HiComp

??Innovative?Bonding?Solutions?for Microplate?and Substrate Assembly ?? At?HiComp,?we?are?dedicated?to?providing high-quality,?customized microplates?tailored?to?the?needs of?research?and?diagnostic applications. Our?advanced?techniques?ensure strong,?reliable,?and scalable?assembly?for?microplates and?substrates: ??PSA?Bonding?–?Adhesive-based,?quick?and?efficient. ??UV?Bonding?–?Precision?bonding?with?UV?curing. ??Ultrasonic?Welding?–?High-strength?fusion?for?durability. ??Laser?Bonding?–?Non-contact,?high-precision?assembly. With?our?expertise,?we?help?researchers?bring?their?innovations?to?life?with?high-quality?and?scalable?microfluidic?solutions.?? Looking?for?a?trusted?partner?in?microplate?production??Let’s?connect! ?? #HiComp?#Microfluidics?#CustomMicroplates?#LabAutomation

?? ?Upcoming?Event?|?HiComp?at?ABIC?InfoTalk!? ?? We?are?delighted?to?announce?that?our?CEO, Jing Chen, Ph.D. , has?been?invited?to?speak?at?the ???????????????? ???????????????????? ?????????????????????????????? ???????????? research?meeting!??? ? Dr.?Chen?will?share?his?insights?on?"???????????? ?????? ?????????????????????????? ???? ???????????????????????? ??????????"?and?discuss?his?inspiring from?scientist?to entrepreneur. His?experience?in?commercializing research?innovations will?encourage?more?scientists to?transform?their?findings?into?real-world?solutions?that?benefit?society. ?? ?????????: ?????????? ????, ???????? (????????????????) ? ?????????: ????:???? - ????:???? ???? (?????? ????????) Stay?tuned?for?more?updates!? ?? ?? ?? More information, please check:https://lnkd.in/ggknUkDW #Microfluidics?#TechEntrepreneurship?#Innovation?#BiomedicalResearch?#HiComp

Unlocking the Potential of PDMS Membranes in Microfluidics PDMS membranes play a critical role in microfluidic applications, enabling gas exchange, selective permeability, and flexible integration into lab-on-a-chip systems. Their precision is essential for applications like organ-on-a-chip models, droplet generation, and single-cell analysis. At HiComp, we push PDMS membrane fabrication to the next level: ? Ultra-thin membranes: as thin as <10 μm ? Exceptional uniformity: thickness variation within ±2 μm ? Innovative proprietary design: seamlessly integrates membranes with PDMS microchannels, preventing glass collapse and wrinkling Precision matters. Innovation drives us. Let's advance microfluidics together. #Microfluidics #PDMS #LabOnAChip ?? Learn more: https://www.hicomp.us/

?????????????? ????-???????? ???????????? | ?????????????????? ???????????????????? ?????? ???????? ???????????????? At?HiComp,?we?understand?the?unique?demands?of?modern?laboratories.?Our ?????????? ???????????????????????? ????-???????? ???????????? are?designed to?elevate your research with?unmatched precision?and?reliability. ?????? ???????????? ????????????? ? ?????????????????? ???????????? - Choose?between?flat or?diagonal?bottom?wells to?suit?your?specific?applications. ? ??????????-?????????? ?????????? ?????????????????? (??.????????) - Exceptional?optical?clarity for?high-resolution?imaging. ? ???????????????????? & ??????????????-???????? - Guaranteed?safety?and consistency?for sensitive?experiments. ? ?????????????? & ????????-?????????????????????? - Engineered?to?withstand rigorous lab conditions?while?delivering consistent?results. Whether?you're?conducting high-throughput screening,?cell?culture, or?advanced?imaging, HiComp's?microplates?are?built to meet your exact?needs. ???????????? ???? ?????????????????? ???????? ????????????? Contact?us?today?to?discuss?your?requirements?and?let?us?help?you?achieve?breakthrough?results! #Hicomp?#Microfluidics?#96WellPlate?#LabInnovation?#CustomSolutions

