX Type of EDM machine , able to control 6 axes [C axis(3R or EROWA) . Rotary table(A. B axis)], automatic tool changer is availble[4 tools. 6 tools 8tools 12 tools 16tools 20 tools] 1. Highly rigid structure. 2. Tough cast iron with quenched treatment to ensure machine bench's precision and steadiness. 3. Heat treated work bench surface featuring high hardness and wear resistance. 4. Three axes with optical scale of 0.001 mm resolution. 5. Software, hardware and mechanical limit for multiple protection and high mechanical safety. 6. Feedback servo absorption system for reduced inertia and improved servo machining steadiness. Together with high rigidity bench this machine features more stable large mold surface machining servo and more uniform machining surface. 7. High speed machining circuit capable of fast and super fine machining for workpieces of different substances including nut molds (HRA88 or above), titanium, aluminum, and steel molds. 8. Micro-computer coke detector to monitor and rapidly block abnormal arc wave during machining as well as to ensure machining safety and mold quality. 9. Machining in IPS586, 32bit, CF card, 128MB and 3D motion modes. 10. Multi-stage machining up to 999 stages. 11. Features multiple comprehensive functions including: multi-level chip removal height, time based machining completion setup, completion percentage setup, original track reverse trip, coke activated mold return, error message and log during machining for troubleshooting and maintenance. 12. Offline machining file editing function . 13. Electronic hand wheel assisted mold calibration and shift for easy and fast operation . 14. Up to 100 coordinates groups (A01~A100). 15. Up to 999 machining parameters S codes (S01~S999). 16. Auto P codes editing in accordance with substance including: copper VS. steel, graphite VS. steel, graphite VS. aluminum, graphite VS. titanium, copper VS. copper, steel VS. steel, graphite VS. tungsten steel, copper VS. tungsten steel, and copper VS. aluminum. 17. Multiple axial machining including: XY Z-, XY Z+, YZ X-, YZ X+, ZX Y-, and ZX Y+. This enables full dimension machining together with E code (and optional C and A/B axis accessory). 18. The E code features 2D, 3D, straight line shift positioning, mold calibration, compensation, tool replacement, linear spiral, equal-gap dome, cylindrical track, circle track gradient spiral circle, diagonal loop, intra- and extra-circle sphere machining, square/round taper, ZC Star reaming, multi round holes, incremental displacement, multi square holes, multi linear holes, and bottom inclination machining. 19. The E code graphical preview function displays machining path 20. Features track machining function 21. OB machining mode: XYZ/XT/XZY/XZ/YZX/YZ/matching circle/square/concentric circle/concentric square/union jack pattern/cross/hexagonal
Company Introduction: Kanou specializes in production of quality machined parts, precision turned parts, offering professional machining services at competitive price and on timely delivery. With our extensive machining capabilities, we produce the most challenging precision machined parts covering all Industries especially in mass production in automotive industry. Capabilities: We have 14 years of experience in producing high quality components in kinds of material on CNC machines. We produce precision parts and products with tolerance of ± 0.001or tighter with our best CNC machine resource. We work closely with customers to achieve their inputs from Sketches, Designs and CAD files. Thus no matter how complex your designs are, we turn them in to tangible products with accurate size. Contact: Name: Sunny Tang E-M: sales06(at)kanouprecision(dot)com Web: www(dot)kanouprecision(dot)com
X axis servo travel : 3000mm, Y axis servo travel : 1000mm ,Z axis travel :600mm ( Option : able to update to 1000mm) , one or two spindles depend on customer ,work tank size is up to L:4100mm W:1700 H:800mm, 1. Highly rigid structure. 2. Tough cast iron with quenched treatment to ensure machine bench's precision and steadiness. 3. Heat treated work bench surface featuring high hardness and wear resistance. 4. Three axes with optical scale of 0.001 mm resolution. 5. Software, hardware and mechanical limit for multiple protection and high mechanical safety. 6. Feedback servo absorption system for reduced inertia and improved servo machining steadiness. Together with high rigidity bench this machine features more stable large mold surface machining servo and more uniform machining surface. 