Tag: process improvement

3 Process Points That Prevent Semiconductor Defects – Key Summary of Grinding, Lamination, and Cleaning

If defects are found in parts after cleaning, the loss has already started somewhere in the process. Thickness variation in the grinding stage, uneven adhesion in the tape attachment process, contamination residue remaining after cleaning — if even one of these three issues is overlooked, yield loss and rework costs can grow rapidly. The later a problem appears in the downstream process, the more correction costs increase exponentially, and delayed delivery can even undermine customer trust.

Thickness Uniformity in the Grinding Process Determines Yield

In the semiconductor packaging process, thickness uniformity is one of the most sensitive variables that determines yield. Modern package structures such as WLCSP wafer level chip scale package, FCBGA, and QFN are based on vertical chip stacking, and if the thickness after grinding is even slightly uneven, stacking chips on top becomes impossible.

According to analysis by AE Research, the thickness uniformity tolerance required in semiconductor grinding processes is less than 1 micron, and chips outside this standard immediately lead to defects in the stacking process. This is why micron level precision grinding using diamond wheels is not simply a machining technology, but a prerequisite for package reliability. To maintain this level of tolerance consistently even in high speed processes, stage precision and consistent grinding conditions must both be secured. Keeping thickness variation within the allowable range is the key to high yield production.

Integrated Lamination Processes Prevent Error Accumulation

The more a process is divided into multiple stages, the more errors accumulate between each stage. When tape attachment, UV curing, and expanding are performed on separate equipment, alignment can shift or adhesion conditions can vary during transfer between processes.

The laminator system from Huvics structurally prevents this issue by integrating key processes from the expander to UV curing within a single system. In the UV curing stage, uniform irradiation intensity is especially important. Uneven UV irradiation causes film shrinkage and adhesion variation, increasing the risk of damage in the subsequent chip separation process. In contrast, when UV curing is performed under controlled conditions, tape adhesion weakens predictably, allowing chips to be separated without damage.

A UV curing system that can selectively apply lamp and LED methods provides the flexibility to respond according to product type and production volume. Connecting processes into one continuous flow and reducing the number of transfers is itself implemented as a way to secure both shorter takt time and process stability.

The Cleaning Process Is the Final Gateway to Quality

No matter how precise the machining and attachment processes are, final quality becomes unstable if contaminants remaining on the surface are not removed. In camera module manufacturing sites, if residual flux and contamination particles generated during the reflow process after CSP assembly are not removed through cleaning, ionic residues cause corrosion and directly affect module performance.

In production environments that handle components with diverse shapes and materials, such as VCM motors, image sensors, and trays, a single cleaning method makes it difficult to respond to all types of contamination. The cleaner system from Huvics removes surface contamination particles step by step through a multi stage cleaning method that combines micro bubbles, water jet, and air knife, and it also includes an oven drying function to remove residual moisture after cleaning.

Full auto and manual methods can be selected, allowing flexible application depending on the line configuration. In automated configurations, worker intervention between processes is minimized, reducing the risk of contamination reattachment. In the field, results show that as the defect rate in the cleaning stage decreases, the downstream rework rate also drops.

Micron level precision in the grinding process, an integrated flow in the lamination process, and multi stage contamination removal in the cleaning process — these three elements are not separate technologies, but one connected line of defense against semiconductor defects. Weakness in any one stage is transferred as a burden to the next stage, and the structure in which it is ultimately confirmed as a defect in final inspection will inevitably repeat unless the entire process is designed with precision. Controlling variation at each point in the process is a far more cost effective way to protect quality than tracing the cause after a defect occurs.

Huvics is an advanced technology company that develops and manufactures automation equipment and
production systems across the semiconductor, LED, Mobile, and Cosmetic industries.
With top talent and continuous technological innovation, we support customer productivity improvement and
quality competitiveness.

Huvics Contact

Phone: 031-374-8285
Email: cdpark@huvics.com

2026-09-28
Semiconductor Process Defects, Solve Them in 3 Steps: Cleaning, Lamination, and Grinding

Just a few years ago, semiconductor cleaning was considered little more than the ‘finishing step’ of the process. However, as chip integration increases and package structures become more complex, precision processes such as cleaning, lamination, and grinding are emerging as key variables that determine final yield. In semiconductor manufacturing sites, the required precision level for these processes will continue to rise.