??Case Study: Revolutionizing Research with Innovative Microfluidic Chips?? ??Challenge: A leading life sciences research team needed a reliable and precise solution for advanced cell analysis. Traditional methods were time-consuming, prone to inconsistencies, and lacked the precision required for cutting-edge diagnostics and medical research. ??Solution: The team adopted our state-of-the-art microfluidic chips, designed with cutting-edge technology to address their specific research needs. Key Features Utilized: ?Integrated Cell Staining Reagents: Enabled seamless on-chip staining, reducing preparation time and minimizing human error. ?Precise Chamber Depth Consistency (±3μm): Ensured uniform cell analysis conditions, critical for accurate and reproducible results. ?Durable PS Material: Provided long-lasting performance, even under rigorous experimental conditions. ?Ultrasonic Welding Technology: Guaranteed a secure bond between the top and bottom layers, preventing leaks and maintaining chip integrity. Ready to elevate your research? Discover how our microfluidic chips can support your next breakthrough. ?? #HiComp #Microfluidics #PrecisionEngineering #MedicalResearch #LifeSciences #InnovationInScience

**Custom Microplates, Tailored for You!** ??? Looking for precision-engineered microplates tailored to your needs? Our solutions ensure reliability and performance in every experiment!? ? 96 & 384, and custom well formats?? ? Microstructured substrates for advanced applications?? ? Various plastics, coatings & surface treatments?? ? Sterilization & pyrogen-free options?? ? Barcoding, packaging & plateholders? Let's optimize your high-throughput workflows together! Contact us to explore customized solutions.?? #HiComp #CustomMicroplates #Microfluidics #HighThroughput #BiomedicalResearch

Happy Presidents' Day!?? Great leaders drive innovation and progress—just like we do at HiComp! As pioneers in microfluidics, we’re committed to advancing technology and simplifying PDMS mass production to fuel groundbreaking research.? Let’s take inspiration from visionary leadership and keep pushing the boundaries of science and innovation!? #HiComp #PresidentsDay #Microfluidics #Innovation

Let?Love?Flow?in?You ?? Just like microfluidics in our chips—smooth, precise, and full of possibilities—love flows best when it moves freely and connects the right elements. ?? Wishing you a Valentine’s Day filled with love, laughter, and perfect chemistry! ??? #HiComp #ValentinesDay #LetLoveFlow

?Advancing Microfluidics with Precision Glass Chips ? Introducing our Glass Array Micro-well Chip, designed with high transparency and superior microfabrication techniques. From optical clarity to precise micro-pit arrays, our chips are optimized for high-performance applications in life sciences and diagnostics.? ?? **Key features:**?? ? High-precision micro-pit arrays (2.5 μm diameter, 1.5 μm depth)?? ? Manufactured using MEMS processing technology ? High-quality glass material for excellent optical performance? Looking for a reliable partner for your microfluidic chip production? Let's innovate together!? #HiComp #Microfluidics #GlassChip #MEMS #LabOnAChip #PrecisionEngineering ?? Learn more: https://www.hicomp.us/

??Case Study: Glass Array Micro-well Chip Using MEMS Technology?? At HiComp, we’re pushing the boundaries of microfluidic chip fabrication with our advanced MEMS (Micro-Electro-Mechanical Systems) processing technology. One of our notable achievements is the development of the Glass Array Micro-well Chip.?? This chip, made from high-quality glass, features a precisely engineered array of micro-wells with a diameter of 2.5 μm and a depth of 1.5 μm. Such precision allows for its application in cutting-edge research areas like sequencing, spatial omics, and digital PCR, where high precision and reproducibility are paramount.?? Our MEMS technology is capable of processing a variety of materials, including silicon, glass, and Su8, with the ability to fabricate structures down to 0.1 μm in size. This versatility makes HiComp a trusted partner for researchers and companies looking to innovate in the microfluidic and biotechnology fields. Whether you're working on next-generation sequencing, spatially resolved omics, or precision diagnostics, our MEMS-enabled chips provide the performance and reliability you need.? Let’s connect to discuss how Hicomp can help bring your microfluidic innovations to life!?? #HiComp #Microfluidics #MEMS #Sequencing #SpatialOmics #DigitalPCR #Innovation