Andrii M. Profile | Freelancer

5.0

(1 review)

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$10 USD / hour

Flag of UKRAINE

ternopil,

$10 USD / hour

It's currently 9:10 AM here

Joined October 28, 2016

0 Recommendations

Andrii M.

@Matsiurak

5.0

(1 review)

0.4

0.4

100%

100%

$10 USD / hour

Flag of UKRAINE

ternopil,

$10 USD / hour

100%

Jobs Completed

100%

On Budget

100%

On Time

N/A

Repeat Hire Rate

Master degree of Mechanical Engineering

I am a CAD designer with a good experience in CAD/CAM design, product design, 3D modeling, 3D rendering and industrial design. I am using Autodesk Inventor or Autodesk Fusion 360. I can take your project from concept to finished product. I always try to give more than what is required of me. Rendering. Static analysis. Analysis of the movement assembly and the creation of animation. Design drawings. Mech. Engineering, CAD-CAM, drawings, 3D modelling.

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Portfolio

CNC Router

CNC Router

CNC Router

The scroll plate is rotated within the chuck body by the key, the scroll engages the teeth on the underside of the jaws which moves the three jaws in unison, to tighten or release the workpiece.

Self-centering three-jaw chuck

The scroll plate is rotated within the chuck body by the key, the scroll engages the teeth on the underside of the jaws which moves the three jaws in unison, to tighten or release the workpiece.

Self-centering three-jaw chuck

The scroll plate is rotated within the chuck body by the key, the scroll engages the teeth on the underside of the jaws which moves the three jaws in unison, to tighten or release the workpiece.

Self-centering three-jaw chuck

CNC

CNC

To accurately investigate the machine node, the compilation of differential equations, to determine the speed and displacement of the shaft and gear, we need to know the source data of the machine node. In this case, the 3D modeling environment will help us with Autodesk Inventor Professional. Thanks to this program, we can simulate the exact copy of the shaft and gears, by which you can learn the mass and moments of inertia of these parts.

Lathe's transmission upgrade

To accurately investigate the machine node, the compilation of differential equations, to determine the speed and displacement of the shaft and gear, we need to know the source data of the machine node. In this case, the 3D modeling environment will help us with Autodesk Inventor Professional. Thanks to this program, we can simulate the exact copy of the shaft and gears, by which you can learn the mass and moments of inertia of these parts.

Lathe's transmission upgrade

To accurately investigate the machine node, the compilation of differential equations, to determine the speed and displacement of the shaft and gear, we need to know the source data of the machine node. In this case, the 3D modeling environment will help us with Autodesk Inventor Professional. Thanks to this program, we can simulate the exact copy of the shaft and gears, by which you can learn the mass and moments of inertia of these parts.

Lathe's transmission upgrade

To accurately investigate the machine node, the compilation of differential equations, to determine the speed and displacement of the shaft and gear, we need to know the source data of the machine node. In this case, the 3D modeling environment will help us with Autodesk Inventor Professional. Thanks to this program, we can simulate the exact copy of the shaft and gears, by which you can learn the mass and moments of inertia of these parts.

Lathe's transmission upgrade

To accurately investigate the machine node, the compilation of differential equations, to determine the speed and displacement of the shaft and gear, we need to know the source data of the machine node. In this case, the 3D modeling environment will help us with Autodesk Inventor Professional. Thanks to this program, we can simulate the exact copy of the shaft and gears, by which you can learn the mass and moments of inertia of these parts.

Lathe's transmission upgrade

To accurately investigate the machine node, the compilation of differential equations, to determine the speed and displacement of the shaft and gear, we need to know the source data of the machine node. In this case, the 3D modeling environment will help us with Autodesk Inventor Professional. Thanks to this program, we can simulate the exact copy of the shaft and gears, by which you can learn the mass and moments of inertia of these parts.

Lathe's transmission upgrade

To accurately investigate the machine node, the compilation of differential equations, to determine the speed and displacement of the shaft and gear, we need to know the source data of the machine node. In this case, the 3D modeling environment will help us with Autodesk Inventor Professional. Thanks to this program, we can simulate the exact copy of the shaft and gears, by which you can learn the mass and moments of inertia of these parts.

Lathe's transmission upgrade

To accurately investigate the machine node, the compilation of differential equations, to determine the speed and displacement of the shaft and gear, we need to know the source data of the machine node. In this case, the 3D modeling environment will help us with Autodesk Inventor Professional. Thanks to this program, we can simulate the exact copy of the shaft and gears, by which you can learn the mass and moments of inertia of these parts.

