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$15 USD / ora
Bandiera: SERBIA
novi sad, serbia
$15 USD / ora
Attualmente sono le 3:58 AM qui
Registrato il giugno 10, 2017
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Marko T.

@Tretwerk

 5,0 (2 valutazioni)
1,3
1,3
100%
100%
$15 USD / ora
Bandiera: SERBIA
novi sad, serbia
$15 USD / ora
100%
Lavori completati
100%
Nel budget
100%
Nei tempi previsti
NA
Tasso di riassunzione

3D modeling | Manufacturing Engineer | CNC

Many years of experience in the profession. In the first company I was employed in, I worked in a plant for the production of CNC machines. I was required to create 3D models and G codes to create components in our plant. I currently work as a CNC manufacturing engineer and run a plant that deals with innovative production on CNC machines. From the very beginning of my studies, I was extremely interested in the industry itself. I immediately looked for ways, and opportunities to reach practical knowledge and people from the field. All the time I was privately working on small projects to provide myself first of all with the necessary experience and then financial independence. I made a lot of mistakes, wrong moves, but with the experiences of my mentors and the experiences of people from the field, I found a way to reach a solution. I have a certificate from the publishing house Autodesk, which proves my expertise in working on software: Inventor, Fusion360, AutoCAD, and 3DMax. I am always looking forward to new challenges, knowledge, experience and I will always do my best to make every project entrusted to me as good as possible.
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Portfolio

