Category Archive: Uncategorized

3DT Now Provides Preventative Maintenance Services

Thorough Preventative Maintenance Program Means Optimum Production

3DT’s system are highly dependable and have superb longevity. However, every hard-working piece of equipment needs preventative maintenance from time-to-time to ensure optimum production. Consequently, 3DT now offers full preventative maintenance service packages. Once scheduled, we will send one of our highly trained service team members to your facility to provide a comprehensive service evaluation of your 3DT corona or plasma system resulting in ideal production and surface treatment results.

3DT’s technician will complete a thorough examination of your system, provide adjustments as needed, as well as replace worn parts. Here is a list of typical maintenance service activities:

Service Team Members

  • Examine the Treating Heads for:
    • Wear, buildup & ground continuity of Nozzles
    • Clean Treating Heads
    • Inspect Electrodes for wear, pitting, and carbon buildup
    • Check Belts condition and tension
    • Examine Cables, Hoses, Bearings and Fittings for integrity & tightness
  • Review High Voltage Transformers for signs of arcing and wires for weakness
  • Check functionality of Boards & Panels and record output data
  • Inspect and test the Electrical and Cooling Systems
  • Monitor the Exhaust System for faults, filters and proper venting
  • Inspect the System Cabinet for wire, filters, lighting & hardware integrity
  • Monitor the Overall System while running to assure it is functioning according to original specifications

3DT’s technician will arrive on the arranged day at your facility with spare parts and components should replacements be needed. Parts will be charged at the standard cost. Your spare parts stock would be used first and then replenished at standard cost. Fees for time and labor will be established beforehand. The customer will pay for basic travel expenses. What’s more, 3DT will be glad to work with you in establishing a regular maintenance schedule, such as quarterly, bi-yearly, or annually.

Preventative maintenance is critical for manufacturing because it keeps production running, produces high quality products, reduces environmental risks, and saves money in the long run. Following a regular, thorough P.M. schedule, whether performed by your team or ours, will help to keep your production lines and surface treatment systems humming season after season. To discuss, please contact Paul Sacotte at PSacotte@3DTLLC.com or give him a call at 1-262-253-6700.

How Surface Treatment Functionalizes & Activates Difficult Bonding Surfaces

Click to Expand

How Surface Treatment Functionalizes Activates Difficult Bonding Surfaces

Many secondary processes prior to decorating and bonding require strong adhesion to be successful. However, certain substrates have insufficient surface energy for creating the required bond strength. To bond these types of challenging materials, surface treatment such as plasma or corona treatment significantly improve adhesion. This article will discuss some of the most common bonding challenges and outline how surface treatment overcomes these difficulties.

What Is the Purpose of Surface Treatment?

Surface treatment is used to improve bonding or “functionalize” the surface of a substrate. This useful technology modifies the surface of a material in a way that allows for strong bonds to be formed between the substrate and a label, a coating, print, or adhesive. Surface treatment, such as atmospheric plasma (also called in air plasma) and corona treatment work by improving surface tension. Numerous bonding problems are successfully solved through surface treatment, even those involving elastomeric or polymeric materials.

printed sport bottle

There are significant costs associated with bonding failure, including poor product field performance, excess scrap and rework, production inefficiencies, and increased quality control. Surface treatment solves virtually any bonding challenge, even when using the most difficult-to-bond materials.

Corona and plasma surface treatment prepare materials for improved adhesion by:

  • Raising the material’s surface tension or wettability by altering the molecular properties of the surface 
  • Improving the bond strength between the applied media and the material
  • Plasma treatment provides mechanical etching and micro-cleaning, as well as elevating surface tension

Bonding Items With More Than One Type of Material

The power of surface treatment

Note how the ink on the left side of the corona treated polystyrene tray fully bonds with the material, but beads up on the non treated right side.

Materials that feature low surface energies, such as those between 20 and 40 dynes, are notoriously difficult to bond. In plastics, this includes materials such as polytetrafluoroethylene (PTFE), polypropylene, and polyethylene, polystyrene, among others. Composite materials are also challenging in bonding applications because the different materials they contain typically feature differing surface energies. 

Achieving workable wettability of a substrate requires the surface energy of the substrate to exceed the surface tension of the media being applied. Using surface treatment to increase the substrate’s surface tension causes media to evenly flow and adhere to the material’s surface for highly improved bonding capabilities. 