Lathe's transmission upgrade

To accurately investigate the machine node, the compilation of differential equations, to determine the speed and displacement of the shaft and gear, we need to know the source data of the machine node. In this case, the 3D modeling environment will help us with Autodesk Inventor Professional. Thanks to this program, we can simulate the exact copy of the shaft and gears, by which you can learn the mass and moments of inertia of these parts.

Lathe's transmission upgrade

Stess Analysis

Stess Analysis

CNC Router

CNC Router

CNC Router

The scroll plate is rotated within the chuck body by the key, the scroll engages the teeth on the underside of the jaws which moves the three jaws in unison, to tighten or release the workpiece.

Self-centering three-jaw chuck

The scroll plate is rotated within the chuck body by the key, the scroll engages the teeth on the underside of the jaws which moves the three jaws in unison, to tighten or release the workpiece.

Self-centering three-jaw chuck

The scroll plate is rotated within the chuck body by the key, the scroll engages the teeth on the underside of the jaws which moves the three jaws in unison, to tighten or release the workpiece.

Self-centering three-jaw chuck

CNC

CNC

To accurately investigate the machine node, the compilation of differential equations, to determine the speed and displacement of the shaft and gear, we need to know the source data of the machine node. In this case, the 3D modeling environment will help us with Autodesk Inventor Professional. Thanks to this program, we can simulate the exact copy of the shaft and gears, by which you can learn the mass and moments of inertia of these parts.

Lathe's transmission upgrade

To accurately investigate the machine node, the compilation of differential equations, to determine the speed and displacement of the shaft and gear, we need to know the source data of the machine node. In this case, the 3D modeling environment will help us with Autodesk Inventor Professional. Thanks to this program, we can simulate the exact copy of the shaft and gears, by which you can learn the mass and moments of inertia of these parts.

Lathe's transmission upgrade

To accurately investigate the machine node, the compilation of differential equations, to determine the speed and displacement of the shaft and gear, we need to know the source data of the machine node. In this case, the 3D modeling environment will help us with Autodesk Inventor Professional. Thanks to this program, we can simulate the exact copy of the shaft and gears, by which you can learn the mass and moments of inertia of these parts.

Lathe's transmission upgrade

To accurately investigate the machine node, the compilation of differential equations, to determine the speed and displacement of the shaft and gear, we need to know the source data of the machine node. In this case, the 3D modeling environment will help us with Autodesk Inventor Professional. Thanks to this program, we can simulate the exact copy of the shaft and gears, by which you can learn the mass and moments of inertia of these parts.

Lathe's transmission upgrade

To accurately investigate the machine node, the compilation of differential equations, to determine the speed and displacement of the shaft and gear, we need to know the source data of the machine node. In this case, the 3D modeling environment will help us with Autodesk Inventor Professional. Thanks to this program, we can simulate the exact copy of the shaft and gears, by which you can learn the mass and moments of inertia of these parts.

Lathe's transmission upgrade

To accurately investigate the machine node, the compilation of differential equations, to determine the speed and displacement of the shaft and gear, we need to know the source data of the machine node. In this case, the 3D modeling environment will help us with Autodesk Inventor Professional. Thanks to this program, we can simulate the exact copy of the shaft and gears, by which you can learn the mass and moments of inertia of these parts.

Lathe's transmission upgrade

To accurately investigate the machine node, the compilation of differential equations, to determine the speed and displacement of the shaft and gear, we need to know the source data of the machine node. In this case, the 3D modeling environment will help us with Autodesk Inventor Professional. Thanks to this program, we can simulate the exact copy of the shaft and gears, by which you can learn the mass and moments of inertia of these parts.

Lathe's transmission upgrade

To accurately investigate the machine node, the compilation of differential equations, to determine the speed and displacement of the shaft and gear, we need to know the source data of the machine node. In this case, the 3D modeling environment will help us with Autodesk Inventor Professional. Thanks to this program, we can simulate the exact copy of the shaft and gears, by which you can learn the mass and moments of inertia of these parts.

Lathe's transmission upgrade

To accurately investigate the machine node, the compilation of differential equations, to determine the speed and displacement of the shaft and gear, we need to know the source data of the machine node. In this case, the 3D modeling environment will help us with Autodesk Inventor Professional. Thanks to this program, we can simulate the exact copy of the shaft and gears, by which you can learn the mass and moments of inertia of these parts.

Lathe's transmission upgrade

Stess Analysis

Stess Analysis

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5.0

$15.00 USD

3D Drawing (.stl format) for plastic frame design (dimension is given)

very fast delivery and able to communicate. good job.

Mechanical Engineering

Hoon M.

@stevechan2013

•

6 years ago

Education

Master degree

Ternopil State 'Ivan Pul'uj' Technical University,

Ukraine

2015 - 2019

(4 years)

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Top Skills

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Mechanical Engineering

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Engineering Drawing

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