7. High speed machining circuit capable of fast and super fine machining for workpieces of different substances including nut molds (HRA88 or above), titanium, aluminum, and steel molds. 8. Micro-computer coke detector to monitor and rapidly block abnormal arc wave during machining as well as to ensure machining safety and mold quality. 9. Three axes motion mode machining, multi-holes machining, horizontal multi-OB modes reaming, and three axes 45FX/90FX reaming. 10. Nine home points setup and 100 machining coordinates setup 11. Memory for up to 100 job files. Each file may contain 5 preset machining groups for horizontal placement, reaming, and ATC auto electrode replacement (special accessories required). 12. 10-stage Z-axis and horizontal OB machining. Complete machining in one setup. 13. Auto edge finding, mold center and hole center finding, mechanical reset, auto reset, manual edge finding with electronic handwheel edge finding, auto intra- and extra-hole mold center finding. 14. Single and full stage machining, machining simulation for machining initial hole, coordinates compensation, hole replacement height, coke height, trip speed, Chinese and English screens (metric/ imperial), and chip removal positioning function. 15. New generation FUZZY and intelligence editing function. Input machining substance, machining depth, and maximum and minimum machining current and the FUZZY system comes up with machining parameters at each machining depth stage for easy operation.
CMAX Type of EDM machine , able to control 6 axes [C axis(3R or EROWA) . Rotary table(A. B axis)], automatic tool changer is availble[4 tools. 6 tools 8tools 12 tools 16tools 20 tools] 1. Highly rigid structure. 2. Tough cast iron with quenched treatment to ensure machine bench's precision and steadiness. 3. Heat treated work bench surface featuring high hardness and wear resistance. 4. Three axes with optical scale of 0.001 mm resolution. 5. Software, hardware and mechanical limit for multiple protection and high mechanical safety. 6. Feedback servo absorption system for reduced inertia and improved servo machining steadiness. Together with high rigidity bench this machine features more stable large mold surface machining servo and more uniform machining surface. 7. High speed machining circuit capable of fast and super fine machining for workpieces of different substances including nut molds (HRA88 or above), titanium, aluminum, and steel molds. 8. Micro-computer coke detector to monitor and rapidly block abnormal arc wave during machining as well as to ensure machining safety and mold quality. 9. Machining in IPS586, 32bit, CF card, 128MB and 3D motion modes. 10. Multi-stage machining up to 999 stages. 11. Features multiple comprehensive functions including: multi-level chip removal height, time based machining completion setup, completion percentage setup, original track reverse trip, coke activated mold return, error message and log during machining for troubleshooting and maintenance. 12. Offline machining file editing function . 13. Electronic hand wheel assisted mold calibration and shift for easy and fast operation . 14. Up to 100 coordinates groups (A01~A100). 15. Up to 999 machining parameters S codes (S01~S999). 16. Auto P codes editing in accordance with substance including: copper VS. steel, graphite VS. steel, graphite VS. aluminum, graphite VS. titanium, copper VS. copper, steel VS. steel, graphite VS. tungsten steel, copper VS. tungsten steel, and copper VS. aluminum. 17. Multiple axial machining including: XY Z-, XY Z+, YZ X-, YZ X+, ZX Y-, and ZX Y+. This enables full dimension machining together with E code (and optional C and A/B axis accessory). 18. The E code features 2D, 3D, straight line shift positioning, mold calibration, compensation, tool replacement, linear spiral, equal-gap dome, cylindrical track, circle track gradient spiral circle, diagonal loop, intra- and extra-circle sphere machining, square/round taper, ZC Star reaming, multi round holes, incremental displacement, multi square holes, multi linear holes, and bottom inclination machining. 19. The E code graphical preview function displays machining path 20. Features track machining function 21. OB machining mode: XYZ/XT/XZY/XZ/YZX/YZ/matching circle/square/concentric circle/concentric square/union jack pattern/cross/hexagonal
Available processing (Technique): 1.Turning 2.Milling 3.Grinding 4.laser cutting 5.Drilling 6.Forging Strictly in accordance with the customer specific instruction on the packing