10月 19 2017

Introducing the LTM – Leadframe Treatment Machine


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Leadframe Treatment Machine - Surfx Technologies

 

The innovation team at Surfx Technology proudly announce the Leadframe Treatment Machine (LTM). This system provides customers with a turnkey system that integrates the AtomfloTM solution with cassette to cassette operation for high throughput and low cost of ownership.

View the system details and product brochure!

 

 

 

 

9月 02 2017

Handheld plasma treatment for surface preparation or bonding


对不起,此内容只适用于美式英文。 For the sake of viewer convenience, the content is shown below in the alternative language. You may click the link to switch the active language.

How does it work?

Short version: it seems like magic but the plasma is chemically modifying that top few layers – putting on high energy groups allowing for the adhesive or paint to form a chemical bond.

handheld-plasmaFirst off, what is plasma? Plasma is ionized gas, which is highly reactive. The handheld plasma treatment system (shown in picture) will deliver this highly reactive gas directed to your materials. The plasma will do multiple things simultaneously as you hover this tool across your substrate: 1) clean the surface free of organic contamination, 2) the reactive atoms will insert itself onto the top molecular layers of your surface, and 3) also etch the top molecular layers very slowly.

Yes, that is someone’s hand on the pistol grip handle and it is quite safe to use when you are that close to the plasma. The wheels allow the user to freely guide on a large (relatively flat) surface while maintaining consistent distance between plasma exit and substrate. In between the two wheels, you see a bright strip. That is the plasma glow discharge (it gives off light when it goes from excited state back down to neutral state). The distance and the speed at which you guide the tool will matter and is highly dependent on the material.

How does plasma do those three things happen and how can you tell?

When you do hover the tool over your substrate, you will not see any physical changes (as you would sanding or grit blasting). Remember, this is happening to the top layers, which is very thin and is not visible to the naked eye.

Organic contamination consists of hydrogens and carbons. Our plasma will usually be used with oxygen based plasma – meaning it will generate very reactive oxygen atoms. When the oxygen combines with 2 hydrogens, it will form water. However, the amount is so small that it volatilizes from the surface. Carbon contaminants will form carbon dioxide, which is a gas form so that flies off the surface.

The material does get etched very slowly because the reactive oxygen atoms are not selective. If you provide enough time and enough reactive oxygen, it will etch through almost anything. So damage to the part is not a concern with our atmospheric plasma technology.

Once the part has been treated, there will be no visual change. The quickest way to tell is by dipping it in water (water break free test) or putting a droplet of water down on the area that has been plasma’ed and compare to another droplet of same/similar size down. This is the quickest and most qualitative way to demonstrate that your surface has been plasma cleaned/treated. What you should expect to see is the water droplet sheath out much further on the cleaned surface compared to untreated. Water is a polar molecule and is attracted to other polar components, thus spreading out more on the oxygenated surface.

Now, if you want quantitative data, then I would recommend a cost-effective portable goniometer such as the Kruss Mobile Surface Analyzer (MSA). The MSA can be utilized in a lab setting or on the production floor. It takes a total 3-5 seconds to do the following: place two droplets (water or another liquid), take contact angle measurements, and the software to calculate the polar and dispersive components of the surface free energy.

Don’t hesitate to reach out if you have any questions.

Richie Woo
Sales Engineer
(626) 410-8491
rwoo@surfxtechnologies.com

8月 15 2017

Surfx Plasma For Balloon Catheter Assembly


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From shaft coatings to balloon bonds, the catheter manufacturing process features many steps that can be improved by Surfx plasma treatment. Our variety of plasma source geometries and operating gases allows you to deliver highly reactive gas to your substrate, no matter the size or length. Surfx brings your process out of the chamber, activating polymers and metals in line, at atmospheric pressure.

Solvent wiping a meter long shaft introduces a high level of variability in coating performance. Instead, clean and activate your shafts (again, of any length) using a tubular Surfx plasma source. Feeding the shaft through the source removes surface organic contaminants and oxidizes all 360 degrees of the clean shaft surface. The now-active shaft can then be immediately coated and you can achieve maximum performance of your device.

Activating the interior diameter of balloon necks prior to joining them to shaft is another great application for Surfx plasma. Our low-temperature reactive gas flows into the balloon, cleaning and oxidizing the ID of the neck without thermal or chemical damage. Are there integrated sensors and wires into the balloon? No problem! Thanks to the unique design of Surfx plasma sources, all charged species are held within the plasma source. Only electrically neutral, but chemically active gas is allowed to flow out and treat your part. That means you can treat active electronics and metal components embedded in balloons without risk of damaging the electronics or puncturing the balloon with a spark.

