Produktutveckling av en storformatskamera
(2025) MMKM05 20251Innovation
- Abstract
- This thesis has the goal of developing a modern interpretation of the old concept of large format cameras, through modern design and manufacturing processes. The overarching design framework for this thesis has been the Double Diamond method, a diverging and converging design process.
A customer survey through interviews of users has led to a list of requirements, from which concepts were generated. During the design and prototyping process, several mechanical partial solutions were considered. Primarily with a focus on linear and rotational bearings fabricated with 3D-printing.
After several iterations, a final prototype was produced. This prototype fulfilled the requirements of a proof of concept, and had all the basic features... (More) - This thesis has the goal of developing a modern interpretation of the old concept of large format cameras, through modern design and manufacturing processes. The overarching design framework for this thesis has been the Double Diamond method, a diverging and converging design process.
A customer survey through interviews of users has led to a list of requirements, from which concepts were generated. During the design and prototyping process, several mechanical partial solutions were considered. Primarily with a focus on linear and rotational bearings fabricated with 3D-printing.
After several iterations, a final prototype was produced. This prototype fulfilled the requirements of a proof of concept, and had all the basic features required to take test photographs. However, this prototype was not a complete minimum viable product, due to lacking resourses. For example, the different movements of the camera were not all lockable, which is a basic premise for cameras on the market.
The final prototype is presented in the latter parts of the report, along with the test-pictures taken with it. It is also discussed which parts of the prototype that needs to be developed further to arrive at a prototype that is ready for the market.
The result of the project is a physical proof of concept that fills a gap in the market for a lightweight, technologically sophisticated camera with several independent movements. (Less) - Abstract (Swedish)
- Detta examensarbete har som mål att ta fram en modern tolkning av det gamla konceptet storformatskamera genom moderna designprocesser och tillverkningsmetoder. För att genomföra projektet har designramverket Double Diamond använts, en divergerande och konvergerande designprocess.
En kundundersökning genomfördes genom intervjuer av användare. Informationen från intervjuerna, samt från en konkurrensanalys bearbetades för att ta fram kravspecifikationer, utefter vilka koncept genererades. Under konstruktion och prototypframtagning undersöktes flertalet mekaniska dellösningar, med fokus på linjära och roterande lager tillverkade direkt genom 3D-printing.
Efter flertalet iterationer så framtogs en slutgiltig prototyp. Prototypen uppfyllde... (More) - Detta examensarbete har som mål att ta fram en modern tolkning av det gamla konceptet storformatskamera genom moderna designprocesser och tillverkningsmetoder. För att genomföra projektet har designramverket Double Diamond använts, en divergerande och konvergerande designprocess.
En kundundersökning genomfördes genom intervjuer av användare. Informationen från intervjuerna, samt från en konkurrensanalys bearbetades för att ta fram kravspecifikationer, utefter vilka koncept genererades. Under konstruktion och prototypframtagning undersöktes flertalet mekaniska dellösningar, med fokus på linjära och roterande lager tillverkade direkt genom 3D-printing.
Efter flertalet iterationer så framtogs en slutgiltig prototyp. Prototypen uppfyllde kravet som ett bevis på konceptet, eftersom den hade alla funktioner som krävs för att ta testbilder. Däremot saknades resurser för att prototypen skulle vara en komplett MVP (Minimum Viable Product). Till exempel kan man inte låsa alla rörelser på prototypen vilket är en grundförutsättning för konkurrenter på marknaden.
I slutet av rapporten presenteras den slutgiltiga prototypen tillsammans med de testbilder som är tagna med den. Det diskuteras även vilka delar som måste utvecklas vidare för att komma till en prototyp som är redo för marknaden.
Resultatet av projektet är ett fysisk bevis på konceptet som fyller marknadsgapet om en lätt men tekniskt sofistikerad kamera med flera oberoende rörelser (Less)
Please use this url to cite or link to this publication:
http://lup.lub.lu.se/student-papers/record/9208834
- author
- Toryd, Joel Niklas LU
- supervisor
-
- Axel Nordin LU
- organization
- course
- MMKM05 20251
- year
- 2025
- type
- H2 - Master's Degree (Two Years)
- subject
- keywords
- Linear bearings, rotational bearings, 3D-printing, large format camera, product development methodology
- language
- Swedish
- id
- 9208834
- date added to LUP
- 2025-07-17 08:27:46
- date last changed
- 2025-07-17 08:27:46
@misc{9208834,
abstract = {{This thesis has the goal of developing a modern interpretation of the old concept of large format cameras, through modern design and manufacturing processes. The overarching design framework for this thesis has been the Double Diamond method, a diverging and converging design process.
A customer survey through interviews of users has led to a list of requirements, from which concepts were generated. During the design and prototyping process, several mechanical partial solutions were considered. Primarily with a focus on linear and rotational bearings fabricated with 3D-printing.
After several iterations, a final prototype was produced. This prototype fulfilled the requirements of a proof of concept, and had all the basic features required to take test photographs. However, this prototype was not a complete minimum viable product, due to lacking resourses. For example, the different movements of the camera were not all lockable, which is a basic premise for cameras on the market.
The final prototype is presented in the latter parts of the report, along with the test-pictures taken with it. It is also discussed which parts of the prototype that needs to be developed further to arrive at a prototype that is ready for the market.
The result of the project is a physical proof of concept that fills a gap in the market for a lightweight, technologically sophisticated camera with several independent movements.}},
author = {{Toryd, Joel Niklas}},
language = {{swe}},
note = {{Student Paper}},
title = {{Produktutveckling av en storformatskamera}},
year = {{2025}},
}