Loading...

恩馳科技有限公司

  • Booth: J2539

Welcome meet NTS at booth No.J2539 (1F)!

Overview

NTS Technology is a system integrator dedicated for laser processing located in Hsinchu science park, Taiwan. 

Our core technology is the proprietary control system that manipulates real-time coordination of mechanics, electrics, laser and optics, which enables comprehensive improvement in efficiency, accuracy, and quality. 
As a result, our laser direct image system perfectly solves the stitching problem in laser circuit dry etching, with seamless accuracy and higher efficiency. 

This system is capable of patterning such as ITO, AgNW, CNT, conduvtive polymer, PI film, printed Ag and other thin film material with 0um stitching error, overall accuracy ≦±5um, and L/S ≦10um, which is excellent solution for prototyping of diverse or novel products.


  Press Releases

  • (Jun 04, 2026)

    傳統的ITO蝕刻方法使用化學蝕刻劑,這些蝕刻劑具有毒性且對環境造成負擔。然而,我們的雷射DITO蝕刻技術避免了這些問題。我們使用雷射光束,將其聚焦於ITO薄膜上,通過選擇性蒸發和去除薄膜來形成所需的圖案。這種無化學蝕刻的蝕刻過程不僅更加環保,還可以提高製程的穩定性和重複性。

    恩馳雷射ITO蝕刻機具有以下重要優點:

    高解析度:透過雷射光束的高精度控制,我們能夠在ITO薄膜上製造出微小且精細的導電圖案,提供更高的解析度和精確度。蝕刻線寬線距達成10/10um。

    無接圖痕跡:恩馳透過飛行加工技術達成連續無接圖大版面的連續加工,整版無接圖痕跡,特別適合細線寬及DITO蝕刻。

    環境友好:相比於傳統化學蝕刻方法,恩馳的技術無需使用有毒蝕刻劑,減少了對環境和工作人員的危害。

    低成本:雷射蝕刻技術提供穩定且多變化的製程,透過圖面修正即可設計出新產品並進行生產,並降低了光罩費用,特別適合少量生產及新產品試作的客戶。且雷射製程為乾淨製程,不使用有毒蝕刻劑,也同時降低了後續處理成本及降低碳排放數據。

    恩馳致力於研發創新技術,提供高品質的雷射ITO蝕刻解決方案。我們將與合作夥伴共同推動這項技術的應用和商業化,為電子產業帶來更多的競爭力和增長機會。

    我們誠摯歡迎各界專業人士、合作夥伴和媒體代表,參觀我們的技術展示和研發中心,共同探討合作機會和應用前景。

    Traditional ITO etching methods utilize chemical etchants that are toxic and environmentally burdensome. However, our laser DITO etching technology circumvents these issues. We employ a laser beam, focused on the ITO film, to achieve selective evaporation and removal of the film to create the desired patterns. This chemical-free etching process is not only more environmentally friendly but also enhances process stability and repeatability.

    NTS laser DITO etching machine has the following significant advantages:

    1. High Resolution: Through precise control of the laser beam, we can create small and intricate conductive patterns on the ITO film, offering higher resolution and accuracy. The achieved etching linewidth and spacing can reach 10/10 μm, ensuring fine details and improved resolution.
    2. Seamless Pattern: We achieve continuous processing of large-scale patterns without visible seams. The entire pattern is seamlessly processed without any visible trace, making it particularly suitable for fine linewidths and DITO etching applications.
    3. Environmentally Friendly: Compared to traditional chemical etching methods, our technology eliminates the need for toxic etchants, reducing harm to the environment and workers.
    4. Cost-effective: Laser etching technology offers a stable and versatile manufacturing process. By making modifications to the design, new products can be created and produced without the need for costly photomasks. This makes it particularly suitable for customers engaged in low-volume production and prototyping. Additionally, the laser process is a clean process, eliminating the use of toxic etchants, thereby reducing subsequent treatment costs and carbon emissions.