9941740
Two-segment robotic gripper for sacks. Possibility of carrying up to 50 kg with the potential to capture more bags of less weight at the same time. It is made for palletizing with the KUKA robot KR200. The gripper itself is chased in its mechanical setup with four pneumatic Festo pistons. They are driven by electromagnetic relays controlled by a PLC. The construction is designed according to the principle of puzzles, made of steel bottles 5 mm thick, which were cut on Waterjet and welded after assembly. after the completion of the construction itself, it is plasticized due to the conditions in which it will work. The two pairs of forks owned by the gripper are made of aluminum from all potential loads calculated to ensure sustainability. The design is designed to be as modular as possible so that the product can be assembled in the shortest possible time, regularly maintained as well as potentially upgraded with minimal resources.
Robotic gripper
Two-segment robotic gripper for sacks. Possibility of carrying up to 50 kg with the potential to capture more bags of less weight at the same time. It is made for palletizing with the KUKA robot KR200. The gripper itself is chased in its mechanical setup with four pneumatic Festo pistons. They are driven by electromagnetic relays controlled by a PLC. The construction is designed according to the principle of puzzles, made of steel bottles 5 mm thick, which were cut on Waterjet and welded after assembly. after the completion of the construction itself, it is plasticized due to the conditions in which it will work. The two pairs of forks owned by the gripper are made of aluminum from all potential loads calculated to ensure sustainability. The design is designed to be as modular as possible so that the product can be assembled in the shortest possible time, regularly maintained as well as potentially upgraded with minimal resources.
Robotic gripper
Two-segment robotic gripper for sacks. Possibility of carrying up to 50 kg with the potential to capture more bags of less weight at the same time. It is made for palletizing with the KUKA robot KR200. The gripper itself is chased in its mechanical setup with four pneumatic Festo pistons. They are driven by electromagnetic relays controlled by a PLC. The construction is designed according to the principle of puzzles, made of steel bottles 5 mm thick, which were cut on Waterjet and welded after assembly. after the completion of the construction itself, it is plasticized due to the conditions in which it will work. The two pairs of forks owned by the gripper are made of aluminum from all potential loads calculated to ensure sustainability. The design is designed to be as modular as possible so that the product can be assembled in the shortest possible time, regularly maintained as well as potentially upgraded with minimal resources.
Robotic gripper
Two-segment robotic gripper for sacks. Possibility of carrying up to 50 kg with the potential to capture more bags of less weight at the same time. It is made for palletizing with the KUKA robot KR200. The gripper itself is chased in its mechanical setup with four pneumatic Festo pistons. They are driven by electromagnetic relays controlled by a PLC. The construction is designed according to the principle of puzzles, made of steel bottles 5 mm thick, which were cut on Waterjet and welded after assembly. after the completion of the construction itself, it is plasticized due to the conditions in which it will work. The two pairs of forks owned by the gripper are made of aluminum from all potential loads calculated to ensure sustainability. The design is designed to be as modular as possible so that the product can be assembled in the shortest possible time, regularly maintained as well as potentially upgraded with minimal resources.
Robotic gripper
Two-segment robotic gripper for sacks. Possibility of carrying up to 50 kg with the potential to capture more bags of less weight at the same time. It is made for palletizing with the KUKA robot KR200. The gripper itself is chased in its mechanical setup with four pneumatic Festo pistons. They are driven by electromagnetic relays controlled by a PLC. The construction is designed according to the principle of puzzles, made of steel bottles 5 mm thick, which were cut on Waterjet and welded after assembly. after the completion of the construction itself, it is plasticized due to the conditions in which it will work. The two pairs of forks owned by the gripper are made of aluminum from all potential loads calculated to ensure sustainability. The design is designed to be as modular as possible so that the product can be assembled in the shortest possible time, regularly maintained as well as potentially upgraded with minimal resources.
Robotic gripper
Two-segment robotic gripper for sacks. Possibility of carrying up to 50 kg with the potential to capture more bags of less weight at the same time. It is made for palletizing with the KUKA robot KR200. The gripper itself is chased in its mechanical setup with four pneumatic Festo pistons. They are driven by electromagnetic relays controlled by a PLC. The construction is designed according to the principle of puzzles, made of steel bottles 5 mm thick, which were cut on Waterjet and welded after assembly. after the completion of the construction itself, it is plasticized due to the conditions in which it will work. The two pairs of forks owned by the gripper are made of aluminum from all potential loads calculated to ensure sustainability. The design is designed to be as modular as possible so that the product can be assembled in the shortest possible time, regularly maintained as well as potentially upgraded with minimal resources.
Robotic gripper
Two-segment robotic gripper for sacks. Possibility of carrying up to 50 kg with the potential to capture more bags of less weight at the same time. It is made for palletizing with the KUKA robot KR200. The gripper itself is chased in its mechanical setup with four pneumatic Festo pistons. They are driven by electromagnetic relays controlled by a PLC. The construction is designed according to the principle of puzzles, made of steel bottles 5 mm thick, which were cut on Waterjet and welded after assembly. after the completion of the construction itself, it is plasticized due to the conditions in which it will work. The two pairs of forks owned by the gripper are made of aluminum from all potential loads calculated to ensure sustainability. The design is designed to be as modular as possible so that the product can be assembled in the shortest possible time, regularly maintained as well as potentially upgraded with minimal resources.
Robotic gripper
Two-segment robotic gripper for sacks. Possibility of carrying up to 50 kg with the potential to capture more bags of less weight at the same time. It is made for palletizing with the KUKA robot KR200. The gripper itself is chased in its mechanical setup with four pneumatic Festo pistons. They are driven by electromagnetic relays controlled by a PLC. The construction is designed according to the principle of puzzles, made of steel bottles 5 mm thick, which were cut on Waterjet and welded after assembly. after the completion of the construction itself, it is plasticized due to the conditions in which it will work. The two pairs of forks owned by the gripper are made of aluminum from all potential loads calculated to ensure sustainability. The design is designed to be as modular as possible so that the product can be assembled in the shortest possible time, regularly maintained as well as potentially upgraded with minimal resources.
Robotic gripper
9941740
Two-segment robotic gripper for sacks. Possibility of carrying up to 50 kg with the potential to capture more bags of less weight at the same time. It is made for palletizing with the KUKA robot KR200. The gripper itself is chased in its mechanical setup with four pneumatic Festo pistons. They are driven by electromagnetic relays controlled by a PLC. The construction is designed according to the principle of puzzles, made of steel bottles 5 mm thick, which were cut on Waterjet and welded after assembly. after the completion of the construction itself, it is plasticized due to the conditions in which it will work. The two pairs of forks owned by the gripper are made of aluminum from all potential loads calculated to ensure sustainability. The design is designed to be as modular as possible so that the product can be assembled in the shortest possible time, regularly maintained as well as potentially upgraded with minimal resources.
Robotic gripper
Two-segment robotic gripper for sacks. Possibility of carrying up to 50 kg with the potential to capture more bags of less weight at the same time. It is made for palletizing with the KUKA robot KR200. The gripper itself is chased in its mechanical setup with four pneumatic Festo pistons. They are driven by electromagnetic relays controlled by a PLC. The construction is designed according to the principle of puzzles, made of steel bottles 5 mm thick, which were cut on Waterjet and welded after assembly. after the completion of the construction itself, it is plasticized due to the conditions in which it will work. The two pairs of forks owned by the gripper are made of aluminum from all potential loads calculated to ensure sustainability. The design is designed to be as modular as possible so that the product can be assembled in the shortest possible time, regularly maintained as well as potentially upgraded with minimal resources.
Robotic gripper
Two-segment robotic gripper for sacks. Possibility of carrying up to 50 kg with the potential to capture more bags of less weight at the same time. It is made for palletizing with the KUKA robot KR200. The gripper itself is chased in its mechanical setup with four pneumatic Festo pistons. They are driven by electromagnetic relays controlled by a PLC. The construction is designed according to the principle of puzzles, made of steel bottles 5 mm thick, which were cut on Waterjet and welded after assembly. after the completion of the construction itself, it is plasticized due to the conditions in which it will work. The two pairs of forks owned by the gripper are made of aluminum from all potential loads calculated to ensure sustainability. The design is designed to be as modular as possible so that the product can be assembled in the shortest possible time, regularly maintained as well as potentially upgraded with minimal resources.
Robotic gripper
Two-segment robotic gripper for sacks. Possibility of carrying up to 50 kg with the potential to capture more bags of less weight at the same time. It is made for palletizing with the KUKA robot KR200. The gripper itself is chased in its mechanical setup with four pneumatic Festo pistons. They are driven by electromagnetic relays controlled by a PLC. The construction is designed according to the principle of puzzles, made of steel bottles 5 mm thick, which were cut on Waterjet and welded after assembly. after the completion of the construction itself, it is plasticized due to the conditions in which it will work. The two pairs of forks owned by the gripper are made of aluminum from all potential loads calculated to ensure sustainability. The design is designed to be as modular as possible so that the product can be assembled in the shortest possible time, regularly maintained as well as potentially upgraded with minimal resources.
Robotic gripper
Two-segment robotic gripper for sacks. Possibility of carrying up to 50 kg with the potential to capture more bags of less weight at the same time. It is made for palletizing with the KUKA robot KR200. The gripper itself is chased in its mechanical setup with four pneumatic Festo pistons. They are driven by electromagnetic relays controlled by a PLC. The construction is designed according to the principle of puzzles, made of steel bottles 5 mm thick, which were cut on Waterjet and welded after assembly. after the completion of the construction itself, it is plasticized due to the conditions in which it will work. The two pairs of forks owned by the gripper are made of aluminum from all potential loads calculated to ensure sustainability. The design is designed to be as modular as possible so that the product can be assembled in the shortest possible time, regularly maintained as well as potentially upgraded with minimal resources.
Robotic gripper
Two-segment robotic gripper for sacks. Possibility of carrying up to 50 kg with the potential to capture more bags of less weight at the same time. It is made for palletizing with the KUKA robot KR200. The gripper itself is chased in its mechanical setup with four pneumatic Festo pistons. They are driven by electromagnetic relays controlled by a PLC. The construction is designed according to the principle of puzzles, made of steel bottles 5 mm thick, which were cut on Waterjet and welded after assembly. after the completion of the construction itself, it is plasticized due to the conditions in which it will work. The two pairs of forks owned by the gripper are made of aluminum from all potential loads calculated to ensure sustainability. The design is designed to be as modular as possible so that the product can be assembled in the shortest possible time, regularly maintained as well as potentially upgraded with minimal resources.
Robotic gripper
Two-segment robotic gripper for sacks. Possibility of carrying up to 50 kg with the potential to capture more bags of less weight at the same time. It is made for palletizing with the KUKA robot KR200. The gripper itself is chased in its mechanical setup with four pneumatic Festo pistons. They are driven by electromagnetic relays controlled by a PLC. The construction is designed according to the principle of puzzles, made of steel bottles 5 mm thick, which were cut on Waterjet and welded after assembly. after the completion of the construction itself, it is plasticized due to the conditions in which it will work. The two pairs of forks owned by the gripper are made of aluminum from all potential loads calculated to ensure sustainability. The design is designed to be as modular as possible so that the product can be assembled in the shortest possible time, regularly maintained as well as potentially upgraded with minimal resources.
Robotic gripper
Two-segment robotic gripper for sacks. Possibility of carrying up to 50 kg with the potential to capture more bags of less weight at the same time. It is made for palletizing with the KUKA robot KR200. The gripper itself is chased in its mechanical setup with four pneumatic Festo pistons. They are driven by electromagnetic relays controlled by a PLC. The construction is designed according to the principle of puzzles, made of steel bottles 5 mm thick, which were cut on Waterjet and welded after assembly. after the completion of the construction itself, it is plasticized due to the conditions in which it will work. The two pairs of forks owned by the gripper are made of aluminum from all potential loads calculated to ensure sustainability. The design is designed to be as modular as possible so that the product can be assembled in the shortest possible time, regularly maintained as well as potentially upgraded with minimal resources.
Robotic gripper

