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Cooperative customers: well-known confidential customers
Project Name: FR Host Appearance Design
Cooperation content: design analysis | appearance design | structural design | prototype production | accompanying running assistance
This is the appearance modeling design of FR host (precision biological experiment equipment) introduced by Suoguo design, which locates the core analysis equipment of biological laboratory (such as single cell experiment and molecular detection). Its design revolves around "the precision of experimental process and the adaptability of laboratory operation", and realizes the deep adaptation of biological experiment scene in form, function layout and details, it is a design sample of the integration of "functional rationality" and "operation friendly" of scientific research precision instruments.
1. Design Analysis: Functional Adaptation Logic in Biological Laboratories
The core scenario of the FR mainframe is the precise experimental operations of the biological laboratory (such as sample processing and molecular analysis), and the underlying logic of the design is centered on the "process pain points of scientific research experiments:
Experimental adaptation of functional modules: the whole machine is divided into three modules: "sample operation cabin (top opening and closing area), core processing area (fuselage body) and interactive control area (side interface/key)", which is consistent with the scientific research process of "putting experimental samples → starting equipment processing → reading analysis data"-the independent opening and closing design of sample cabin, which not only ensures the clean isolation of experimental samples (avoids the pollution of laboratory environment), it is also suitable for the experimental requirements of "batch sample continuous processing;
Laboratory properties of materials: the combination of "medical grade ABS plastic metal texture decorative parts" is adopted to ensure the cleanliness of medical grade plastic equipment (which meets the sterility requirements of biological laboratories) and at the same time withstand slight corrosion of experimental reagents; Metal texture components strengthen the professional sense of "precision industry", allowing researchers to perceive the "high reliability" of the equipment and match the accurate expectation of experimental data.
2. Design Language: Rational Precision Aesthetics of Scientific Instruments
The design language of this host is based on "rational and reliable", which conveys the professional attributes of biological research instruments:
The expression of the precision sense of the form: the combination form of "round surface straight line division" is adopted-the round surface of the top sample chamber weakens the "cold feeling" of the precision instrument and avoids the visual oppression of the experimenters; The straight line division on the side of the fuselage is compared with the black and white color block, which strengthens the precision perception of "clear module and regular structure" and conforms to the "rigorous and orderly" scientific research atmosphere of biological experiment;
Function orientation of color: with "white and black" as the core color tone, white conveys the laboratory scene attribute of "clean and sterile", while black focuses on the identification of functional areas (such as heat dissipation port and interface area), which not only conforms to the environmental visual habits of biological laboratories, but also avoids interfering with the concentration of experimenters through low saturation color.
3. Design Details: Precision Support for Scientific Operations
The detailed design revolves around the "precision and safety of biological experiments" to accurately solve the pain points of laboratory operations:
Details of the sample compartment: the top sample compartment adopts the design of "seamless opening and closing hidden buckle", which has no obvious gap when opening and closing, reduces the entry of dust and experimental debris, and ensures the cleanliness of the sample; The "light force trigger" logic of the buckle not only avoids the sample shaking caused by the experimenter's excessive force when opening and closing the door, but also can quickly lock the cabin body, adapting to the efficient experimental rhythm of "continuous sample processing;
Details of the functional area: the power key on the side adopts the logo design of "eye-catching but not abrupt", which not only facilitates the quick positioning operation of the experimenter, but also avoids the accidental touch caused by the key being too prominent (data may be lost by turning off the equipment by mistake in the experiment); The heat dissipation port of the fuselage adopts a "hidden grille", which not only ensures the heat dissipation requirement of the equipment for long-term operation, but also prevents the experimental liquid from splashing into the inside the fuselage, thus improving the durability of the laboratory scene;
Details of brand logo: the brand logo of "star race biology" is embedded into the body by "imprinting process", which not only transmits the brand attribute, but also avoids the problems of dust accumulation and difficulty in cleaning of raised logo, which meets the clean management requirements of biological laboratory.
4. Ergonomics: Comfortable Adaptation for Laboratory Operation
Ergonomic design is optimized for "long-term experimental operation of scientific researchers:
Operation posture adaptation: the opening and closing height of the sample chamber adapts to the natural range of the elbow of the "laboratory standing operation", and the experimenter can complete the sample pick-up and placement without bending down, reducing the waist fatigue of long-term experiments; The overall height of the fuselage conforms to the normal height of the laboratory table surface to avoid the deformation of the operation posture caused by too high/too low equipment;
Adaptation of the experimental process: the opening and closing angle (about 60 °) of the sample chamber not only ensures the hand operation space of the experimenter (it is convenient to put in/take out the sample container), but also prevents the adjacent space of the laboratory countertop from being occupied by too large opening and closing of the chamber door (suitable for multi-device collaborative experiment scene); The anti-skid foot pad at the bottom of the fuselage enhances the stability of the equipment on the countertop and avoids the equipment in the equipment to avoid equipment displacement caused by collision.
Conclusion: Precision and Experience Symbiosis of Scientific Instruments
The appearance design of this FR host is a symbiotic sample of "precision function" and "laboratory operation experience" of biological research instruments. It takes functional modularity as the skeleton and adapts to the process requirements of biological experiments. Taking rational and precise language as the texture to transmit the professional attributes of scientific research equipment; Taking detail design as the nerve to support the cleanliness and accuracy of the experiment; Taking human engineering as the blood vessel, the operation burden of scientific researchers is reduced.
At a time when biological research experiments are becoming more and more refined, such a design not only improves the experimental adaptability of the FR host, but also redefines the value of "scientific research precision instruments"-it is no longer a cold experimental tool, but a "reliable experimental partner" for researchers ". This concept of "enabling experimental efficiency with design and caring for scientific research experience with details" also points out the direction for the design of biological scientific research instruments: only by deeply integrating "rationality of experimental function" with "sensibility of scientific research experience" can we create equipment that really helps biological research. Sogo Design: www.soogot.com