Halfathou

Explore

Manufacturing Portfolio

Hi! I'm Miguel Bastida, a CNC machinist committed to producing high-quality parts. With my attention to detail, technical expertise, and problem-solving skills, I strive to continuously improve my craft

Miguel Bastida

Completed my education in Design and Manufacturing at

De Anza College⁠

in Cupertino California. During 3 years I completed several certificates of advanced achievement and certifications.

Scroll down or navigate the menu (right) to see my core skills ➡️

See my

certificates and certifications⁠

✅

Download my resume 📄

About me 🙋‍♂️

See my woodworking skills 🪚

CNC Machining

Proficient using Haas machines, from work-holding, code transfer and machine setup for each job. Confident in writing, inspecting and correcting code in the machine controller real time. I make good use of newly integrated G codes for all haas features.

Good practices and safety applied while using every CNC machine.

Haas 3 axis Mill

Haas 5 axis SS Mill

Haas Horizontal Mill

Haas Y axis lathe

Haas drill/tap mill

Okuma Multi axis lathe

DMG Mori 5 axis Mill

Rotary and Indexing heads

⁠

Some skill writing small automation macros

CAD

Proficient in SolidWorks (2016 and up)

Complex Assemblies

Top Down Design

Surfacing

Constrained Design

Blueprinting

Sheet Metal

⁠

Proficient Siemens NX (11 and up)

Complex Assemblies

Top Down Design

Constrained Design

CAM and simulation (see more on CAM section)

Adept Creo Parametric (4.0 only)

Autodesk Inventor

Autodesk Autocad

Autodesk Fusion 360

collaborative modeling

Assemblies

Blueprinting

CAM

High speed machining, toolpath optimization

Mastercam (2017 and up)

BobCam (v30)

Siemens NX (11 and up)

Autodesk HSM

Metrology

Quick shop inspection (while setup on the machine) Quick shop inspection (while setup on the machine)

Quick shop inspection (while setup on the machine)

Toolroom and metrology lab inspection

Hardness and toughness testing

Sine inspection

CMM inspection (Zeiss Calypso)

⁠

Blueprinting

Complete assembly blueprinting

Engineering and machine shop annotations

GD&T (2009 & 2018)

When to use and when is cost effective to apply GD&T into a design

Rules of GD&T, when do they apply and when do they cancel each other

How to read, apply and draw GD&T into a blueprint

How to measure

Additive Manufacturing

CAD optimization for 3d printing

Model slicing

Hobbyist FDM machines

Formlabs SLA machine

Materials such as:

Nylon

Onyx (Nylon with chopped Carbon fiber)

Carbon Fiber Inlay Nylon

PLA

ABS

PEEK

Post processing:

Support removal

Washing

UV curing

Sanding

Manual Machining / Other processes

Machining operations with:

Lathes

Milling Machines

Grinders (surface, bench)

Drill Press

Bandsaw

Heat Treatment (quenching, annealing, pack carburizing)

Toolmaking

Sandblasting

Polishing

⁠

Additive Manufacturing

Manual Machining / Other processes

Want to print your doc?
This is not the way.

Try clicking the ⋯ next to your doc name or using a keyboard shortcut (

CtrlP

) instead.