Valutazioni

Modifiche salvate
valutazioni 1 - 2 di 2 mostrate
 Filtra valutazioni per:
5,0
$30,00 USD
Mach3 CNC Setup and Testing
Marko understood my problem and went above and beyond to help me. Definitely more than I was looking for but so glad I found him.
CNC Programming
Avatar dell'utente
Bandiera: Grant B.
@cbrown1970
•
2 anni fa
5,0
$17,00 USD
Autodesk Inventor assemby drawing
He is actually an outsanding guy, he made all the drawings beyond my expectations. Thank you!!!
CAD/CAM
Solidworks
Mechanical Engineering
AutoCAD
3D Modelling
Avatar dell'utente
Bandiera: Enock C.
@ARABYEGON
•
2 anni fa

Esperienza

CNC Manufaturing Engineer

InoCoA-IRC
mar 2021 - Attualmente
Production plant management Mechanical engineering Making 3d model-assemblies Preparation of technical documentation Calculations CNC machine programming

CNC Machine tehnician

Revera Design doo
ott 2018 - feb 2021 (2 anni, 4 mesi)
Preparation of 3d models for production Generating g code in CAM software for programming CNC machines Manually write code for cnc machines 3d modeling

Formazione

Mechanical engineer

Belgrade University, Serbia 2017 - 2021
(4 anni)

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Competenze principali

CAD/CAM 1
Mechanical Engineering 1
3D Modelling 1
CNC Programming 1
C Programming

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