Clik
Clik
Research
Research
Clik draws inspiration from the mechanical precision of bolt-action mechanisms. Extensive research was conducted to understand ergonomic pen designs, material strength, and mechanical reliability for everyday use. Influences include the tactile satisfaction of bolt-action pens and their aesthetic appeal to enthusiasts of mechanical precision. User feedback and studies on writing comfort were examined to ensure the design aligns with practical and aesthetic demands.
Key findings include:
The appeal of customizable components for personalization.
The importance of a durable mechanism to handle repetitive use.
A lightweight yet sturdy structure for comfortable, extended writing sessions.
Clik draws inspiration from the mechanical precision of bolt-action mechanisms. Extensive research was conducted to understand ergonomic pen designs, material strength, and mechanical reliability for everyday use. Influences include the tactile satisfaction of bolt-action pens and their aesthetic appeal to enthusiasts of mechanical precision. User feedback and studies on writing comfort were examined to ensure the design aligns with practical and aesthetic demands.
Key findings include:
The appeal of customizable components for personalization.
The importance of a durable mechanism to handle repetitive use.
A lightweight yet sturdy structure for comfortable, extended writing sessions.
Clik draws inspiration from the mechanical precision of bolt-action mechanisms. Extensive research was conducted to understand ergonomic pen designs, material strength, and mechanical reliability for everyday use. Influences include the tactile satisfaction of bolt-action pens and their aesthetic appeal to enthusiasts of mechanical precision. User feedback and studies on writing comfort were examined to ensure the design aligns with practical and aesthetic demands.
Key findings include:
The appeal of customizable components for personalization.
The importance of a durable mechanism to handle repetitive use.
A lightweight yet sturdy structure for comfortable, extended writing sessions.
Research
Clik draws inspiration from the mechanical precision of bolt-action mechanisms. Extensive research was conducted to understand ergonomic pen designs, material strength, and mechanical reliability for everyday use. Influences include the tactile satisfaction of bolt-action pens and their aesthetic appeal to enthusiasts of mechanical precision. User feedback and studies on writing comfort were examined to ensure the design aligns with practical and aesthetic demands.
Key findings include:
The appeal of customizable components for personalization.
The importance of a durable mechanism to handle repetitive use.
A lightweight yet sturdy structure for comfortable, extended writing sessions.
Design
Design
Using CAD software, I created detailed 3D models of the pen, including the Tip, End Cap, Piston, and Pin. Particular attention was paid to integrating the bolt-action mechanism seamlessly into the overall design while maintaining a cohesive aesthetic.
I designed the threads, chamfers, and internal slots to ensure precision fitment during assembly. The pen body was shaped to balance ergonomic considerations with an industrial, minimalistic aesthetic. Each design iteration involved fine-tuning dimensions to enhance user comfort and ensure manufacturability.
Using CAD software, I created detailed 3D models of the pen, including the Tip, End Cap, Piston, and Pin. Particular attention was paid to integrating the bolt-action mechanism seamlessly into the overall design while maintaining a cohesive aesthetic.
I designed the threads, chamfers, and internal slots to ensure precision fitment during assembly. The pen body was shaped to balance ergonomic considerations with an industrial, minimalistic aesthetic. Each design iteration involved fine-tuning dimensions to enhance user comfort and ensure manufacturability.
Using CAD software, I created detailed 3D models of the pen, including the Tip, End Cap, Piston, and Pin. Particular attention was paid to integrating the bolt-action mechanism seamlessly into the overall design while maintaining a cohesive aesthetic.
I designed the threads, chamfers, and internal slots to ensure precision fitment during assembly. The pen body was shaped to balance ergonomic considerations with an industrial, minimalistic aesthetic. Each design iteration involved fine-tuning dimensions to enhance user comfort and ensure manufacturability.
Design
Using CAD software, I created detailed 3D models of the pen, including the Tip, End Cap, Piston, and Pin. Particular attention was paid to integrating the bolt-action mechanism seamlessly into the overall design while maintaining a cohesive aesthetic.