How to Activate the Surfaces of Difficult-to-Bond Materials

When activating the surface of challenging materials, the first consideration should be the surface energy of the substrate. The surface energy will determine whether or not media will successfully bond with the material. Wettability is another prerequisite of successful adhesion. The term wettability describes the ability a liquid has to maintain contact with a type of media. It is influenced by intermolecular interactions that are altered through corona and plasma surface treatments.

Atmospheric plasma is created by combining reactive gas molecules and an electric field. This system uses one or more high voltage electrodes, which charge the surrounding blown gas molecules, resulting in a highly ionized field that is forced onto the targeted surface. This ionized air stream reacts with the substrate and breaks the existing hydrogen bonds by introducing oxygen which recreates the chemical properties of the surface. This intensified reaction causes the material to wet out and accept media, as well as etches and micro-cleans the surface.

3DT’s plasma treatment is not confined to a chamber, but performed in fast, inline production lines. What’s more, plasma is environmentally friendly and potential-free, meaning it can be used on or near metal parts and wiring.

Corona treatment also improves a material’s surface tension to solve bonding problems. It is probably the most common and economical type of surface treatment. In contrast to plasma treatment, corona relies on two electrodes and an isolator to create a cloud of ionized air, corona discharge, that breaks molecular bonds on the surface of a material. Surface oxidation occurs, creating covalent bonds resulting in enhanced wettability and adhesion capabilities.

3DT works closely with its customers in selecting the most appropriate surface treatment method for their application. Factors such as the materials and media involved, the geometry, line speed, and required bonding results are considered. See our blog article What is the Process for Purchasing a Surface Treatment System from 3DT? for more information.

PolyDyne Pro Corona treatment system

Custom PolyDyne Pro corona treatment system with indexing table for the treatment of labware flasks.

Surface Treatments for Powerful Adhesion from 3DT

Working with materials that are resistant to printing and bonding requires surface treatment processes that improve surface tension and eliminate bonding problems. 3DT manufactures a comprehensive line of surface treatment systems to improve bonding for numerous applications. Our solutions raise surface energy and improve bonding on even the most challenging substrates.

With over 30 years of specialized experience, 3DT provides the most innovative corona and plasma treatment systems. Our equipment addresses the needs of diverse industries and can be used as stand-alone stations or incorporated into a production line. We specialize in process development for demanding applications. Learn more by visiting our corona and plasma treatment process page, or get started on your solution by requesting a quote today. 

8 Facts About Plasma Surface Treatment

3DT has manufactured corona and plasma treatment systems for over 30 years. Our solutions enhance the surface characteristics in materials and components, including adhesion, bond strength, cell culture growth, cleanliness, and wettability. We offer a broad range of standard and custom options in our PlasmaDyne Pro series for use in customer facilities that accommodate a wide number of applications and substrates. 3DT’s systems can be used for plasma treatment for plastics, glass, foam, metal, and more.

What You Should Know About Plasma Treated Surfaces  eight interesting facts about plasma treatment that address why they are used, how they are used, and more.

#1 Plasma: The 4th state of matter.

lightning is plasma

Everyone is familiar with the three states of matter (solid, liquid, gas), but the fourth state is one that is less well known- plasma energy. Yet, everyone is familiar with lightning seen on a summer evening. This powerful energy is plasma! Essentially, plasma is an ionized gas consisting of approximately equal numbers of positively and negatively charged particles. There are two general forms of plasma: high-temperature plasmas that are found in stars and in fusion reactors; and low-temperature versions used in surface treatment, neon and fluorescent lighting, plasma TVs and semiconductor manufacturing.

#2 Plasma surface treatment is powerful enough to break hydrogen bonds.

Plasma surface treatment is created by combining reactive gas molecules and an electric field. This method uses one or more high voltage electrodes which charge the surrounding blown gas molecules, resulting in a highly ionized field that is forced onto the targeted surface. This highly ionized air stream creates a thermal property that reacts with the substrate and breaks the existing hydrogen bonds by introducing oxygen which recreates the chemical properties of the surface. The plasma process causes a molecular reaction on the substrate. It also creates finely etched and micro-cleaned surfaces resulting in better wettability, stronger bonding traits. See a video of PlasmaDyne Pro treating bottles in a trial here. 

#3 Plasma surface treatment improves adhesion.

