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Zan K.

@Zanzna

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Bachelor of Mechanical Engineering

$20 USD / hora
・
Bandera de
Slovenia (2:44 p. m.)
・
Se unió el abril 5, 2020
$20 USD / hora
・
Greetings, ZanZna Žan Krpan s. p., was established with the intention of enriching the current market with new, affordable, fast and reliable engineering solutions. ZanZna cooperates with trustworthy business partners in various phases of product development - from design and construction, to product implementation on the market, to finding solutions to optimize production. We connect companies that do not have their own production line with the most suitable and reliable outsourcing companies. After years of accumulating experience in successful Slovenian companies, we realized that we can help other companies develop and launch products, while adding extra value to their marketing strategies. Engineering, learning and knowledge are our passion and way of life. I look forward to working with you. Best regards. Žan Krpan
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Freelancer Engineers Slovenia
Ver todo Engineers en Slovenia

Portafolio

Portafolio

6548263
The Prestige-FMS project involved modifying the geometry and material from which the polyurethane components (foundation and door base) are made without changing the appearance of the device. Polycarbonate and iron components were adapted to the new geometry. The material used for casting polyurethane products is a self-extinguishing polyurethane mass with a density of 600kg / m3, in which inserts of various sizes are positioned in specific places. These inserts are used for subsequent mounting of elements to the base (shelves, support plates, cantilever supports, magnets).
PRESTIGE-FMS
The Prestige-FMS project involved modifying the geometry and material from which the polyurethane components (foundation and door base) are made without changing the appearance of the device. Polycarbonate and iron components were adapted to the new geometry. The material used for casting polyurethane products is a self-extinguishing polyurethane mass with a density of 600kg / m3, in which inserts of various sizes are positioned in specific places. These inserts are used for subsequent mounting of elements to the base (shelves, support plates, cantilever supports, magnets).
PRESTIGE-FMS
6548248
The existing applicator’s structure for functional magnetic stimulation was upgraded, and we prepared new shapes of applicators in different sizes. In the development phase, we ensured two limitations, namely that the current function and power components of the applicator would not change. The advantages of the new applicator are lower weight, smaller size and modern design, simpler assembly and lower production cost of the final product. The design of the components prevents the possibility of assembly errors, as each piece of the particular version of the applicator is customized. All other elements are generic or standard. When choosing the technology of polyurethane casting for the manufacture of the applicator housing, the main criteria were determined by the final appearance of the housing, the annual quantity of products, the durability of the injection / casting tool, the price of the final product and the mold, and the time of production and delivery of the products. To make
APPLICATOR-FMS
The existing applicator’s structure for functional magnetic stimulation was upgraded, and we prepared new shapes of applicators in different sizes. In the development phase, we ensured two limitations, namely that the current function and power components of the applicator would not change. The advantages of the new applicator are lower weight, smaller size and modern design, simpler assembly and lower production cost of the final product. The design of the components prevents the possibility of assembly errors, as each piece of the particular version of the applicator is customized. All other elements are generic or standard. When choosing the technology of polyurethane casting for the manufacture of the applicator housing, the main criteria were determined by the final appearance of the housing, the annual quantity of products, the durability of the injection / casting tool, the price of the final product and the mold, and the time of production and delivery of the products. To make
APPLICATOR-FMS
6548244
In collaboration with external contractors, we modernized the design of the Tesla STYM– a portable device made by Iskra Medical d.o.o. This portable device is used in medicine, where additional requirements in the field of design and use of materials – such as incombustibility, and electrical and magnetic conductivity – must be taken into consideration. Thermoforming, bonding and milling technologies are envisaged for the housing construction.
TESLA STYM - FMS
In collaboration with external contractors, we modernized the design of the Tesla STYM– a portable device made by Iskra Medical d.o.o. This portable device is used in medicine, where additional requirements in the field of design and use of materials – such as incombustibility, and electrical and magnetic conductivity – must be taken into consideration. Thermoforming, bonding and milling technologies are envisaged for the housing construction.
