MOLDING
CAP
PARTS ASSEMBLE
MOLDING
Hello, my name is Ashfaq Maqbool, and I am a CAD/CAM designer. I have a passion for using technology and software to bring my designs to life, and I take pride in creating innovative and efficient products and components for various industries.
As a CAD/CAM designer, I have a strong understanding of materials, manufacturing processes, and industry standards. I am proficient in using a range of 2D and 3D design programs to create detailed designs and virtual prototypes of products, and I am able to program the manufacturing process to ensure that the final product is produced with the highest level of accuracy and precision.
PRODUCT NAME : CUTTING MACHINE
PRODUCT NAME : GAS KIT
PRODUCT NAME : FLANGE FINAL DRIVE
PRODUCT NAME : CABLE DRUM 54
PRODUCT NAME : CABLE DRUM 13
PRODUCT NAME : CAST IRON
PRODUCT NAME : BIKE DRUM 70 CC
PRODUCT NAME : KEY
PRODUCT NAME : FOOTREST
PRODUCT NAME : BOTTLE DIE
PRODUCT NAME : BEARING
PRODUCT NAME : OIL BOTTLE DIE
PRODUCT NAME : SPRING
PRODUCT NAME : KATORA CLUTCH
PRODUCT NAME : PULLEY
PRODUCT NAME : FOOTREST WITH ROD
PRODUCT NAME : BASKET
PRODUCT NAME : SLICE BOTTLE
PRODUCT NAME : SOAP CASE
PRODUCT NAME : HEADLIGHT CASE
PRODUCT NAME : DOUBLE SOAP CASE
PRODUCT NAME : TOOTH BRUSH CASE
PRODUCT NAME : WATER BOTTLE
PRODUCT NAME : ENGINE OIL BOTTLE
PRODUCT NAME : WATER BOTTLE 2
PRODUCT NAME : BATHROOM MUG
PRODUCT NAME : VEGETABLE BASKET
PRODUCT NAME : BULB
PRODUCT NAME : BIKE OIL BOTTLE
PRODUCT NAME : BRUSH
PRODUCT NAME : BIKE FRONT LOGO
PRODUCT NAME : BELT CLIP
PRODUCT NAME : ENGINE OIL
1. 3D Modeling and Design: Creation of detailed 3D models of products or components, including product design, engineering drawings, and prototypes.
2. Parametric Modeling: Creation of flexible, parametric models that can be easily modified to incorporate design changes.
3. Computer-Aided Manufacturing (CAM): Generating machine-readable instructions for CNC machines and other automated machinery, including setting up and running simulations to optimize toolpaths and cutting parameters.
4. CNC Programming: Writing the code that drives CNC machines, including specifying the toolpath, feed rate, and other key parameters required to produce the part.
5. Toolpath Generation: Generating the paths that cutting tools will follow on a part or workpiece, taking into account material removal, cutting speed, and tool engagement.