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Xinxiang Vic Science&Education Co.,Ltd.

Founded in 2014, Xinxiang Vic Science&Education Co.,Ltd. is located in Hi-Tech Zone, Xinxiang city near to the Yellow River and Zhengzhou Airport. Specializing in production of microscope prepared......
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Learning in Practice, Dreaming for the Future A Warm and Inspiring Internship Completion Ceremony

Internship comes to an end, but growth never stops; youth chases dreams, and the future sets sail. Recently, the internship completion ceremony with the theme "Learning in Practice, Dreaming for the Future" was successfully held. The enterprise and the school joined hands to draw a warm conclusion to the precious growth journey of the interns and sounded the clarion call for their new voyage.I. Full of Harvest, Heading for a New Journey"I have gained abundant growth and experience during this internship!" The words of the intern representative were sincere and touching. From classroom theory to workplace practice, from unfamiliarity and confusion to proficiency, every task completed and every problem solved embodies the careful guidance of enterprise mentors and the unremitting efforts of the interns themselves.Internship is not only the tempering of professional skills but also the accumulation of professional literacy. Everyone learned communication, collaboration and responsibility through practice, transformed knowledge into ability, and grew rapidly through experience, laying a solid foundation for their future career. This experience is the most precious growth mark in youth and will become solid confidence for everyone on the road of pursuing dreams.II. School-Enterprise Cooperation, Building a BridgeSpecial thanks to Teacher Han Hui, Director of the Business English Teaching and Research Office and Secretary of the Second Party Branch of the Teaching Staff! Since the interns joined the enterprise, Teacher Han has always cared about their growth and adaptation, actively communicated between the enterprise and the campus, and built a solid bridge for school-enterprise cooperation.It is precisely because of Teacher Han's close collaboration and dedicated efforts that the students have obtained such a high-quality practical platform. They stepped out of campus into the workplace, tempered themselves and accumulated experience in real working scenarios. This meticulous care and strong support made the internship journey warmer and the growth path smoother.At the same time, Mr. Zhu from Dake highly recognized and affirmed all the interns. Mr. Zhu said that the students performed exceptionally well and surprisingly during the internship: they never complained about hardships or tiredness at work, always maintained a serious, responsible and positive working attitude, were steadfast, diligent, proactive and with strong execution. They fully demonstrated the good spirit and professional literacy of young students in the new era, which is worthy of full praise.III. Thoughtful Gifts, Great ExpectationsA gift represents deep affection; a blessing conveys great expectation. At the ceremony, Mr. Wu carefully prepared gifts for each intern. The small tokens contain sincere wishes and earnest expectations for everyone.This is not only a souvenir but also recognition and encouragement from the enterprise for the interns' growth. Mr. Wu hoped that the students would move forward steadfastly and bravely with this warmth and strength, and shine brightly in the future life journey. This blessing will also become motivation for everyone to chase dreams, inspiring them to live up to their youth and expectations.The end of the internship is not a destination but a new starting point. Armed with knowledge from school and gains from internship, with the careful care of the school and earnest expectations of the enterprise, 26 students will embark on a new growth journey with fuller enthusiasm and firmer faith.Keep learning and practicing; the time to set sail for dreams has come!Wish every intern brave winds and waves and a bright future.Look forward to Vic Science and Education and the alma mater continuing to deepen school-enterprise cooperation, improve the integration of industry and education, jointly build a broader platform for youth growth and success, cultivate talents together and build a better future!
+ 2026-04-15

Xinxiang Vic Science&Education Co.,Ltd. Invites You to the 93rd CMEF | Gather in Shanghai to Explore the New Future of Medical Science & Education