    NTS Technology is dedicated to the research and development of innovative technologies, providing high-quality laser ITO etching solutions. We aim to collaborate with partners to drive the application and commercialization of this technology, bringing increased competitiveness and growth opportunities to the electronics industry.

    We warmly welcome professionals from various fields, partners, and media representatives to visit our technology showcase and research center. Together, we can explore collaboration opportunities and discuss the prospects of application.

  • (Jun 04, 2026)

    PCB(Printed Circuit Board)是現代電子產品及載板的核心組件,其尺寸和形狀對於產品性能和功能至關重要。傳統的PCB切割方法通常使用機械工具,但這種方法在切割精度、速度和成本效益方面存在一些限制。

    我們的雷射PCB切割機採用先進的雷射技術,能夠實現高精度、高效率且非接觸式的切割過程。該切割機配備了強大的雷射光束系統,能夠在極短的時間內準確切割出複雜的PCB形狀,同時保持優異的切割品質。

    我們的雷射PCB切割機具有以下突出特點:

    高精度:雷射技術提供卓越的精確度,能夠精細切割複雜的PCB設計和細微結構,降低毛邊,確保高品質的切割結果,保持PCB佈局的完整性。

    非接觸式切割:非接觸式切割過程消除了對PCB的機械應力或損壞的風險。雷射光束在無物理接觸下切割材料,減少了板材變形或扭曲的可能性。

    快速高效:先進的雷射系統實現了快速高效的切割,大大降低了生產時間,提高了生產效率,使PCB製造的周轉時間更快。

    形狀和尺寸的靈活性:雷射PCB切割機可以應對各種形狀和尺寸的PCB。它具有切割複雜輪廓、曲線和細緻圖案的靈活性,滿足不同的設計要求。

    廢料極少:雷射切割過程僅切除必要的材料,因此產生的廢料極少。這減少了材料成本,促進了更可持續和環保的生產過程。

    低熱效應:恩馳科技透過製程技術,讓PCB雷射切割的熱效應降到最低,以較低成本的方式達到最佳切割品質。

    恩馳一直致力於技術創新和產業領先,並且已經在雷射切割領域取得了重要突破。我們的雷射PCB切割機不僅具備高性能和可靠性,還可配合客戶搭載先進的自動化控制系統,能夠實現高效的生產線及生產管理。

    恩馳的切割機不僅適用於傳統的硬質PCB,還能夠切割柔性PCB和軟硬結合的複合材料,滿足不同產品領域的需求。無論是消費電子產品、通信設備、高階載板還是汽車電子,我們的雷射PCB切割機都能夠提供高品質、高效率的切割解決方案。

    我們深信,雷射PCB切割機的推出將提升產品的質量和競爭力。我們期待著與您攜手合作,共同創造更加繁榮的電子製造未來。

    The PCB (Printed Circuit Board) is a crucial component of modern electronic products and serves as the foundation for their functionality. The size and shape of the PCB are essential factors that influence the performance and functionality of the product. Traditional PCB cutting methods typically involve the use of mechanical tools. However, this approach has certain limitations in terms of cutting precision, speed, and cost-effectiveness.

    Our laser PCB cutting machine utilizes advanced laser technology, enabling high precision, efficiency, and non-contact cutting processes. The machine is equipped with a powerful laser beam system that can accurately cut complex PCB shapes in a short amount of time while maintaining excellent cutting quality.