TESLA STYM - FMS
In collaboration with external contractors, we modernized the design of the Tesla STYM– a portable device made by Iskra Medical d.o.o. This portable device is used in medicine, where additional requirements in the field of design and use of materials – such as incombustibility, and electrical and magnetic conductivity – must be taken into consideration. Thermoforming, bonding and milling technologies are envisaged for the housing construction.
TESLA STYM - FMS
6548241
A product designed to adapt standard electric scooters for connection to a charging station. We modified the outline and added a lock that allows the integration of electric scooters into the bike rental system. The lock is distinguished by its simple and robust construction, and it can be height adjusted and easily mounted on the electric scooter.
KEYLOCK FOR ELECTRIC SCOOTER
A product designed to adapt standard electric scooters for connection to a charging station. We modified the outline and added a lock that allows the integration of electric scooters into the bike rental system. The lock is distinguished by its simple and robust construction, and it can be height adjusted and easily mounted on the electric scooter.
KEYLOCK FOR ELECTRIC SCOOTER
6548235
The Mik-Station is a station intended for rental of electric scooters in the city center of Ljubljana, located next to the Maxi market. The station was designed and manufactured in fourteen days in collaboration with five external contractors. The outer cover is made of thin, curved and powder-coated iron sheet material, cut with laser technology. The internal structure consists of welded standard iron and stainless-steel pipes. CONSTRUCTION The metal structure of the station consists of iron and stainless-steel profiles. The upper arch consists of a round, stainless-steel pipe that allows locking of the scooters. The lower part of the station is made of square iron profiles and massive C-profiles, which serve as guides for the scooter wheels. Square profiles form a massive, load-bearing frame to which the outer cover is screwed. THE FINAL APPEARANCE OF THE STATION Picture of the station with parked electric scooters. It is designed in a modern way to satisfy the wishes of contractin
MIK-STATION
The Mik-Station is a station intended for rental of electric scooters in the city center of Ljubljana, located next to the Maxi market. The station was designed and manufactured in fourteen days in collaboration with five external contractors. The outer cover is made of thin, curved and powder-coated iron sheet material, cut with laser technology. The internal structure consists of welded standard iron and stainless-steel pipes. CONSTRUCTION The metal structure of the station consists of iron and stainless-steel profiles. The upper arch consists of a round, stainless-steel pipe that allows locking of the scooters. The lower part of the station is made of square iron profiles and massive C-profiles, which serve as guides for the scooter wheels. Square profiles form a massive, load-bearing frame to which the outer cover is screwed. THE FINAL APPEARANCE OF THE STATION Picture of the station with parked electric scooters. It is designed in a modern way to satisfy the wishes of contractin
MIK-STATION
The Mik-Station is a station intended for rental of electric scooters in the city center of Ljubljana, located next to the Maxi market. The station was designed and manufactured in fourteen days in collaboration with five external contractors. The outer cover is made of thin, curved and powder-coated iron sheet material, cut with laser technology. The internal structure consists of welded standard iron and stainless-steel pipes. CONSTRUCTION The metal structure of the station consists of iron and stainless-steel profiles. The upper arch consists of a round, stainless-steel pipe that allows locking of the scooters. The lower part of the station is made of square iron profiles and massive C-profiles, which serve as guides for the scooter wheels. Square profiles form a massive, load-bearing frame to which the outer cover is screwed. THE FINAL APPEARANCE OF THE STATION Picture of the station with parked electric scooters. It is designed in a modern way to satisfy the wishes of contractin
MIK-STATION
6548232
We designed and built a simple device that allows easy, fast and economical transportation of four electric scooters across the rental area at the same time. The Kibla device can be connected to a drawbar, a smaller tricycle, or simply towed by hand. It consists of iron C-profiles, waterproof plywood, furniture angles, inflatable wheels and other screw material. A hook or handle can be attached to them.