Plasma surface treatment modifies the surface of a material on a molecular level, enabling it to bond more readily with adhesives, ink, paint, and other media. It is effective on a variety of materials; even difficult-to-bond materials can achieve better adhesion without experiencing surface damage.

#4 Plasma treatment improves adhesion on a wide variety of materials.

Bonding problems are pervasive throughout manufacturing, especially the plastics industry. Manufacturing and decoration often include joining plastic-to-plastic, plastic-to-metal, plastic-to-composite and more. But, plastics and many other materials possess low surface energy or “wettability” and therefore, require plasma pretreatment.

Plasma treatment is a non-invasive, non-heat-based process that can be used on virtually any material. It encourages molecular bonding on surfaces, micro-cleans contaminants, and causes fine etching. Plasma treatment facilitates the bonding of adhesive,  ink, paint, and other media to a range of substrates. These materials benefit from plasma treatment:

  • Plastics
  • Rubber and Elastomers
  • Engineering Polymers
  • Composites
  • Glass
  • Metals and alloys
  • Ceramics

#5 Many industries rely on plasma surface treatment for their products.

Plasma surface treatment is used to enhance the wettability, adhesion, and cleanliness of materials within numerous industries, including:

  • Aerospace: The aerospace industry uses plasma surface treatment on critical surfaces to enhance adhesive bonding.
  • Automotive and Transport: The automotive and transportation industries utilize plasma treatment to improve adhesive bonding between components and enhance paint and coating adhesion to a variety of substrates.
  • Consumer Goods: Plasma treatments enhance the functional and aesthetic quality of various consumer goods.
  • Electronics: Plasma treatments protect sensitive components within potting. Plasma treatment is nearly potential-free allowing plastics with embedded circuitry to be safely surface treated.
  • Medical and Biotech: Plasma treatment is used for raising surface energy and micro-cleaning surfaces to ensure optimal bonding between components and devices.
  • Packaging: Packaging materials, such as plastic films, cardboard, and plastics, are often plasma treated to promote adhesive and ink application during printing and labeling operations.
  • Printing: Printing operations integrate plasma treatments to enhance surface wettability to ensure precise, vivid, and long-lasting ink adhesion.

#6 Plasma surface treatment is versatile.

Due to its exceptional versatility, plasma treatment has become critical for a wide range of applications, such as:

  • Painting, coating, and printing for plastic products
  • Enhancing coating adhesion for polymer extrusions
  • Printing, painting, and coating rubber profiles
  • Cleaning the surface of aluminum and other metals
  • Improving adhesion of glue on cardboard products
  • Treating silicone foam to enhance adhesive application
  • Improving adhesion of paint and ink to composite materials

#7 The advantages of plasma treatment include speed, cost-efficiency, eco-friendliness, and more.

Plasma treatment offers a number of advantages over other treatment options. For example:

  • It is potential-free: Atmospheric plasma is potential-free, so the treatment process can be used in conductive, semi-conductive, and non-conductive applications.
  • It is effective for surface cleaning: Plasma can be used for micro-cleaning operations, which removes surface impurities and contaminants.
  • It is environmentally friendly: Plasma cleans and enhances material surfaces without the use of harmful chemicals or ozone emission.
  • It is cost-efficient: Plasma treatment reduces process time by improving bonding, increasing surface cleanliness and wettability. You spend less time processing the substrate and use less ink, paint, glue, or coating due to optimal adhesion. Less waste and scrap are created, plus our plasma systems have low energy costs.

#8 3DT is your go-to source for all plasma surface treatment products!Plasma Dyne Pro Cut Out 4 MB 4455AP

3DT is a leading provider of plasma surface treatment solutions. Equipped with more than three decades of experience, our experts will thoroughly discuss your application with you and help to select one of our standard PlasmaDye Pro systems or a custom-engineered PlasmaDyne Pro based on the requirements of your application. PlasmaDyne Pro can be customized for nearly any 3D or flat surface. We also offer product handling and automation.

Learn More About Plasma Surface Treatment From 3DT

Plasma surface treatment improves the surface properties of materials, which is why they are used in many industries and applications. To learn more ask the experts at 3DT. As an experienced manufacturer of plasma surface treatment systems, we can address any questions you may have about the process and our systems. If you need a plasma system for your facility, we’ve got you covered.

To learn more about our products and how they can benefit your components and materials, check out our PlasmaDyne Pro or contact us today.