    Our laser PCB cutting machine has the following prominent features:

    1. High Precision: The laser technology provides exceptional precision, allowing for precise cutting of intricate PCB designs and fine features. This ensures high-quality results and maintains the integrity of the PCB layout.
    2. Non-contact Cutting: The non-contact cutting process eliminates the risk of mechanical stress or damage to the PCB. The laser beam cuts through the material without physical contact, reducing the potential for warping or distortion.
    3. Fast and Efficient: The advanced laser system enables rapid and efficient cutting, significantly reducing production time. This boosts productivity and allows for faster turnaround times in PCB manufacturing.
    4. Flexibility in Shape and Size: The laser PCB cutting machine can accommodate various shapes and sizes of PCBs. It offers flexibility in cutting complex contours, curves, and intricate patterns, catering to diverse design requirements.
    5. Minimal Waste: The laser cutting process produces minimal waste, as it precisely removes only the necessary material. This reduces material costs and contributes to a more sustainable and environmentally friendly production process.
    6. Low heat effect: Our Technologies has implemented process techniques to minimize the thermal effects of PCB laser cutting, achieving optimal cutting quality in a cost-effective manner.

    NTS Technology has been dedicated to technological innovation and industry leadership and has made significant breakthroughs in the field of laser cutting. Our laser PCB cutting machine not only possesses high performance and reliability but can also be equipped with advanced automation control systems to achieve efficient production lines and manufacturing management in coordination with our customers.

    Our PCB cutting machine is not only suitable for traditional rigid PCBs but also capable of cutting FPC and composite materials with a combination of flexibility and rigidity, catering to the needs of different product fields. Whether it is consumer electronics, communication equipment, high-end chip substrate, or automotive electronics, our laser PCB cutting machine can provide high-quality and efficient cutting solutions.

    We firmly believe that the introduction of the laser PCB cutting machine will enhance product quality and competitiveness. We look forward to collaborating with you to create a more prosperous future in the field of electronic manufacturing.
  • 恩馳科技開發多功能雷射加工機,這台機器不僅具有打標和切割的強大功能,還配備了自動上下料系統,為客戶的生產流程帶來了巨大的便利和效益。

    這款多功能雷射加工機透過其先進的雷射技術,以非常高精度和速度進行打標和切割工作,且能輕鬆應對多種材料。

    這台多功能雷射加工機還搭載了自動上下料系統,這意味著客戶不再需要花費大量人力和時間來處理上下料作業。機器能自動辨識並讀取工單與參數,並執行所需的工作,從而提高生產效率,節省人力資源,並降低生產成本。

    此外,這款多功能雷射加工機還擁有直觀易用的操作界面和先進的軟體系統。無論您是否有相關經驗,都能輕松掌握操作技巧,快速上手。您可以根據產品需求進行精確的設定,並實時監控生產過程,確保產品的質量和一致性。打標功能也根據客戶需求進行特殊撰寫,可對應多種流水號及字型的設定,進行自動化生產。

    恩馳致力於提供卓越的產品和服務,並且始終關注客戶的需求和反饋。這款多功能雷射加工機的推出,將為我們的客戶帶來更高的工作效率和生產力,並提升他們的競爭力。我們相信,恩馳科技能與客戶共同開發各種雷射加工機台,使其成為各產業的生產利器,助力企業實現更高的產品品質和生產效益。

    除了提供卓越的功能和性能,我們也重視多功能雷射加工機的安全性和可靠性。我們採用了最先進的安全機制和監測系統,確保在操作過程中的安全性和可控性。此外,我們的售後服務團隊隨時為客戶提供支持和維護,確保他們能夠充分發揮多功能雷射加工機的潛力。

    這款多功能雷射加工機的推出是我們致力於不斷創新和提升客戶價值的一部分。我們將繼續投資於研發和技術創新,為客戶提供更多先進的解決方案和產品。無論您是中小企業還是大型製造商,我們都將竭誠為您提供最佳的加工解決方案,協助您在市場競爭中脫穎而出。

    NTS Technology has developed a multifunctional laser processing machine that offers powerful capabilities for marking and cutting. In addition, it is equipped with an automatic loading and unloading system, providing significant convenience and benefits to customers' production processes.

    This multifunctional laser processing machine utilizes advanced laser technology to perform marking and cutting tasks with exceptionally high precision and speed. It can effortlessly handle various types of materials.

