4. OBJECTIVES
• Identify the key functions and
features the jig needs to perform.
• Utilize CAD (Computer-Aided
Design) software for creating a 3D
model of the jig.
• Engage in an iterative process of
refinement, taking into account
feedback and making necessary
adjustments.
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5. APPARATUS
• CAD stands for Computer-Aided
Design, a software technology that
aids in the creation, modification,
analysis, or optimization of a design.
• CAD software allows designers to
create precise 2D and 3D models of
products or structures.
• SOLIDWORKS is a popular CAD
software developed by Dassault
Systèmes.
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6. THEORY
• A jig is a unique apparatus that is used to hold, support,
or put an item that has to be machined. IC is a
production tool designed to guide the cutting tools during
the operation in addition to locating and drilling the
workpiece. Typically, jigs are equipped with cutting
instruments such as guiding drills or hardened steel
bushings. Small jigs are typically not secured to the drill
press table. Nonetheless, it's frequently required to
firmly connect the jig to the table in order to drill holes
larger than 0.25 inches in diameter. The jig must to fit
the part, execute the task precisely, and be easy and
secure to use.
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7. INTRODUCTION
• It's a work-holding device that finds, holds, and guides the work piece
while directing the cutting tool for a specific task. Jigs are typically
equipped with various cutting tools or hardened steel bushings for
guidance. This kind of tool is used to direct the position and movement
of another tool. A tool known as a jig will be guided by this device,
which can also hold the work components. The main purpose of a jig is
to facilitate product manufacture by offering interchangeability,
precision, and reproducibility.
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10. DISCUSSION
• For discussion, we saw from this
completed project that the table jig must
be able to read the instructions in order to
avoid mistakes during the jig's design
process. like the kind and size of screws
that should be used. It's also essential to
understand how to use each command on
Solidwoks in order to finish the generated
jig precisely.
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11. CONCLUSION
• In conclusion, we have learned how to use Solidworks from the table jig
that was created. We also know that precise measurements must match
the example in terms of size and scale set to ensure that there are no
errors made during product assembly and that Solidworks was
successfully used to design the final product. Furthermore, we acquired
knowledge about how to integrate the product after it has been designed
by observing how the jig produced screw and dowel types.
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