Why the Cleaning Process Is the Starting Point of Yield

In semiconductor production lines, the seeds of defects grow where they cannot be seen. A single microscopic contaminant particle remaining on the surface of a wafer or tray can disrupt the yield of the entire subsequent process. This is exactly why cleaning is not simply ‘washing away’.

The micro nanobubble method, which generates fine bubbles of 0.1μm or smaller in water to remove organic matter, effectively separates contaminants while minimizing physical impact on the surface. The principle is that the localized pressure generated when bubbles collapse detaches particles from the surface. When a multi step configuration is added, using Water Jet to push away foreign matter and Air Knife to remove moisture, cleaning efficiency becomes significantly different compared to a single method.

The more contamination sensitive the ultra precision components are, such as camera modules, autonomous driving sensors, and VCM motors, the more clearly the effect of this multi step cleaning appears. The Huvics Cleaner System is equipment configured to apply this multi step cleaning principle to actual mass production environments, and it is equipped with an Oven Dry function to handle the drying process as part of a single flow. This structure reduces the risk of recontamination that can occur when cleaning and drying are separated. Ultimately, the understanding is taking hold in manufacturing sites that cleaning is the starting point of the process and the foundation for quality in all later stages.

Why Precise Control in the Lamination Process Matters

One of the defects that occurs most quietly yet critically in the lamination process is adhesive residue. UV curing tape operates on the principle that its adhesive strength decreases when exposed to ultraviolet light, making it easier to separate chips from the tape after dicing. The problem occurs when sufficient UV energy is not delivered. If curing is incomplete, adhesive remains on the chip surface, and this residue can become a contamination source in subsequent processes or affect electrical characteristics.

On the other hand, excessive UV exposure can cause thermal damage to the tape substrate or the chip itself, making the precision of energy control a key variable that determines process results. The same applies to adhesion uniformity in the Tape Mounting step. If the tape is not evenly attached, the chip can move slightly during dicing, reducing cutting precision.

The Huvics Laminator System processes the steps from Expander to Tape Mounting and UV Curing within a single system, and it is configured to selectively apply two UV methods: Lamp and LED. By integrating process steps, the key is to reduce condition fluctuations that can occur between each step and to maintain stable adhesive strength and curing quality.

In the Era of Stacked Packages, Grinding Precision Determines Performance

As stacked package technology, which stacks chips in multiple layers, becomes more advanced, requirements for thickness uniformity and surface flatness in each layer become stricter. Traditional bump based stacking structures created a gap of about 30μm between dies, but hybrid bonding, which directly connects copper to copper, reduces this gap to nearly 0. As the gap narrows, the allowable range of thickness variation in the grinding process also narrows.

In products that stack dozens of chips, such as AI semiconductors or high performance memory, accumulated thickness variation in one layer can collapse the flatness of the entire package, leading to electrical connection defects. The Huvics PKG Grinder is equipment that uses Diamond Wheel based micron level grinding to uniformly process packages to the thickness required by customers across various package types such as FCBGA, WLCSP, and QFN/DFN. It supports both Full Auto and Manual configurations, securing flexibility for production lines. As stacked structures become denser and packages become thinner, it will become even clearer in future technology competition that grinding precision is a condition that determines the performance and reliability of next generation semiconductors.

Cleaning, lamination, and grinding may appear to be independent processes, but these three steps are connected as one quality chain. Contamination in an earlier step disrupts precision in a later step, and subtle differences in curing conditions determine the reliability of the final chip. Preventing defects in semiconductor processes ultimately comes down to how tightly these invisible connections are managed.

Huvics is an advanced technology company that develops and manufactures automated equipment and
production systems across the semiconductor, LED, Mobile, and Cosmetic industries.
With top talent and continuous technological innovation, we support improved customer productivity and
secure quality competitiveness.

Huvics Contact

Phone: 031-374-8285
Email: cdpark@huvics.com

2026-09-18
Huvics 4-Step Precision Process that Maximizes Process Efficiency: Site-Specific Solution Strategy

In the fierce competition of semiconductor manufacturing sites, you know better than anyone that even a 1 percent difference in yield can determine the success or failure of a company. In particular, subtle defects in the tape adhesion process or recurring tray cleaning issues often remain unresolved challenges for site managers. Can we truly control these invisible variables completely and free ourselves from the technical hurdles we face every day? Huvics goes beyond simply supplying equipment, thoroughly analyzing the unique physical environment of each site and presenting precise answers that maximize process potential. From here, let us explore those answers through the unique 4-step precision process from Huvics, which transforms site complexity into exceptional efficiency.

