Design Introduction

1、 Functional driven form construction

Detection core protection: The lens and thermal imaging sensor are the core components, and the housing adopts an integrated packaging design (such as a black lens protection structure and a red rubber cover), which not only protects precision components from collisions and dust damage in industrial scenes, but also enhances the attributes of "professional detection tools" through form enhancement;

Operational efficiency priority: The thermal imaging image needs to be presented quickly and clearly, so the display screen and operation area are highly integrated - the red version surrounds the screen layout with buttons, which conforms to the human-machine process of "eye view screen, manual control operation"; The black hexagonal grip and central button area allow the thumb to cover key functions such as AI recognition and photography, shortening the operating path and improving efficiency in industrial testing scenarios.

2、 Detail optimization of human-computer interaction

Grip comfort: The handle adopts an ergonomic curved surface that conforms to the natural curvature of the palm. The red anti slip texture and black skin like coating increase friction and relieve long-term grip fatigue, making it suitable for continuous operation scenarios such as factory inspections and power maintenance;

Blind operation ease of use: The buttons are distinguished by shape (circular/square) and identification (icon/protrusion) - the red center confirmation button is larger in size and has a more prominent protrusion, while the black AI button stands out independently, allowing users to trigger accurately without visual inspection, avoiding accidental operation due to focusing on the screen in industrial environments.

3、 Scene adaptation of morphological semantics

Industrial scene recognition: The main colors of red and black convey visual signals of "warning and professionalism", adapting to the needs of industrial scenes such as power and manufacturing for equipment to be "eye-catching, easy to find, reliable and durable"; The rugged lines and geometric shapes of the shell (such as the sharp edges of the red version and the hexagonal contours of the black version) enhance the rugged temperament of "industrial tools" and match the mechanical and rational atmosphere of the testing scene;

Brand and Differentiation: A unified layout of the "FOTRIC" logo, a familial form language (such as silver decorative strips on handles), and the construction of a brand identity system; At the same time, by using red/black color schemes and differences in grip shapes (red gun shape, black wide grip), product series are differentiated (such as universal and professional) to meet the operational habits and scene needs of different users.

4、 Design considerations for environmental adaptation

Protection and durability: The shell is made of high-strength engineering plastic and rubber (with a red wrapping design), and has undergone drop and collision tests (presumably) to adapt to the complex environment of industrial sites; The heat dissipation holes, interfaces, etc. are designed with hidden/protective covers (such as the black side interface compartment), which are dustproof and waterproof, and extend the service life of the equipment;

Portability and mobility: compact form, lightweight design (inferred from the grip feel), convenient for engineers to carry around and perform high-altitude operations (such as power tower inspections); The hanging rope hole/magnetic interface at the bottom of the handle (presumably present) supports quick attachment of tool kits, enhancing portability.

This thermal imaging instrument precisely meets the professional needs of industrial testing through functional first form design, user-friendly interaction optimization, semantic transfer for scene adaptation, and detailed polishing for environmental considerations. It not only ensures the accurate presentation of thermal imaging technology, but also improves operational efficiency and user experience through design. It is a typical example of "industrial tool product design" - using form and interaction carrying technology to make professional equipment easier to use and more durable.