polymagtek.com

Polymag Tek builds contact cleaning equipment that lifts dust, dirt, slitting dust and converting debris off a surface and transfers it onto an adhesive roll for disposal. The same core principle is packaged three ways: contact web cleaners for continuous roll-to-roll material, sheet cleaners for cut sheets, and process roll cleaners for rotating rollers inside the machine. All three are designed to run inline during production, so contamination is removed before it causes defects, rework or line stoppages. The right choice depends on whether your contamination sits on a moving web, on individual sheets, or on a process roll.

The contact cleaning principle

The mechanism is mechanical, not chemical or wet. A contact cleaning roll touches the contaminated surface, the debris adheres to the roll, and the roll surface is then cleaned by an adhesive roll that holds the debris for disposal. Because the cleaning roll stays tacky through contact with the adhesive roll, the system keeps working continuously rather than loading up and stopping.

The practical consequence: the cleaner must actually touch the surface, so web tension, wrap angle and roll pressure matter. A cleaner mounted too far from the surface, or on a web that is fluttering, will not transfer debris reliably. This is why Polymag Tek positions its equipment as custom-designed rather than off-the-shelf — the mounting and contact geometry are matched to the machine.

Which cleaner fits which application

The distinction that matters most: web and sheet cleaners protect the product, while process roll cleaners protect the machine surface that would otherwise transfer buildup back onto the product. Many lines need both, plus static control, because a neutralized web sheds debris more readily and does not pull it back after cleaning.

Why inline placement reduces downtime and waste

Placing the cleaner inline means contamination is removed at the point in the process where it would otherwise be pressed in, coated over or printed through. Once debris is laminated under a layer or trapped under a print station, it becomes scrap. Cleaning upstream converts a defect into a waste stream — the adhesive roll — that is swapped out on a schedule instead of triggering a line stop.

The trade-off to plan for: adhesive rolls and contact rolls are consumables. Budget for replacement rolls and the changeover time to swap them, and confirm the change interval against your actual debris load. A clean, low-shedding web may run far longer between changes than a slitting operation generating heavy dust.

Custom design and what to confirm before specifying

Polymag Tek states that each inline and online solution is custom designed, and that its engineering team specifies the cleaning system for the application. Equipment is manufactured in the USA and serves packaging, printing, converting, pharmaceutical, aviation, auto, electronics and film industries, with installations worldwide and a history dating to 1990.

When you contact them, bring specifics rather than a general request:

• Substrate and width — film, paper, foil, board; web width and line speed.
• Contaminant — slitting dust, coating precipitate, paper dust, ambient debris; whether static is involved.
• Available space — where on the web path or roll a cleaner can be mounted without disturbing tension or registration.
• Existing equipment — whether you need an OEM integration or an after-market retrofit to a machine already running.
• Consumables plan — who supplies adhesive rolls and contact rolls, and expected change frequency.

The site does not publish pricing, so cost and lead time have to come from a direct quote. Ask for the consumable pricing alongside the capital cost, since the running cost of adhesive rolls is what determines whether the system pays back in reduced scrap.

Common pitfalls

• Assuming one cleaner covers the line. Web cleaning does not clean process rolls, and neither removes static. Map every contamination entry point first.
• Mounting without checking web stability. Contact cleaning needs consistent surface contact; a poorly supported web section will clean unevenly.
• Ignoring the debris path. The adhesive roll concentrates contamination — plan where spent rolls go and how operators handle them, especially in pharmaceutical or cleanroom-adjacent settings.
• Skipping the trial. Because systems are custom, ask for a trial or a site assessment on your actual material before committing to a full installation.

Polymag® Tek supplies consumables, supplies, replacement parts and support directly as the equipment manufacturer, and its engineering team is available to help specify the right cleaning system. The company states that it designs, manufactures, services and supports its products, and that all equipment is manufactured in the USA from high-quality components. The site does not publish specific part numbers, order portals, prices or service hours, so the practical next step is to contact Polymag Tek directly with your equipment model and part need.

What Polymag Tek Offers Beyond the Cleaning Equipment

Polymag Tek's product line covers inline contamination removal and static control for the coating, laminating, printing and converting industries, plus packaging, pharmaceutical, aviation, auto, electronics and film applications. Since 1990 the company has served these industries with custom-designed systems.

The site groups its offerings into four areas:

• Contact web cleaners — machine-mounted ContactClean™ web technology that removes contaminants from the web surface, intended to reduce downtime and waste while improving productivity and product quality.
• Sheet cleaners — customized sheet cleaning that removes surface contamination and transfers it to an adhesive roll for disposal.
• Process roll cleaners — contact cleaning technology that removes precipitate and particle buildup from a rotating process roll surface, customizable to different manufacturing applications.
• Other equipment — including a handheld contact cleaning roller and contact cleaning rolls.

Two supporting categories sit alongside the equipment:

• Static control — ionization bars, blowers and workstation solutions for applications that need static control.
• Consumables — the consumable products, supplies, replacement parts and support needed to keep equipment and the manufacturing line running continuously.