Stage 1: Site-Specific Initial Diagnosis

Analysis of Process Variables and Root Causes

Semiconductor manufacturing sites are a world of precision where not even the slightest error is allowed. In particular, subtle defects that occur in the tape adhesion process or the challenges of repetitive tray cleaning are often considered major technical bottlenecks that hinder production efficiency. Huvics does not try to solve these site concerns merely by supplying standardized equipment.

We focus on the fact that every customer manufacturing line has different physical characteristics and environments. Therefore, from the initial diagnosis stage, we thoroughly analyze invisible variables within the process and the root causes of problems. This precise diagnosis becomes the logical foundation that allows the customized solution to be implemented in the most complete way.

The First Step in a Strategic Partnership

From precision cleaning systems to advanced automation equipment, every process designed by Huvics is the first step in a strategic partnership that helps customer production lines achieve the highest efficiency. The initial diagnosis we perform goes beyond simply identifying problems. It is like fastening the first button to bring out the full potential of the process.

Stage 2: Differentiated Customized Design and Implementation

Optimal Engineering Based on Data

Once the full-scale design stage begins, the differentiated customized engineering of Huvics comes into play. We do not simply place existing equipment on site. Instead, we conduct an optimal design process that closely reflects the extensive site data and unique process characteristics of each customer. This process is a key strategy for directly overcoming the technical challenges within the manufacturing line.

Productivity Improvement Through Integrated Solutions

After the design is completed, a 3-step implementation process is carried out to successfully settle precision cleaning systems and automation equipment on site. In this process, the technology of Huvics goes beyond the physical installation of equipment and functions as an integrated solution that designs the organic flow of the entire manufacturing process.

As a result, these customized integrated solutions minimize unnecessary downtime in manufacturing lines and dramatically improve yield. Through this, companies leading the global IT and automotive electronics industries can secure a solid technical foundation that gives them a commanding advantage in the changing future technology competition environment. Customized design is the surest key to turning site complexity into simplicity.

Stage 3: Process Stabilization and Real-Time Monitoring

Continuous Process Tuning and Quality Maintenance

The final stage after equipment introduction, process stabilization, is the area where Huvics places the greatest focus. No matter how advanced the technology of the equipment is, it is difficult to expect production efficiency if it cannot be fully integrated into the actual manufacturing line. Huvics continuously performs real-time data monitoring and detailed process tuning so that the installed equipment can maintain consistent high quality on site.

The Role of a Smart Process Partner

In this process, the equipment goes beyond simple hardware and becomes a smart partner that operates organically within the overall process flow while preventing potential bottlenecks in advance. As a result, this precise stabilization strategy from Huvics becomes a key driving force that helps customers minimize unexpected defects and secure unwavering production competitiveness.

We make equipment more than machines that simply stand still. We enable it to breathe with the constantly evolving flow of the process. Ultimately, our goal is to become a reliable and sustainable process partner that helps customers maintain the highest productivity in any situation and secure the most dependable technological advantage.

Stage 4: Future-Oriented Technology Partnership

Continuous Technical Support and Innovation

The journey of Huvics does not stop at installing and stabilizing equipment. We provide continuous technical support and future-oriented partnerships so that customer manufacturing lines can maintain optimal performance even in a changing technological environment over time. Manufacturing sites are becoming increasingly advanced, and the challenges that follow are also evolving rapidly.

The Future of Sustainable Manufacturing

Huvics anticipates the new technical challenges customers will face and works together to develop strategic solutions that enhance competitiveness across the entire process, beyond the equipment we supply. Through this partnership, customers experience innovation that leads future markets, going beyond the simple introduction of equipment.

The ultimate goal of Huvics is to become a dependable technology hub that helps customers build a stable production system that remains solid at any technological turning point and become leaders who drive industrial innovation. This 4-step precision process we propose is more than a technology that improves process efficiency. It is a firm commitment to shaping the future of sustainable manufacturing together with our customers.

Conclusion

The success or failure of semiconductor manufacturing ultimately depends on how precisely invisible errors are controlled. Going beyond simply replacing equipment, the 4-step process from Huvics analyzes complex variables on site one by one and designs an integrated flow. It is the most reliable strategic move a company can make in the ever-changing competition of future technology.