I designed the threads, chamfers, and internal slots to ensure precision fitment during assembly. The pen body was shaped to balance ergonomic considerations with an industrial, minimalistic aesthetic. Each design iteration involved fine-tuning dimensions to enhance user comfort and ensure manufacturability.
Development
Development
I produced several prototypes, each iteration addressing issues uncovered during testing. For example, early tests highlighted the need for smoother action in the bolt mechanism, leading to adjustments in slot dimensions and surface finishes.
Material testing was also a key part of this phase. I experimented with metals such as aluminum and stainless steel, weighing factors like machinability, strength, and aesthetic appeal. Manufacturing processes like manual milling and lathe work was used to ensure tight tolerances, especially for the bolt-action components.
I produced several prototypes, each iteration addressing issues uncovered during testing. For example, early tests highlighted the need for smoother action in the bolt mechanism, leading to adjustments in slot dimensions and surface finishes.
Material testing was also a key part of this phase. I experimented with metals such as aluminum and stainless steel, weighing factors like machinability, strength, and aesthetic appeal. Manufacturing processes like manual milling and lathe work was used to ensure tight tolerances, especially for the bolt-action components.
I produced several prototypes, each iteration addressing issues uncovered during testing. For example, early tests highlighted the need for smoother action in the bolt mechanism, leading to adjustments in slot dimensions and surface finishes.
Material testing was also a key part of this phase. I experimented with metals such as aluminum and stainless steel, weighing factors like machinability, strength, and aesthetic appeal. Manufacturing processes like manual milling and lathe work was used to ensure tight tolerances, especially for the bolt-action components.
Development
I produced several prototypes, each iteration addressing issues uncovered during testing. For example, early tests highlighted the need for smoother action in the bolt mechanism, leading to adjustments in slot dimensions and surface finishes.
Material testing was also a key part of this phase. I experimented with metals such as aluminum and stainless steel, weighing factors like machinability, strength, and aesthetic appeal. Manufacturing processes like manual milling and lathe work was used to ensure tight tolerances, especially for the bolt-action components.
Concept
Concept
The pen evolved into more than just a functional object—it became a showcase of precision engineering and craftsmanship. I aimed to create a pen that would resonate with enthusiasts of mechanical design and everyday users alike.
The Clik embodies the careful consideration of every phase, combining mechanical functionality with a timeless design. Its bolt-action mechanism became a defining feature, representing both innovation and attention to detail. This phase allowed me to reflect on how all aspects of research, design, and development came together to produce a final product that was both functional and visually appealing.
The pen evolved into more than just a functional object—it became a showcase of precision engineering and craftsmanship. I aimed to create a pen that would resonate with enthusiasts of mechanical design and everyday users alike.
The Clik embodies the careful consideration of every phase, combining mechanical functionality with a timeless design. Its bolt-action mechanism became a defining feature, representing both innovation and attention to detail. This phase allowed me to reflect on how all aspects of research, design, and development came together to produce a final product that was both functional and visually appealing.
The pen evolved into more than just a functional object—it became a showcase of precision engineering and craftsmanship. I aimed to create a pen that would resonate with enthusiasts of mechanical design and everyday users alike.
The Clik embodies the careful consideration of every phase, combining mechanical functionality with a timeless design. Its bolt-action mechanism became a defining feature, representing both innovation and attention to detail. This phase allowed me to reflect on how all aspects of research, design, and development came together to produce a final product that was both functional and visually appealing.
Concept
The pen evolved into more than just a functional object—it became a showcase of precision engineering and craftsmanship. I aimed to create a pen that would resonate with enthusiasts of mechanical design and everyday users alike.
The Clik embodies the careful consideration of every phase, combining mechanical functionality with a timeless design. Its bolt-action mechanism became a defining feature, representing both innovation and attention to detail. This phase allowed me to reflect on how all aspects of research, design, and development came together to produce a final product that was both functional and visually appealing.
©2024 MANDRO DESIGN
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©2024 MANDRO DESIGN
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