DearPartnersandColleaguesintheIndustry,The93rdChinaInternationalMedicalEquipmentFair(CMEF),aglobalbenchmarkforthemedicalandhealthindustry,isabouttograndlyopeninShanghai.Asadedicatedexplorerdeeplyengagedinbiologicalslidesandspecimens,WeikeScience&Educationisfullyprepared.Wesincerelyinviteyoutovisitourboothtojointlyexaminethefinescalesthatdefinemedicalcognitionandexploremorepossibilitiesforteachingandpracticaltraining.HighlightsofVicScience&EducationProfessionalMatrix,Brand-NewDebutBrand-newupgradedbiologicalslidesandspecimenswillbegrandlypresented,coveringhistologytopathology,andadheringtothequalityofprecisionandauthenticity.SolutionstoEmpowerTeachingWecreateone-stopteachingandpracticaltrainingsolutionsforslidesandspecimens,integratingphysicalteachingaids,digitalresourcesandcurriculumdesigntoenhancethemedicalteachingexperience.In-depthDialoguetoExploretheFutureTogetherTakingtheboothasacommunicationplatform,wewilljointlyexploreindustry-university-researchcooperation,customizeddevelopmentandmedicaleducationtrends,andworktogethertoexpandwin-winbusinessopportunities.ExhibitionInformationExhibitionTime:April9,2026—April12,2026ExhibitionVenue:NationalExhibitionandConventionCenter(Shanghai)BoothNumber:8.2J42WelookforwardtogatheringwithyouinShanghaitodiscussindustrydevelopmentandexplorecooperationopportunitiestogether!  
+ 2026-03-30

27

2026-03

What is the difference between a biological microscope and a stereo microscope?

The core differences between biological microscopes and stereomicroscopes lie in their observation objects, imaging effects, core advantages, and usage scenarios. The specific distinctions are as follows, tailored to the characteristics of vic science and education products, making them clear and easy to understand. Different observation objects:Biological microscope: Primarily used for observing transparent/translucent thin specimens, such as cellular structures, tissue sections, and other microscopic objects that require light transmission for observation.Stereo microscope: Primarily used for observing three-dimensional, opaque/thick specimens, such as plant specimens, insect morphology, microbial colonies, and other three-dimensional objects that do not require sectioning.Different imaging effects:Biological microscope: Equipped with an achromatic objective lens, it boasts high resolution and produces flat, high-definition images, clearly revealing the fine structures of samples, such as cellular patterns and tissue details. Stereo microscope: It has the advantage of a wide field of view, producing a three-dimensional and intuitive image that can restore the three-dimensional morphology of the sample and highlight the three-dimensional layering of the object.Different core advantages:Biological microscope: Its core advantages lie in high-definition resolution, accurate color reproduction, and robust optical performance, meeting the need for precise observation of microscopic details.Stereo microscope: Its core advantages lie in its wide field of view, long working distance, convenient operation, and the elimination of complex sample processing (such as slicing), making it easy to get started. Different usage scenarios:Biological microscope: suitable for cell observation and histology experiments in middle school/high school biology classrooms, as well as microstructure research in professional scientific research.Stereo microscope: suitable for observing three-dimensional samples and identifying specimens in basic teaching, without requiring complex sample preparation. It is ideal for classroom demonstrations and independent student operations.