Consumables, Supplies and Replacement Parts

The consumables category is the page's stated source for the items that keep a line running: consumable products, supplies, replacement parts and support. The site does not list individual consumable SKUs, compatibility charts, pricing or ordering channels, so customers should treat the consumables section as the starting point and confirm the exact item with Polymag Tek.

A practical way to prepare a parts request is to gather, for example:

1. The equipment type (web cleaner, sheet cleaner, process roll cleaner, handheld roller or static control device).
2. The machine or model identifier on your unit.
3. The consumable or part you need to replace and, if available, the current part reference.
4. A photo of the worn or failed component, which helps the team match the correct replacement.

Polymag Tek notes that its products are designed for OEMs as well as after-market applications on existing equipment, which is relevant if you are sourcing parts or a cleaning system for a line that was not originally built around Polymag Tek equipment.

Service and Support From the Manufacturer

The company states that it designs, manufactures, services and supports its products, and that it has installations worldwide. That makes the manufacturer the direct route for service questions rather than a third-party reseller.

The site does not publish service hours, response times, warranty terms, on-site versus depot service options or a self-service support portal. Customers should therefore confirm these details directly when they make contact, and should describe the symptom (for example, reduced cleaning performance, roll wear or a static control issue) along with the equipment model.

Manufacturing Location and Component Quality

According to the site, all Polymag Tek equipment is manufactured in the USA and made from high-quality components, chosen to ensure effectiveness, durability and customer satisfaction. For buyers evaluating spare parts and consumables, this matters in two ways: replacement parts come from the original manufacturer, and quality claims rest on the company's own component sourcing rather than on published third-party certifications, which the site does not provide.

Getting Help Choosing the Right System

If you are unsure which technology or solution fits your operation, the site says its engineering team of highly skilled professionals can specify the cleaning system that fits your needs. This is the same route to use for consumables and service questions.

When contacting the team, be ready to explain:

• Your process (coating, laminating, printing, converting or another application).
• The contamination problem you are trying to solve (dust, dirt, slitting dust, converting debris, particle buildup on a roll, or static).
• Whether the equipment is new or an existing line, since Polymag Tek supports after-market applications.
• Any space, speed or integration constraints on the line.

What the Site Does Not Cover

To avoid wasted effort, note that the available Polymag Tek pages do not include:

• Prices or online purchasing for equipment, parts or consumables.
• A searchable parts catalog or compatibility list.
• Published service-level commitments, warranty text or support hours.
• A named contact form, phone number or email in the material reviewed here.

For all of these, use the company's own website contact channels and ask specifically for the consumables, parts or service team.

Polymag Tek offers static control as a separate equipment category alongside its web, sheet and process roll cleaners. According to the company, the range covers ionization bars, blowers and workstation solutions, aimed at industries and products that need static control across critical applications. These tools are listed as part of the same product family as the contact cleaning systems, so a line can address both particle contamination and static charge.

The three static control categories

Polymag Tek describes this as "a wide variety of technologies and proven solutions" rather than a single product, so the right choice depends on where the static problem occurs: on a moving web, in open air, or at a workstation.

Why static control sits alongside contamination removal

Static charge makes dust and debris cling to film, paper and other converted materials, which is exactly the contamination that contact cleaners are built to lift off. Combining the two means the cleaner is not fighting a surface that keeps re-attracting particles. The company positions static control tools as complementary to its cleaners, not a replacement for them.

Industries and applications

Polymag Tek lists packaging, printing, converting, pharmaceutical, aviation, auto, electronics and film among the industries it serves, and states it has served them since 1990. Static control is relevant wherever those materials run through coating, laminating or printing processes and charge buildup affects the product or the line.

Consumables and replacement parts

The company also supplies consumables, supplies, replacement parts and support for keeping equipment and manufacturing lines running continuously. For static control equipment, this is the place to check for wear items and spares rather than assuming they are included with the initial system.

Choosing between static control options

Because Polymag Tek presents these as customizable solutions specified by its engineering team, the practical route is to describe the line, the material and the static symptom, then let the team specify the fit. The site explicitly invites this for customers unsure which technology is right for their company. All equipment is described as manufactured in the USA, and the company states it designs, manufactures, services and supports its products, with installations worldwide.

Start by identifying what the contamination sits on: a continuous web, individual sheets, or a rotating process roll. Polymag Tek builds a separate cleaner for each, and the material format plus where the debris originates decides the category before any other option matters. From there, add static control if your material attracts dust, and confirm whether the unit goes onto new equipment (OEM) or retrofits an existing line. Polymag Tek states its engineering team can specify the system that fits your needs, so a final configuration check with them is the practical last step.

Match the cleaner to the material format

The three core product families map to three physical situations. Use this table as a first filter.

Two details in that table are worth pausing on. First, the sheet cleaner's mechanism is transfer to an adhesive roll for disposal — so the consumable roll becomes part of your routine, not just the machine. Second, the process roll cleaner targets buildup on the roll itself, which is a different problem from dust landing on your product. If your defect comes from a dirty roll marking the material, that is the relevant category; if the dust is on the substrate, it is not.