Kibla - electric scooter transport
We designed and built a simple device that allows easy, fast and economical transportation of four electric scooters across the rental area at the same time. The Kibla device can be connected to a drawbar, a smaller tricycle, or simply towed by hand. It consists of iron C-profiles, waterproof plywood, furniture angles, inflatable wheels and other screw material. A hook or handle can be attached to them.
Kibla - electric scooter transport
6548263
The Prestige-FMS project involved modifying the geometry and material from which the polyurethane components (foundation and door base) are made without changing the appearance of the device. Polycarbonate and iron components were adapted to the new geometry. The material used for casting polyurethane products is a self-extinguishing polyurethane mass with a density of 600kg / m3, in which inserts of various sizes are positioned in specific places. These inserts are used for subsequent mounting of elements to the base (shelves, support plates, cantilever supports, magnets).
PRESTIGE-FMS
The Prestige-FMS project involved modifying the geometry and material from which the polyurethane components (foundation and door base) are made without changing the appearance of the device. Polycarbonate and iron components were adapted to the new geometry. The material used for casting polyurethane products is a self-extinguishing polyurethane mass with a density of 600kg / m3, in which inserts of various sizes are positioned in specific places. These inserts are used for subsequent mounting of elements to the base (shelves, support plates, cantilever supports, magnets).
PRESTIGE-FMS
6548248
The existing applicator’s structure for functional magnetic stimulation was upgraded, and we prepared new shapes of applicators in different sizes. In the development phase, we ensured two limitations, namely that the current function and power components of the applicator would not change. The advantages of the new applicator are lower weight, smaller size and modern design, simpler assembly and lower production cost of the final product. The design of the components prevents the possibility of assembly errors, as each piece of the particular version of the applicator is customized. All other elements are generic or standard. When choosing the technology of polyurethane casting for the manufacture of the applicator housing, the main criteria were determined by the final appearance of the housing, the annual quantity of products, the durability of the injection / casting tool, the price of the final product and the mold, and the time of production and delivery of the products. To make
APPLICATOR-FMS
The existing applicator’s structure for functional magnetic stimulation was upgraded, and we prepared new shapes of applicators in different sizes. In the development phase, we ensured two limitations, namely that the current function and power components of the applicator would not change. The advantages of the new applicator are lower weight, smaller size and modern design, simpler assembly and lower production cost of the final product. The design of the components prevents the possibility of assembly errors, as each piece of the particular version of the applicator is customized. All other elements are generic or standard. When choosing the technology of polyurethane casting for the manufacture of the applicator housing, the main criteria were determined by the final appearance of the housing, the annual quantity of products, the durability of the injection / casting tool, the price of the final product and the mold, and the time of production and delivery of the products. To make
APPLICATOR-FMS
6548244
In collaboration with external contractors, we modernized the design of the Tesla STYM– a portable device made by Iskra Medical d.o.o. This portable device is used in medicine, where additional requirements in the field of design and use of materials – such as incombustibility, and electrical and magnetic conductivity – must be taken into consideration. Thermoforming, bonding and milling technologies are envisaged for the housing construction.
TESLA STYM - FMS
In collaboration with external contractors, we modernized the design of the Tesla STYM– a portable device made by Iskra Medical d.o.o. This portable device is used in medicine, where additional requirements in the field of design and use of materials – such as incombustibility, and electrical and magnetic conductivity – must be taken into consideration. Thermoforming, bonding and milling technologies are envisaged for the housing construction.
TESLA STYM - FMS
In collaboration with external contractors, we modernized the design of the Tesla STYM– a portable device made by Iskra Medical d.o.o. This portable device is used in medicine, where additional requirements in the field of design and use of materials – such as incombustibility, and electrical and magnetic conductivity – must be taken into consideration. Thermoforming, bonding and milling technologies are envisaged for the housing construction.