These are just a few implementations of Surfx plasma that can offer vast improvements over traditional treatment methods and enable devices to be constructed in unique ways. If you have a need for surface modification, please don’t hesitate to give us a call. I look forward to offering you a surface preparation solution!

Graham Ray
Sales Engineer
310-558-0770 x112
gray@surfxtechnologies.com

7月 27 2017

Best atmospheric plasma on the market


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Surfx invites you to compare our product to other atmospheric plasmas on the market. Here’s why we think we are the best:

1) Speed – For treating large areas, Surfx’s AtomfloTM plasmas cover more ground faster than any other competing product. Speed means higher throughput, which lowers cost.

2) Uniformity – Surfx’s plasma sources are uniform across the beam. You obtain precision treatment of your materials with minimum overlap between scans. In other words, more value at lower cost.

3) Plasma chemistry – Surfx’s proprietary atmospheric plasmas allow you to blend oxygen, hydrogen, nitrogen, or other gases with argon to tailor the process chemistry. Oxygen plasmas are used to activate plastics for bonding, whereas hydrogen plasmas may be used to remove copper oxide from lead frames. The Surfx AtomfloTM plasma tackles many tough materials problems, more than any other competing product.

4) Low-temperature – Surfx’s patented design produces a radio-frequency (RF) capacitive discharge, which yields a highly efficient, cold plasma. Standard water-cooled sources generate reactive gas flows at between 60 and 100 oC. The most thermally sensitive materials, such as polyethylene and polypropylene tubing, are treated without any risk of thermal damage.

5) Control – The AtomfloTM controller is a PC-based system with continuous monitoring of forward and reflected power, mass flow rates, and plasma intensity. Digital mass flow controllers and an advanced auto-tuning matching network provide precision process control within user selected limits. Your parts are treated the same way, day in and day out, no matter which machine your using. No other atmospheric plasma system provides the same level of control. The benefit to the customer is greater product yield, i.e., more value at lower cost.

6) Safety – Surfx’s RF capacitive discharge operates at low voltage with no risk of electric shock. You may run the plasma by hand or with a robot, whichever method minimizes your cost. If hydrogen plasmas are required, you need not worry about fire or explosion. Surfx’s AtomfloTM runs with standard blended gases, e.g., 2% hydrogen in 98% argon, where there is no safety risk.

Based on speed, uniformity, chemistry, temperature, control and safety, Surfx has the best atmospheric plasma on the market. Contact us for a free demonstration. We are confident we can deliver the best solution at the lowest overall cost of ownership.

Dr. Robert F. Hicks
CEO & President
Surfx Technologies LLC

5月 13 2017

Plasma coatings for medical plastics


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Injection molded plastic parts are key components of medical devices, molecular diagnostics, microplates, catheters, surgical instruments, and other emerging technologies in medicine and cell biology. When selecting a particular plastic for an application, the design engineer has to take into account many constraints, including resin properties, shrinkage, part complexity, wall thickness, mechanical strength, impact strength, thermal stability, opacity, surface finish, color, etc. Once the resin has been selected, and the molded plastic parts made, another set of design issues arises:

A) How do I glue my parts together and obtain sufficient adhesion?

B) How do I achieve proper fluid flow through small channels without trapping bubbles?

C) How do I promote cell growth on some surfaces, but not on others?

D) How do I make surfaces that remain hydrophilic throughout the product’s shelf life?

E) How do I control wetting on diagnostic surfaces?

These issues all deal with the properties of the plastic surface. When you add the surface requirements onto the bulk material constraints the design objectives can seem overwhelming.

Surfx offers a way for you to tailor the plastic surface to the desired properties independent of the resin selected for the injection molded part. We deposit coatings, 10 to 100 nm thick, onto the surfaces where you need to control adhesion, wetting, cell growth, etc. These strongly adherent, transparent, biocompatible coatings give your product the precise properties it needs at an economical cost. Our atmospheric plasma tools lay down these coatings on the surface of any 3-D plastic part, regardless of the resin type (e.g., ABS, acrylic, liquid crystal polymer, nylon, polycarbonate, polyester, polyethylene, HDPE, polypropylene, polystyrene, and polyurethane). Please contact our engineers so we can help you solve your toughest surface challenges.

Technical Datasheet : Plasma Activation of High-Density Polyethylene

Dr. Robert F. Hicks
CEO & President
Surfx Technologies LLC

5月 12 2017

Surfx at SAMPE 2017 in Seattle


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Surfx at SAMPE 2017 in Seattle

Tired of bonded fasteners falling off during installation? Surfx has the solution. We will be bringing our commercial nutplate cleaner and substrate treater tool.  No more abrasion. No more solvent wiping. Don’t believe us? We’ll show you. Check out our booth F30. For adhesion data, please check out Dr. Tom Williams’ talk at SAMPE Seattle.