Just as the precision we pursue becomes a powerful asset that increases customer productivity, Huvics will stay by your side as a partner that overcomes process limitations and realizes unmatched yield. The technical challenge your manufacturing line faces today may very well be the most important turning point for a new leap forward.

Huvics is an advanced technology company that develops and manufactures automation equipment and
production systems across the semiconductor, LED, mobile, and cosmetics industries.
With outstanding talent and continuous technological innovation, we support customer productivity improvement and
quality competitiveness.

Huvics Contact Information

Phone: 031-374-8285
Email: cdpark@huvics.com

2026-08-03
Why the Early Stage of the Semiconductor Process Matters – Technical Insights and Strategic Value Presented by Huvics

In semiconductor manufacturing, where ultrafine circuits at the nanometer scale are realized, why do global technology experts point to the very beginning of the process as the most critical battleground above all else? In today’s environment, where even one invisible microscopic particle can disrupt the entire yield, precise cleaning and control in the early stage have become not just a process sequence but a core strategy that determines a company’s survival.

This is precisely the area Huvics focuses on, having proven its technological reliability in the global market by receiving the USD 1 Million Export Tower award on Trade Day 2025. Let us take a closer look at the decisive insights Huvics has gained in the field, and how the future of semiconductors changes depending on how perfectly the first step of the process is executed.

The Core of the Semiconductor Process, the Importance of the Early Stage

The Golden Time That Determines Process Success

In the vast and complex world of semiconductor manufacturing, why do experts focus so persistently on the beginning, or early stage, of the process? This goes beyond simply being the first step in sequence. It is the decisive golden time that determines the success or failure of the entire production process.

Today, as semiconductor circuits have become extremely miniaturized to the nanometer scale, even one tiny particle that is difficult to detect under a microscope can shake the reliability of the entire product. How completely and precisely impurities are removed in the early stage of the process directly becomes the most essential indicator that determines final yield.

Huvics’ Precision Cleaning and Efficiency Maximization

Huvics deeply understands the importance of this early process and concentrates all its capabilities on strengthening the foundation of the process through precision cleaning technology and advanced automated equipment. Thorough contamination control in the early stage dramatically reduces the complexity of subsequent processes and ultimately creates a powerful virtuous cycle that maximizes the efficiency of the entire production line.

With years of accumulated proprietary patented technologies and field-centered know-how, Huvics pursues perfection from the very first step of the process as a strategic partner that solves the challenges of semiconductor manufacturing, driving global technological competitiveness.

Huvics’ Technology Recognized by the Global Market

Unique Capabilities and Risk Prevention

The reason companies like Huvics, which have proven technological reliability, are recognized as key problem solvers in the fiercely competitive global manufacturing field is their unique capability to overcome the high technological barriers present in the early stage of the process. Huvics, which proved its capabilities in the global market by receiving the USD 1 Million Export Tower award on Trade Day 2025, completely blocks potential risks hidden in the early stage of the process in advance, based on numerous patented technologies accumulated over many years and extensive field project experience.

Value as a Strategic Partner

This goes beyond the general level of manufacturing support that simply supplies equipment. It carries a highly strategic value by helping customers secure a strong competitive advantage from the starting point of their manufacturing processes. Through continuous research and development investment, Huvics has steadily expanded its portfolio in precision cleaning and automation, and even now works alongside global companies to solve diverse challenges while serving as the most reliable partner in building stable mass production systems.

Controlling unexpected variables in advance within complex manufacturing processes not only prevents economic losses for companies but also becomes the most reliable line of defense for protecting market share over the long term.

The Technical Standard of the Future Semiconductor Industry

Securing Market Competitiveness Through Technological Innovation

The future semiconductor industry will be rapidly reshaped around advanced precision cleaning and automation technologies that go beyond existing limits. Ultimately, the technological gap in the early process will become a key variable that determines a company’s market competitiveness, and this will lead to raising the technical standards of the entire semiconductor ecosystem by one level, beyond simple improvements in manufacturing efficiency.

Huvics is taking the lead in this change by expanding its portfolio in precision cleaning and automation through continuous research and development investment. We clearly understand that securing the completeness of the early process without any gaps is the most reliable strategy for surviving in the next generation IT manufacturing market and leading innovation.