TESLA STYM - FMS
6548241
A product designed to adapt standard electric scooters for connection to a charging station. We modified the outline and added a lock that allows the integration of electric scooters into the bike rental system. The lock is distinguished by its simple and robust construction, and it can be height adjusted and easily mounted on the electric scooter.
KEYLOCK FOR ELECTRIC SCOOTER
A product designed to adapt standard electric scooters for connection to a charging station. We modified the outline and added a lock that allows the integration of electric scooters into the bike rental system. The lock is distinguished by its simple and robust construction, and it can be height adjusted and easily mounted on the electric scooter.
KEYLOCK FOR ELECTRIC SCOOTER
6548235
The Mik-Station is a station intended for rental of electric scooters in the city center of Ljubljana, located next to the Maxi market. The station was designed and manufactured in fourteen days in collaboration with five external contractors. The outer cover is made of thin, curved and powder-coated iron sheet material, cut with laser technology. The internal structure consists of welded standard iron and stainless-steel pipes. CONSTRUCTION The metal structure of the station consists of iron and stainless-steel profiles. The upper arch consists of a round, stainless-steel pipe that allows locking of the scooters. The lower part of the station is made of square iron profiles and massive C-profiles, which serve as guides for the scooter wheels. Square profiles form a massive, load-bearing frame to which the outer cover is screwed. THE FINAL APPEARANCE OF THE STATION Picture of the station with parked electric scooters. It is designed in a modern way to satisfy the wishes of contractin
MIK-STATION
The Mik-Station is a station intended for rental of electric scooters in the city center of Ljubljana, located next to the Maxi market. The station was designed and manufactured in fourteen days in collaboration with five external contractors. The outer cover is made of thin, curved and powder-coated iron sheet material, cut with laser technology. The internal structure consists of welded standard iron and stainless-steel pipes. CONSTRUCTION The metal structure of the station consists of iron and stainless-steel profiles. The upper arch consists of a round, stainless-steel pipe that allows locking of the scooters. The lower part of the station is made of square iron profiles and massive C-profiles, which serve as guides for the scooter wheels. Square profiles form a massive, load-bearing frame to which the outer cover is screwed. THE FINAL APPEARANCE OF THE STATION Picture of the station with parked electric scooters. It is designed in a modern way to satisfy the wishes of contractin
MIK-STATION
The Mik-Station is a station intended for rental of electric scooters in the city center of Ljubljana, located next to the Maxi market. The station was designed and manufactured in fourteen days in collaboration with five external contractors. The outer cover is made of thin, curved and powder-coated iron sheet material, cut with laser technology. The internal structure consists of welded standard iron and stainless-steel pipes. CONSTRUCTION The metal structure of the station consists of iron and stainless-steel profiles. The upper arch consists of a round, stainless-steel pipe that allows locking of the scooters. The lower part of the station is made of square iron profiles and massive C-profiles, which serve as guides for the scooter wheels. Square profiles form a massive, load-bearing frame to which the outer cover is screwed. THE FINAL APPEARANCE OF THE STATION Picture of the station with parked electric scooters. It is designed in a modern way to satisfy the wishes of contractin
MIK-STATION
6548232
We designed and built a simple device that allows easy, fast and economical transportation of four electric scooters across the rental area at the same time. The Kibla device can be connected to a drawbar, a smaller tricycle, or simply towed by hand. It consists of iron C-profiles, waterproof plywood, furniture angles, inflatable wheels and other screw material. A hook or handle can be attached to them.
Kibla - electric scooter transport
We designed and built a simple device that allows easy, fast and economical transportation of four electric scooters across the rental area at the same time. The Kibla device can be connected to a drawbar, a smaller tricycle, or simply towed by hand. It consists of iron C-profiles, waterproof plywood, furniture angles, inflatable wheels and other screw material. A hook or handle can be attached to them.
Kibla - electric scooter transport
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Educación
Univerza v Ljubljani
2012 - 2016
•
4 años
Bachelor's degree in mechanical engineering
Bandera de
Slovenia
2012 - 2016
•
4 años
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