    The multifunctional laser processing machine is equipped with an automatic loading and unloading system, eliminating the need for extensive manual labor and time in handling material loading and unloading operations. The machine can automatically recognize and read work orders and parameters, executing the required tasks. This significantly improves production efficiency, saves labor resources, and reduces production costs.

    In addition, this multifunctional laser processing machine features an intuitive and user-friendly interface along with an advanced software system. Whether you have prior experience or not, you can easily grasp the operation skills and get started quickly. You can make precise settings based on product requirements and monitor the production process in real-time to ensure product quality and consistency. The marking function can be customized to meet specific customer requirements, supporting various settings for serial numbers and fonts, enabling automated production.

    NTS Techonology is committed to providing excellent products and services while constantly focusing on customer needs and feedback. The introduction of this multifunctional laser processing machine will bring higher work efficiency and productivity to our customers, enhancing their competitiveness. We believe that Enchi Technology can collaborate with customers in developing various laser processing machines, making them powerful tools for industries, and helping businesses achieve higher product quality and production efficiency.

    In addition to providing excellent functionality and performance, we prioritize the safety and reliability of our multifunctional laser processing machine. We employ state-of-the-art safety mechanisms and monitoring systems to ensure safety and control during the operation process. Furthermore, our dedicated after-sales service team is always available to provide support and maintenance, ensuring that customers can fully unleash the potential of the multifunctional laser processing machine.

    The introduction of this multifunctional laser processing machine is part of our commitment to continuous innovation and enhancing customer value. We will continue to invest in research and development and technological innovation to provide customers with more advanced solutions and products. Whether you are a small or large manufacturer, we are dedicated to offering you the best processing solutions to help you stand out in the market competition.


  Products

  • 高精度雷射鑽孔機
    鑽孔位置精度可小於±2.5um,特別適合高精度薄膜材料鑽孔
    Drilling position accuracy can be less than ±2.5um.Particularly suitable for high-precision thin filmdrilling.
    ...

  • 恩馳科技具有自組高精度平台及控制能力,整合雷射光學及四軸同動技術,提供高速、高精度、高品質、高CP值的雷射鑽孔機。經廠商實測,位置精度小於等於±2.5um,特別適用於薄膜電路VIA開孔製程、半導體產業PI薄膜微孔加工等各式薄膜材料鑽孔、切割。

    NTS Technology possesses in-house capabilities for building high-precision platforms and control systems. By integrating laser optics and four-axis simultaneous motion technology, we provide high-speed, high-precision, high-quality, and cost-effective laser drilling machines. According to our testing, the positioning accuracy is less than ±2.5um. This machine particularly suitable for drilling and cutting various thin-film materials such as VIA hole processing for thin-film circuits and micro-hole machining of PI thin films in semiconductor Industry.

  • 高精度線路蝕刻機
    無接圖痕跡、線寬線距<10um的雷射線路蝕刻加工機
    Stitching error 0um, L/S less than 10um, ultra-precise laser patterning machine.
    ...

  • 恩馳科技具有自組高精度平台及控制能力,整合雷射光學及四軸同動技術,提供高精度、高品質、高CP值的雷射蝕刻機。加工品質均勻且無接圖誤差,整體加工精度≦ ±5um,線寬線距≦ 10um。特別適用於透明導電膜、銀漿或其他導電線路產品及PI薄膜等薄膜線路成型,是少量多樣產品生產的最佳方式。

    NTS Technology possesses in-house capabilities for building high-precision platforms and control systems. By integrating laser optics and four-axis simultaneous motion technology, we provide high-precision, high-quality, and cost-effective laser drilling machines. The laser patterning system perfectly solves the stitching problem in laser circuit dry etching, with seamless accuracy and higher efficiency. This system is capable of patterning such as ITO, AgNW, CNT, conduvtive polymer, PI film, printed Ag and other thin film material with 0um stitching error, overall accuracy ≦±5um, and L/S ≦10um, which is excellent solution for prototyping of diverse or novel products.
  • 雷射改質加工機
    玻璃改質加工機,可客製平台尺寸,讀取百萬孔加工資訊不當機,且加工穩定不漏發,適合用於TGV製程的玻璃改質。
    High-precision glass modification laser machine with customizable platform size, offering stable and reliable processing of millions of data points, ideal for TGV applications....