 

Richie Woo
Sr. Sales Engineer

 

2月 12 2017

Introducing Surfx Publications Portal


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Publications and Technical Articles

Unlock the secrets of a better bond with Surfx Technologies new Publications Portal!

Preview and download full technical articles for free from our collection of over 250 publications. Explore a variety of articles demonstrating the advanced capabilities of Surfx’s variable chemistry and atmospheric pressure plasma.

We’ve got what it takes to help you achieve your goals.

Enter the publications portal

2月 03 2017

Visit Surfx at MD&M West 2017


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MDM West

Surfx Technologies will be exhibiting at the upcoming MD&M West show in Anaheim February 7th, 8th, and 9th. MD&M West is the world’s largest medical device technology exhibition and we are excited to demonstrate our world-class plasma systems at the show. Stop by and see us at booth 254 to learn more about how in-line atmospheric plasma treatment can improve your processes. A Surfx Atomflo 500 plasma system will be operating in the booth, offering you a hands-on experience with the system. If you have some parts that you’re interested in getting treated, feel free to bring them by and we’ll activate them in the booth in a matter of seconds. Our Atomflo 500 plasma system features water-cooled sources and a variety of gas chemistry options, enabling a wide range of surface modifications on thermally sensitive devices. It is highly suited to performing repeatable, non-damaging treatment of fine tubing, membranes, and microfluidic devices.

Show hours are 9:30AM to 5:00PM February 7th and 8th, and 9:30AM to 4:00PM February 9th. The show is held in sunny Anaheim, CA at the Anaheim Convention Center. You can learn about the latest atmospheric plasma developments and visit Disneyland all in one day. We look forward to seeing you at the show!

Graham Ray
Sales Engineer

10月 13 2016

空氣等離子體與Surfx’s的大氣壓氬氣等離子體 – 你想要便宜的氣體,或高產量?


空氣等離子體標榜低運行成本,因為它們使用壓縮空氣。然而,為了以這種方式操作,它們必須採用熔斷電弧或介質阻擋放電(DBD)。在這兩種情況下,不均勻的火花從噴嘴噴出,這可能導致對部件的不均勻處理。這些等離子體使用高壓電源工作,最高可達24,000 V.這個應用需要高電壓來擊穿空氣。 因此,等離子體源必須使用機器人操作,遠離人工操作,以消除觸電的危險。與DBD相比,由於噴射電弧中的高度氣體電離,熔斷電弧產生更快的處理速度。 然而這意味著更熱的氣體,並且可能熱損壞或甚至熔化部件。

Surfx提供了低電壓,射頻電源驅動的大氣壓氬氣等離子體。 沒有觸電的危險。 等離子束是均勻的,並且提供可實現的最快和最高水平的表面活化。 Surfx的等離子體是冷的,因此不會對最敏感的聚合物如高密度聚乙烯(HDPE)和聚丙烯(PP)有熱損傷的風險。 此外,與噴吹電弧不同,Surfx等離子體源操作較長時間,而不需要替換昂貴的電極。

現在我知道我們的競爭對手會告訴你,氬氣真的很貴,不值得的麻煩。這根本不是真的。 我們的minibeam等離子源適用於處理與空氣等離子體相同的部件,我們的等離子體源以每分鐘10升氬氣運行。假設每天運行Surfx氬氣等離子體24小時,每年350天,每年的成本將為8,365美元(美國購買的散裝液體氬氣)。在中國,批量氬更便宜,年成本將為3,024美元。

9月 03 2016

2016 台灣半導體展


敬愛的夥伴與朋友:

Surfx at Semicon Taiwan 2016我們非常誠摯的邀請您參加2016台灣半導體展。我們瑟菲克斯科技將與我們的生意夥伴與代理商Dou Yee一同參展。在會展中我們會展示大氣壓式電漿(等離子)Atomflo 500的不同應用。

因此,本次展會是潛在的客戶見證Atomflo500系統能力的好機會。此外,我們現有的客戶將有機會開放式的討論技術問題,對於他們之前所遇到過而無法處理的問題。我們將提供的解決方案,將幫助你實現你的項目目標。

安排會議可通過電子郵件iyang@surfxtechnologies.com 或電話 +886-4-2263 8200.

我們非常高興也期待您的參與2016台灣半導體展。詳情請參照下列資料
時間 :2016年9月7號~9號
展位:J2622,1樓,台北南港展覽館
地點:台灣 11568 台北市南港區經貿二路1號
網址:http://www.semicontaiwan.org/

Ian Yang
Sales Engineer

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