23

2026-01

Scientific Value of Animal Skeletal Specimens

The value of animal skeletal specimens goes far beyond their ornamental function in science popularization exhibitions. They play an irreplaceable role in scientific research, education, archaeology, forensic medicine and other fields. In evolutionary biology research, skeletal specimens are the **key evidence** for exploring species evolution. There are differences in the skeletal structures of different species, and these differences record the evolutionary trajectories of species adapting to the environment. For example, by comparing the skeletal specimens of modern birds with those of ancient dinosaurs, scientists have found many similarities between the wing bones of birds and the forelimb bones of dinosaurs, which provides strong support for the theory that **birds originated from dinosaurs**. In addition, by analyzing the fossil specimens of animal bones from different geological ages, scientists can also reconstruct the ancient ecological environment and understand the rise and fall of species. In the field of education, skeletal specimens serve as intuitive **anatomical teaching aids**. For students majoring in biology and medicine, observing animal skeletal specimens enables them to quickly grasp knowledge such as animal skeletal structure, joint connection, and muscle attachment points, which is more intuitive and easier to understand than simply reading textbooks. For instance, in veterinary education, skeletal specimens of common animals like dogs and cats can help students familiarize themselves with animal skeletal anatomical structures, laying a solid foundation for subsequent clinical diagnosis and surgery. Skeletal specimens also play an important role in archaeology and forensic medicine. By studying the skeletal specimens of ancient animals, archaeologists can understand the production and living methods of human beings at that time. For example, analyzing the bones of domestic animals can help judge the level of agricultural development in that period. Nowadays, with the development of technology, the production and application of animal skeletal specimens are constantly innovating. For example, 3D scanning technology can accurately replicate precious skeletal specimens, which not only facilitates resource sharing among researchers but also avoids damage to the original specimens. In virtual museums, digital skeletal specimens allow audiences to observe skeletal structures 360 degrees through interactive operations, enhancing the science popularization experience. A single animal skeletal specimen carries the history of life, embodies the craftsmanship of its maker, and unlocks the mysteries of nature. 

30

2025-12

How to avoid specimen discoloration when making wax leaf specimens

The discoloration of wax leaf specimens is mainly caused by light, humidity, oxidation of plant components, and improper handling. The core avoidance strategy is to control environmental factors, optimize the production process, and do a good job in post production protection. The specific methods are as follows. 1、 Collection and preprocessing stageChoose an appropriate collection timeAvoid collecting under high light at noon (when plant cells have vigorous metabolism and are prone to rapid dehydration leading to pigment degradation), and prioritize collecting in the early morning or evening; After collection, immediately place it in a sealed fresh-keeping bag (temporary storage) to avoid prolonged exposure of plants to air and reduce the oxidation of pigments such as chlorophyll and anthocyanins.Targeted treatment of special plantsPlants containing polyphenols and tannins (such as tea leaves and acorn leaves): After collection, quickly boil them in boiling water for 10-20 seconds (to kill them), destroy the oxidase activity, and then suppress them;Succulent/succulent plants (such as Sedum and Portulaca): First, remove excess fleshy tissue, use absorbent paper to absorb surface moisture, and then press to avoid water retention and browning;Flower specimens: Gently separate petals and avoid overlapping when spreading to reduce discoloration caused by high local humidity. 2、 Compression drying stageIncrease the frequency of replacing absorbent paperChange the absorbent paper 2-3 times a day in a humid environment (at least once in a dry environment) to keep it dry and avoid mold growth or pigment hydrolysis of the specimen due to moisture retention; When changing paper, handle with care and do not rub the specimen to prevent cell damage and accelerated oxidation.Control and suppress the environmentThe suppression area should be ventilated, dry, and away from light (can be placed in a cool indoor corner), and avoid direct sunlight (ultraviolet rays can damage chlorophyll and cause yellowing of leaves); If the environment is humid, a desiccant (silica gel) can be placed next to the specimen holder to accelerate water evaporation.Moderate pressureThe pressure of the specimen clamp is moderate (it is advisable to fix the specimen flat without squeezing the organs). If it is too tight, it will cause cell rupture and pigment exudation; If it is too loose, the specimen will not have sufficient contact with the absorbent paper, and uneven drying will cause local discoloration. 3、 Disinfection and Binding StageChoose a gentle disinfection methodPrioritize low-temperature disinfection (freezing at -20 ℃ for 48 hours) to avoid damage to pigments caused by chemical fumigation (such as bromomethane); Ordinary teaching specimens can be exposed to short-term sunlight (1-2 hours), but it is necessary to avoid fading caused by prolonged exposure.Avoid using easily dyed materials for binding materialsUse neutral glue (such as white latex) or pure cotton needle and thread binding, avoid using acidic glue or colored string (acidic substances can corrode specimens, colored materials may fade and contaminate specimens); Select acid free cardboard for the table paper (to prevent acidic substances from seeping out after the paper ages, causing the specimen to turn yellow).
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