CNC machining programming
Fine: boutique style, top weapon stable: stable and reliable, hundreds of gold into gold
Easy: Excellent craftsmanship, easy to learn and use Fast: Do more with less, efficient and fast
modeling
Solid and curved hybrid modeling methods, visual design concepts.
Solid modeling mainly includes stretching, rotating, guiding, lofting, chamfering, rounding, punching, ribbing, drawing, and parting. You can quickly generate 3D solid models from 2D sketches. A variety of built-in datum planes are available, allowing users to build a variety of datums based on known conditions.
Surface modeling provides a variety of NURBS surface modeling methods: it can generate complex surfaces by scanning, lofting, rotating, guiding, isometric, boundary and mesh; and provide surface line cutting and face cutting, surface extension, according to the average The surface stitching function of the tangent or selected surface tangent, the stitching function between multiple surfaces, and the powerful surface transition function, can realize the transition of two surfaces, three sides, series surfaces, etc., and can achieve equal radius Or a variable radius transition.
The system supports the modeling method of mixing solid and complex surfaces for complex part design or mold design. Provides the function of surface cropping solids, thickening surfaces into solids, and closing surface fills to generate solid functions. In addition, the system also allows surfaces to be generated from the surface of the entity for direct reference by the user.
The perfect combination of surface and solid modeling methods is a prominent feature of manufacturing engineers in CAD. In each operation step, the prompt area of ​​the software has an operation prompt function. Whether it is a beginner or an engineer with rich CAD experience, you can quickly grasp the æ ¹æ® according to the prompts of the software and design the part model you want.
Programming Assistant:
A new CNC milling programming module with convenient code editing function, easy to learn, and very suitable for manual programming. It also supports automatic import of code and hand-written code, including trajectory simulation of macro code, which can effectively verify the correctness of the code. Supports the mutual post-conversion of multiple system codes, realizes the program sharing of the machining program on different numerical control systems, and also has the function of communication transmission. The code communication between the numerical control system and the programming software can be realized through the RS232 port.
machining
A variety of coarse, semi-fine, fine, complementary processing methods:
Seven roughing methods are available: flat area roughing (2D), area roughing, contour roughing, scan lines, cycloids, plunge milling, and guide lines (2.5 axes).
Provides 14 finishing methods: plane contour, contour guide, surface contour, surface area, surface parameter line, contour line, projection line, contour, guide, scan line, limit line, shallow plane, 3D offset, The deep cavity sidewall has a variety of finishing functions.
Provides 3 kinds of supplementary processing: contour filling processing, pen type clearing, area supplementary processing and other complementary processing functions.
Two types of groove machining are available: curved milling and scanning milling.
Multi-axis machining:
Four-axis machining: four-axis curve, four-axis flat cutting
Five-axis machining: five-axis and other parameter lines, five-axis side milling, five-axis curve, five-axis surface area, five-axis G01 drilling, five-axis orientation, four-axis trajectory processing, etc. for impellers, blade parts, etc. In addition to the processing method, the system also provides dedicated impeller roughing and impeller finishing functions to achieve overall machining of the impeller and blades.
Macro processing:
Rounding machining is provided to generate a machining rounded track and a machining code with macros based on a given plane profile. Making full use of the macro program function makes the round machining program extremely simple and flexible.
The system supports high speed machining:
It can set the approaching and cutting mode such as oblique cutting and spiral cutting. The rounding transition can be set at the corner, and the smooth connection can be formed by the arc or S-shaped way between the contour and the contour to generate a smooth tool path. The ground meets the requirements of high speed machining on the form of tool path.
system requirement
Minimum requirements: Intel "Pentium" 4 processor 2.4GHz, 512MB memory; 10G hard drive.
Recommended configuration: Intel "Xeon" 4 processor 2.6GHz or more CPU, 1G or more memory; 20G hard disk.
Can run on Windows2000, WindowsXP and other system platforms.
Differential Pressure Level Gauge
Differential Pressure Gauge
CYW-152E and CYW-153B stainless steel pressure gauge (hereinafter referred to as instrument) is applicable to measure the differential pressure, flow of various fluids(gases) in the industrial processes among the industrial sectors including the chemical, chemical fiber, metallurgy, power and nuclear power industry.
Differential Pressure Level Gauge,Differential Pressure Water Level Gauge,Differential Erential Pressure Water-Level Gauge,Digital Differential Pressure Gauge
wuxi kaifeng pressure gauge co., ltd , https://www.wxkfmanometer.com