Projects

Kumera Reductor 1

This is a Kumera gearbox reducer. As a project engineer and technologist, my task was to determine the material that will be used to make this housing as well as to design the technology and method of assembling, welding, and machining of this housing according to customer specifications. The biggest task in creating this part was achieving very narrow tolerances with machining. I have also made a CNC program for precise machining of this housing on the KAFO mill machine.

Stećci tombstones

Stećak or Stećci in the plural is the name for monumental medieval tombstones, that lie scattered across Bosnia and Herzegovina. Since the stećak tombstones are a very important part of the culture of Bosnia and Herzegovina, the cultural heritage organization in the Stupari organized an exhibition of 3D models of stećak tombstones. My friends and I researched in detail, 3D modeled, with Z brush, and finally, with our 3D printer printed the stećak tombstones for the exhibition. It was a real honor to work and be a part of this project.

Kumera Reductor 2

Another Kumera gearbox reducer, but a little bit more complicated. This reductor is made of three subassemblies which require machining of surfaces in 0,03mm to lie on top of each other which is never an easy task. Luckily with the right choices of tools and technology of machining, we were able to accomplish the production of this reducer.

Flexible locker

For my master thesis at KU University Leuven, I had to design a solution for solving problems of small space in standard parcel lockers compartments. This flexible locker is made of smaller compartments that can form, flex into the bigger ones. It solves delivery of bigger products like washing machines, printers and others.

SMS Protecting hood

For this part, I have made technology for making this part, made 3D model, 2D drawings, and CNC G-code for machining of this part.

Machine Platform

My first, work from home, project. I had to design, make a 3D model of a platform using standard parts for platforms, profiles, tubes, and plates, and make 2D drawings of all parts and assembly of the platform.

SMS Cross beam

For this part, I have made technology for making this part, made 3D model, 2D drawings, and CNC G-code for machining of this part.

Danieli Frame

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining of this part, and choose tools for machining the part.

3D Printed Handle

3D print of handle for instrument case.

This part was modeled using reverse engineering. It has good ergonomics and it can withstand high forces because it was printed in detail of 0.1mm. It was printed on a Prusa 3D printer.

Pi Bett

One of my first professional projects was designing this small betting machine. I was limited by the dimensions of the machine, so it fits into the narrow space of the betting place. It was very important that the design was smooth, small, and efficient. It is used to scan your betting ticket and to show the results of your betting games. 500 pieces were produced for just one delivery.

Valmet Base frame

For this part, I have made technology for making this part, made 3D model, 2D drawings, and CNC G-code for machining of this part.

Trash bins

My second freelance job. I had to design two types of trash bins. I only got one drawing and pictures of similar trash bins. I found the solution and designed the specific trash bins that were later produced by American companies.

GROB Support leg

For this part, I have made technology for making this part, made 3D model, 2D drawings, and CNC G-code for machining of this part.

SMS Reductor

For this part, I have made technology for the machining of the part on CNC

5 - axis machine. Made a list of tools that need to be used for machining and generated the code.

Kumera Gear box 3

Another Kumera gearbox reductor. For this part, I have made the technology of machining and G-code in solid cam. I also decided which tools are going to be used for machining the part. The part was machined on 5 axis machine.

GROB Platform part

For this part, I have made technology for the machining of the part on CNC

5 - axis machine. Made a list of tools that need to be used for machining and generated the code.

Kumera Gear box 4

Another Kumera gearbox reductor. This is only the middle part of the reductor. For this part, I have made the technology of machining and G-code in solid cam. I also decided which tools are going to be used for machining the part. The part was machined on 5 axis machine.

3D Printed gears

3D print of gears. These parts were modeled using reverse engineering. It was printed on a Prusa 3D printer.

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Kumera Oiltank

For this part, I have made technology for making this part, made 3D model, 2D drawings, and CNC G-code for machining of this part.

3D Printed rings

3D print of rings. These parts were modeled using reverse engineering. It was printed on a Prusa 3D printer.

Kumera Gear box 5

Another Kumera gearbox reductor. For this Kumera I have made G-code in solid cam for 5-axis drilling of G1 holes on the side. We rotated the head of the machine for 35 degrees C axis and 90 degrees A axis.

3D Printed bearing cover

One of my customers is a CNC machine reseller. Unfortunately, when he ordered the machine they came with bearings whose cover was 0.2mm wider. Narrow covers needed to be printed. After successfully printing two covers, we got the job of mass production of such bearing covers.