Huvics’ Path as a Global Milestone

With Huvics, which continues to drive the future competitiveness of semiconductors through ongoing technological innovation, customers can design a future one step ahead from the very starting point of the process. Huvics’ steps toward creating global standards based on technological reliability are becoming a new milestone not only for Korea but also for the global semiconductor manufacturing market, and they will remain at the center of continued change.

Expert Recommendations for a Successful Manufacturing Environment

A Technical Foundation for High-Quality Mass Production

The reason we must once again recognize the importance of the early stage of the semiconductor process is that the speed of technological progress is incomparably faster than before. As microprocesses become more advanced, the precision of early cleaning serves as a shield that prevents product defects and, at the same time, as an engine that enables high-quality mass production.

Huvics goes beyond being a company that simply supplies equipment. It pursues value as a group of experts that analyzes process flows, predicts potential errors, and presents optimal solutions. It is an unchanging rule of the industry that the performance of the latest semiconductor devices can be fully realized only on a clean foundation secured in the early process.

Partnership for Sustainable Growth

Going forward, Huvics will continue to devote its full efforts to helping customers overcome manufacturing limitations through technology and to providing a successful manufacturing environment where the beginning of the process leads directly to the best results. These continuous efforts will ultimately enhance the brand value of customers and become a key contribution that accelerates the development of the entire semiconductor manufacturing industry.

The future of semiconductors we envision begins at this very moment, with the commitment to perfecting the very first step of the process.

Conclusion

Ultimately, we have clearly confirmed that the success or failure of semiconductor manufacturing does not begin with the sum of countless processes, but with a perfectly prepared first step. Huvics’ precision cleaning technology and automation solutions, proven through the USD 1 Million Export Tower award on Trade Day 2025, go beyond simple manufacturing support and serve as a strategic shield that solves the challenges customers face and ensures optimal yield.

Huvics’ rigorous standards, which do not tolerate even the smallest invisible defect, will soon become the new standard in the next generation semiconductor market. Now that the starting point of the process is directly becoming a company’s future competitiveness, we invite you to complete a stable manufacturing ecosystem together with Huvics, which guarantees technological reliability.

Huvics is an advanced technology company that develops and manufactures automation equipment and
production systems across the semiconductor, LED, Mobile, and Cosmetic industries.
With outstanding talent and continuous technological innovation, we support customers in improving productivity and
securing quality competitiveness.

Huvics Contact Information

Phone: 031-374-8285
Email: cdpark@huvics.com

2026-07-25
From Diagnosis to Aftercare, Are You Applying Huvics’ Step-by-Step Solutions in the Right Order?
Manager Kim, who oversees the production line of a small and medium-sized manufacturing company, had been losing sleep lately. Even after investing hundreds of millions of won in the latest equipment, difficult compatibility issues with existing facilities and unexplained bottlenecks continued to occur, causing production efficiency to decline and defect rates to rise. No matter how thoroughly he inspected the site, he could not find a fundamental solution, and his frustration only grew. Then one day, Manager Kim came across Huvics’ step-by-step process analysis solution, which precisely diagnoses the entire manufacturing process from the basic stage. The moment he began the first step of this sophisticated and systematic analysis, the subtle inefficiencies and real problems inside the factory that had long been hidden behind a veil finally began to appear clearly before his eyes.

Every great change and innovation always has a proper starting point. The same is true when trying to maximize production efficiency and innovate processes in manufacturing. Many companies try to solve immediate problems all at once simply by introducing off-the-shelf equipment available in the market or installing standardized systems, but unfortunately, this is rarely a fundamental solution. If standardized equipment is replaced blindly without fully considering the unique workflow of our factory, the organic connection between machines, and the subtle variables on the production floor, another form of bottleneck will inevitably appear. In fact, many factories install the latest equipment but fail to see a return on investment due to compatibility issues with existing facilities or unexpected bottlenecks, leaving them with serious concerns.

1. The First Step Toward Successful Process Improvement, Objective and Thorough On-Site Diagnosis

The first step toward successful process improvement proposed by Huvics clearly begins with an objective and thorough diagnosis of the current state. Moving boldly away from the conventional one-size-fits-all approach of simply supplying and quickly installing equipment, Huvics carefully examines each part of the customer’s entire manufacturing process line directly on site. From the basic stage, Huvics scientifically and deeply analyzes subtle bottleneck sections or inefficient movement paths that even leading global companies may not have recognized. Through this thorough and uncompromising analysis process, Huvics accurately defines potential requirements and subtle improvement points that even the customer may not have known, and finally builds a solid and unwavering foundation for designing a solution optimized for each individual factory.