  • 恩馳科技具有自組高精度平台及控制能力,整合雷射光學,提供高速、高精度、高品質、高CP值的雷射玻璃改質加工機。恩馳的獨家程控開發,可以讀取百萬孔加工資訊不當機,且加工穩定不漏發,控制加工精度小於±3um。可配合客戶客製化平台尺寸。適合各式TGV鑽孔應用。

    NTS Technology possesses in-house capabilities for building high-precision platforms and control systems. By integrating laser optics, we provide high-speed, high-precision, high-quality, and cost-effective laser modification machines. NTS' proprietar control system can process millions of drilling data points without crashing, ensuring stable processing without missed shots and maintaining a processing accuracy of less than ±3um. We also offer customizable platform sizes. The machine accommodate various TGV drilling applications.
  • 雷射晶圓切割成型機
    各式晶圓異型切割,適用於各式陶瓷、矽晶圓、碳化矽晶圓等材料。
    Diverse wafer irregular dicing for various materials, including ceramics, silicon wafers, and silicon carbide wafers....

  • 恩馳推出雷射晶圓切割成型機,適合各式晶圓的異型切割,並透過軟體整合各項功能,除了異型切割外,亦可根據需求進行鑽孔、挖槽、打標等功能。可應用於矽晶圓異型切割、SiC晶圓缺陷切割、SiN外型切割及定位孔、平邊、凹槽製作等。

    NTS introduces a laser wafer dicing machine capable of various customized wafer cutting processes. With software integration, it also can perform drilling, grooving, and marking according to the customer needed. Applications include silicon wafer irregular dicing, SiC wafer defect cutting, SiN outline cutting, and alignment hole, notch, orientation flat fabrication.
  • 晶圓打標機
    各式晶圓雷射打標機,可提供各式字體,並整合自動上下料功能
    Laser marking machines that support various wafer types and fonts, featuring integrated automated material handling....

  • 恩馳推出雷射晶圓切割成型機,可針對不同打標需求配置雷射及光學系統。並且可根據客戶需求提供各式字體及QR code規格,並可整合自動上下料功能。

    NTS introduces a laser wafer dicing machine that can be customized with various laser and optical systems to meet different marking requirements and materials. We offers a wide range of fonts and QR code specifications according to the customer needed, and can be integrated with automated loading and unloading systems.

  • 自動膜厚量測分析儀
    膜厚分析儀可自動精確量測膜厚和塗層厚度。可快速有效的量測並建立薄膜厚度分析。
    The film thickness analyzer can automatically and precisely measure the thickness of films and coatings. It enables rapid and efficient measurement and analysis of thin film thickness....

  • 此高性能膜厚檢測儀,專門設計用於精確量測膜厚和塗層厚度。可廣泛應用於半導體、光學、表面工程及材料等領域。它可快速有效的量測並建立薄膜厚度分析。USB連線及簡單直觀的界面,操作人員可簡易安裝並於幾分鐘內便可熟悉操作使用。亦可根據客戶需求客製軟體,規劃in-line膜厚量測系統。

    This high-performance film thickness analyzer is specifically designed for precise measurement of film and coating thickness. It finds extensive applications in semiconductor, optical, surface engineering, and materials industries. Offering rapid and efficient measurement, it can establish comprehensive thin film thickness analysis. With a user-friendly interface and USB connectivity, operators can easily set up and operate the instrument within minutes. Customized software can also be tailored to meet specific customer needs such as in line measurement of product line.

Send Email

Type your information and click "Send Email" to send an email to this exhibitor. To return to the previous screen without saving, click "Reset".