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SMS Roller strip

For this part, I have made technology for making this part, made a 3D model, 2D drawings, CNC G-code for machining of this part, and chosen tools for machining the part.

GROB Support leg

For this part, I have made technology for making this part, made a 3D model, 2D drawings, CNC G-code for machining of this part, and chosen tools for machining the part.

GROB Rack

For this part, I have made technology for making this part, made a 3D model, 2D drawings, CNC G-code for machining of this part, and chosen tools for machining the part.

GROB Support leg

For this part, I have made technology for making this part, made a 3D model, 2D drawings, CNC G-code for machining of this part, and chosen tools for machining the part.

GROB Framework

For this part, I have made technology for making this part, made a 3D model, 2D drawings, CNC G-code for machining of this part, and chosen tools for machining the part.

SW - Machines Saddle

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining of this part, and chosen tools for machining the part.

GROB Bracket

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining of this part, and chosen tools for machining the part.

3D Printed laptop
holder

3D print of laptop holder for Vesa mount. This part was modeled using reverse engineering. It has good ergonomics and it can withstand high forces because it was printed in detail of 0.1mm. It was printed on a Prusa 3D printer.

SMS Holder

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

Danieli Conveying
trough

For this part, I have made technology for making this part, made a 3D model, 2D drawings, CNC G-code for machining of this part, and chosen tools for machining the part.

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

Grob Bracket

3D Printed Coffee shop
sugar and menu holder

3D print of sugar and menu holder for a coffee shop. This part was modeled using reverse engineering. It was printed in high detail of 0.2mm. It was printed on a Prusa 3D printer.

3D Printed Coffee shop
keychain

3D print of keychain for a coffee shop. This part was modeled using reverse engineering. It was printed in high detail of 0.2mm. It was printed on a Prusa 3D printer.

GROB Framework 2

For this part, I have made technology for making this part, made a 3D model, 2D drawings, CNC G-code for machining of this part, and chosen tools for machining the part.

SMS Frame bottom part

For this part, I have made technology for making this part, made a 3D model, 2D drawings, CNC G-code for machining of this part, and chosen tools for machining the part.

GROB Framework 3

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

GROB Base frame

For this part, I have made technology for making this part, made a 3D model, 2D drawings, CNC G-code for machining of this part, and chosen tools for machining the part.

GROB Support leg 2

For this part, I have made technology for making this part, made a 3D model, 2D drawings, CNC G-code for machining of this part, and chosen tools for machining the part.

GROB Bracket 2

For this part, I have made technology for making this part, made a 3D model, 2D drawings, CNC G-code for machining of this part, and chosen tools for machining the part.

GROB Base frame 2

For this part, I have made technology for making this part, made a 3D model, 2D drawings, CNC G-code for machining of this part, and chosen tools for machining the part.

GROB Base frame 3

For this part, I have made technology for making this part, made a 3D model, 2D drawings, CNC G-code for machining of this part, and chosen tools for machining the part.

GROB Support beam

For this part, I have made technology for making this part, made a 3D model, 2D drawings, CNC G-code for machining of this part, and chosen tools for machining the part.

GROB Support beam 2

For this part, I have made technology for making this part, made a 3D model, 2D drawings, CNC G-code for machining of this part, and chosen tools for machining the part.

SMS Platform part 1

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

SMS Platform part 2

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

Grob Rack 2

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

Grob Base-frame 4

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

Grob Base-frame 5

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

Grob Bridge 1

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

Achenbach Crossbean 1

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

SMS Motor-skirt 1

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

Grob Framework 4

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

Grob Console 1

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

Grob Bracket 3

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

Grob Bracket 4

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

SMS Bracket 1

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

Grob Bracket 5

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

SMS Sandwich plate 1

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

SMS Support 1

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

3D Vase frame

3D print of vase frame for a sweet shope. This vase was printed in 11 pieces and then glued together. It was printed in high detail of 0.2mm. It was printed on a Prusa 3D printer.

Kumera Locking piece 1

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

Kumera Locking plate 1

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

SMS Frame acummulator 1

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

3D printed Universal positioner

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

SMS Holder 2

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

SMS Holder 3

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

SMS Holder 4

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

SMS Hinged arm 1

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.

3D printed Hair and beard brush

3D print of brush for the hair. It was printed in high detail of 0.2mm. It was printed on a Prusa 3D printer.

SMS Hinged arm 2

For this part, I have made technology for making this part, made a 3D model, 2D drawings, a CNC G-code for machining this part, and chosen tools for machining the part.