2. Developing a Data-Based Customized Total Solution

Once precise and reliable data has been firmly secured through this thorough analysis, Huvics’ innovation process moves to the next stage: developing a customized total solution. At this stage, the focus is on designing the optimal system that perfectly fits the unique working environment and characteristics of each site based on the data collected through on-site diagnosis. The key items reviewed precisely from multiple angles at this time are as follows.
- The realistic budget range of the customer
- The environment of existing facilities currently in operation
- The ultimate production goals to be achieved in the long term
Huvics comprehensively reviews these factors to design the optimal system. Rather than a one-time approach of unilaterally placing equipment from a specific brand or specification and leaving, Huvics plans and proposes a customized configuration so that the entire process line can operate in the most natural and efficient way, like a single organism.

3. Smooth On-Site Implementation and Close Technical Support from Experts

Thanks to the customized solution designed in advance, the process of introducing the new system into the actual manufacturing site proceeds very smoothly. This greatly reduces unexpected defects and trial and error that commonly occur during initial operation when new equipment or systems are introduced. In particular, the real-time close technical support provided by Huvics’ highly skilled group of experts throughout the entire solution implementation process becomes a strong foundation that enables flexible and rapid responses to sudden environmental changes or unexpected error situations on site. Through this intensive process, customers come to deeply understand the true importance of close care that goes beyond simply introducing equipment and achieves optimization of the entire factory. This is naturally proven through visible results such as maximized production efficiency. Ultimately, Huvics is not merely a hardware supplier, but demonstrates its presence as a true partner that fully satisfies the deep needs and advanced requirements of global leading companies and walks together through the entire successful business journey from start to finish.

4. Sustainable Aftercare and Completion of a Stable Manufacturing Ecosystem

Systematic Aftercare and Facility Stability

When the precisely designed customized solution and the reliable, professional, close support unique to Huvics finally come together at the manufacturing site, the company can achieve the final result of maximizing production efficiency and completing a stable manufacturing ecosystem. This final stage is not a one-sided ending that simply completes system installation and wraps up the work. Rather, its true value begins to appear only through a close and organic management system that continues even after implementation. Huvics does not stop at one-time support. Through continuous feedback exchange and systematic aftercare, Huvics keeps facility stability flawless 365 days a year and continuously assists customers so they can flexibly respond to constantly changing business environments or sudden process changes.

Building Partnerships and Strengthening Manufacturing Competitiveness

As a result, Huvics customers can completely move beyond unnecessary downtime losses caused by process stoppages and concerns over unexpected quality degradation, securing strong manufacturing competitiveness and outstanding business results that allow them to take a higher leap in the global market. This goes beyond the limits of a one-time transaction of simply buying and selling machines. It means the moment when a reliable business partnership is firmly established, in which both sides plan and build sustainable technological innovation in line with the fast pace of the times. This systematic and organic journey, beginning with thorough on-site analysis that gets the first step right, continuing through perfect on-site stabilization, and extending to responsible aftercare until the end, perfectly proves why countless companies must choose Huvics’ customized solutions to pursue sustainable growth.

5. The Completion of Manufacturing Innovation, Sustainable Growth with Huvics

If you are operating the latest facilities after investing hundreds of millions of won but still remain below expected productivity, what is the real problem? Unexplained bottlenecks and compatibility errors are often not caused by defects in the machines themselves, but by the absence of analysis that properly understands the unique workflow of our factory. The step-by-step process that completes true manufacturing innovation is as follows.
1. Precise on-site analysis that gets the first step right
2. Organic customized design that reflects on-site data
3. Aftercare that guarantees continuous stability
Only when these steps are followed one by one can innovation truly be completed. Now, go beyond simple equipment introduction and awaken the hidden potential of your factory through Huvics’ sophisticated solutions and reliable close partnership, and secure unwavering manufacturing competitiveness.

Huvics is an advanced technology company that develops and manufactures automation equipment and
production systems across the semiconductor, LED, Mobile, and Cosmetic industries.
With top talent and continuous technological innovation, Huvics supports customers in improving productivity and
securing quality competitiveness.

Huvics Contact

Phone: 031-374-8285
Email: cdpark@huvics.com
2026-06-20