The site also lists a handheld contact cleaning roller and other contact cleaning rolls under "Other Equipment," which matters if you need spot cleaning or a small-area solution rather than an inline system.

Decide whether static control belongs in the same purchase

Dust and debris on film, sheet and web materials often go together with static attraction. Polymag Tek sells static control as a separate line — ionization bars, blowers and workstation solutions — and describes it as supporting industries and products that need static control across critical applications.

The decision rule: if contamination returns quickly after cleaning, or if lightweight dust settles on material that has just been cleaned, plan static control into the same project rather than treating it as a later add-on. If your problem is purely physical debris from slitting or converting, contamination removal alone may be enough. The site presents these as complementary lines serving the same industries, not as one bundled product, so treat them as two decisions.

Choose OEM or after-market retrofit

Polymag Tek states its products are designed for both OEMs and after-market applications to existing equipment. That gives you two paths:

• New line or new machine being specified: raise the cleaning system with the equipment builder so it is designed in as OEM equipment.
• Existing line you are not replacing: the after-market route mounts cleaning technology onto equipment already in service.

Which one applies is usually decided by whether a machine purchase is already underway. If it is, involving the cleaner at specification time avoids fitting it around finished hardware. If not, the retrofit path is the one the company explicitly supports.

Use the engineering team to close the specification

The site is explicit that if you are unsure which technology fits, its engineering team can specify the cleaning system for your needs. That is the right step once you have narrowed the category, because the remaining variables — line speed, material, contamination type, available mounting space — are exactly what a custom design addresses. The company describes each inline and online solution as custom designed, and all equipment as manufactured in the USA.

Prepare three things before that conversation: the material format and substrate, where the contamination originates (web surface, sheet surface, or process roll), and whether static is part of the problem. Those three answers cover the decisions this page can settle; the rest is specification work.

A quick decision sequence

1. Is the contamination on a continuous web, on individual sheets, or building up on a process roll? Pick the matching family.
2. Does dust return after cleaning or settle on just-cleaned material? Add static control to the scope.
3. Is a new machine being purchased? Go OEM; otherwise plan an after-market installation.
4. Confirm consumables and replacement parts availability for the chosen unit, since the sheet cleaner depends on adhesive roll transfer and the site lists consumables and support as a standing category.
5. Take the narrowed choice to the engineering team for final specification.

The site serves packaging, printing, converting, pharmaceutical, aviation, auto, electronics and film industries and has done so since 1990 — useful context if your process resembles one of those, but the format-and-source questions above are what actually determine the system.

Polymag® Tek is a U.S. manufacturer of in-line contamination removal systems—contact web cleaners, sheet cleaners, and process roll cleaners—plus static control equipment and consumables. The company designs, builds, services, and supports these systems for coating, laminating, printing, converting, packaging, pharmaceutical, aviation, automotive, electronics, and film operations, and has served those industries since 1990. If your production line loses yield or quality to dust, slitting debris, or particle buildup on webs, sheets, or rolls, this is the category of equipment to evaluate.

Core product lines

How the cleaning approach works

The common thread across the product lines is contact cleaning: a cleaning surface lifts dirt, dust, and debris off the process surface, and the contamination is then transferred to an adhesive roll for disposal. On a web line, the cleaner mounts to the machine and works inline, so cleaning happens during production rather than in a separate step. On sheets, the same transfer principle applies to the sheet surface. On process rolls, the cleaner addresses buildup on the rotating roll itself.

A concrete example of where this matters: a printing or converting line that slits film generates fine slitting dust that settles back onto the web, causing print defects or coating flaws downstream. An inline contact web cleaner positioned after the slitting station removes that debris before it reaches the next process, which is the mechanism behind the reduced downtime and waste the company cites for its web cleaners.

Custom design and OEM fit

Polymag Tek states that each inline and online solution is custom designed for the specific process, and that its products serve both OEMs and after-market applications on existing equipment. That matters for two buyer situations:

• New line builds: the cleaning system can be specified as part of the machine design.
• Existing lines: after-market units can be fitted to equipment already in service.

If you are unsure which technology fits, the company offers an engineering team that can specify a cleaning system for your needs—useful when the decision is between web, sheet, and roll cleaning, or when static control is the actual root cause rather than particulate contamination.

Manufacturing, support, and service

All Polymag Tek equipment is manufactured in the USA, and the company states it designs, manufactures, services, and supports its products, with installations worldwide. For a production-line purchase, that combination—domestic manufacturing plus in-house service and a consumables supply chain—is the practical checklist to verify during evaluation: confirm spare-part availability, service response for your region, and consumable lead times before committing.

When Polymag Tek is the right fit

Consider this company if your problem is particulate contamination or static on a continuous web, on sheets, or on process rolls, and you need an inline solution rather than an offline cleaning step. The product range covers the full path—cleaning equipment, static control, and the consumables to sustain them—so a single supplier can address the line end to end.

Look elsewhere, or narrow the conversation first, if your issue is liquid or chemical contamination rather than dry debris, or if you need a standard catalog unit rather than a custom-designed system; in the latter case, ask the engineering team directly whether an existing configuration matches your process before assuming a custom build is required.