Level Up Plating Supply works directly with plating shops to figure out what is actually going wrong on the line — then matches the right manufacturing partner to the fix. Jim Saas brings 35+ years on the floor, so the recommendation comes from someone who has seen the problem before and knows where the real long-term ROI lives.
Eight solution categories covering every critical system in a metal finishing operation. Every partner represented here was chosen for their commitment to quality, their responsiveness to customers, and the service they stand behind — the kind of relationships that hold up when something goes wrong on the floor.
Level Up Plating Supply quotes competitively on almost anything a plating shop needs — from barrels and danglers down to the day-to-day consumables that keep the line moving. The bigger win, though, is usually the ROI on better-engineered equipment: spend a little more upfront on the right barrel, dangler, rectifier, or scrubber, and the line quietly pays you back for years instead of bleeding out in rejects, drag-out, energy, and rebuy cycles.
Reagents, test kits, anode baskets, danglers, spare parts, filters, controls — if your shop is buying it month after month, it is worth a conversation. Send us a recent invoice or two and we’ll tell you honestly whether we can do better, and by how much. We give you the answer that fits your line — not the one that fits a quota.
A cheaper barrel, dangler, or rectifier almost always costs more over five years — in rejects, drag-out, energy, downtime, and rebuy cycles. Spending a little more upfront on properly engineered, world-class equipment is one of the most reliable ways a plating shop builds real ROI and takes money off the operating sheet year after year.
That ROI includes more than just the equipment. The right supplier relationship means a partner who helps you spec it correctly before you spend money, answers the phone when something goes wrong on the line, and stays engaged after the sale — not just before it.
Level Up Plating Supply is the exclusive authorized North American distributor for Eagle Engineering — a premium plating barrel manufacturer. Every barrel project follows the same proven path: engineer the perfect fit, test it on your line, and let the results make the case for the rest.
We start with your existing barrel — engineering drawings, field measurements, or a sample shipped to Eagle for direct replication. Jim works with you on every customizable feature: perforation type and open-area targets, door style, gear interface, and load geometry. Every dimension is specified to match how your shop actually runs so Eagle can build the best possible barrel for your line.
Eagle manufactures a single prototype barrel built to your spec. You run it in production — same line, same chemistry, same parts — side by side with your current equipment. You flow your actual baths through it, measure fill and drain times, and see how it performs under your real operating conditions. No commitment beyond one barrel.
The prototype generates its own evidence — energy consumption, drain speed, drag-out reduction, production capacity. When the numbers are documented and the improvement is clear, the decision to upgrade the rest of the line makes itself. One recent customer saw it firsthand:
Tell us what is happening on the line, what you have already tried, and what you are hoping to improve. The goal is to get you to a clear next step quickly — without losing days to back-and-forth emails or guesswork.
These are the manufacturers Level Up Plating Supply represents — each chosen because they help solve a specific problem on a plating shop floor. Use the navigation below to jump to any partner, or talk to Jim about which one fits the issue you are working through.

Telford, UK · PE1000 UHMW barrels · PUR danglers
World-class PE1000 UHMW “No Peen” plating barrels with an unmatched lifespan — one-piece, fully sealed construction — paired with ultra-durable danglers available with fixed or removable mild steel, brass, stainless steel, or copper tips.
A major automotive fastener manufacturer replaced their entire 48-barrel line with Eagle PE1000 barrels — documenting $247.88/barrel/year in energy savings alone ($11,898/year total), 50% faster fill times, 66% faster drain, and a 33% production capacity increase. PE1000 perforations maintained perfect geometry while the competitor’s PP barrels showed closed, deformed holes after just 6 months of identical use.

Barcelona, Spain · Design, manufacturing, and commissioning
SIDASA designs, manufactures, and commissions rack and barrel plating lines, with customizable automation and robotics options for shops that need stronger throughput, repeatability, or modernization.

Anderson, Indiana · Custom chemical-resistant fabrication
Tecnoplast designs, produces, and installs ventilation and air scrubber systems, along with custom high-quality plastic tank manufacturing for corrosive metal-finishing environments.

United States · Water- or air-cooled rectifier systems
American CRS provides high-efficiency stackable switch-mode rectifiers, available water- or air-cooled, with maintenance, repair, and refurbishment support available on most makes and models of rectifier equipment.

American Metal & Coil Works · Heavy-duty fabrication
AMCW manufactures steel spiral or rectangular dissolving baskets, heavy-duty titanium baskets, robust heat exchangers, heavy-duty spin baskets, EN controllers, carbonate removal systems, and zinc generators.

Chemical feed · IoT remote monitoring · Automation controls
Becker Engineered Systems provides chemical feed systems, monitoring instrumentation, and automation controls for water treatment and metal finishing operations — including IoT-enabled remote monitoring through their Becker Connected Systems platform, which tracks treatment performance across multiple tanks or sites from a secure dashboard.

Quality-built polypropylene equipment and replacement support
BSI supplies quality-built polypropylene tanks and barrels, gears, and spare parts for shops that need practical replacement equipment, component support, or legacy-fit solutions.

Four-in-one tank systems for plating and finishing solutions
Flo King is the only in-tank, four-in-one system that pumps, filters, agitates, and treats solutions for electroplating, anodizing, and metal-finishing operations.

Reagent chemicals · Test kits · Software and technology
AquaPhoenix manufactures reagent chemicals and supplies chemical feed and control equipment, software and technology, and test kits and education kits for shops that need better measurement and process support.
Start with the operating problem you are trying to solve. From there, Jim helps you choose the right partner, the right material, the right configuration, and the right quote path — without paying for capability you don’t need.


Eagle Engineering manufactures premium plating barrels and cathode danglers. Every barrel and dangler is 3D CAD-engineered to your exact line dimensions, operating conditions, and part geometry. Level Up Plating Supply is the exclusive authorized North American distributor — the only authorized source for Eagle Engineering products in North America, with full consulting, quoting, and logistics support coordinated through Level Up.
Every other plating-barrel manufacturer in the market builds with polypropylene. Eagle Engineering builds with UHMW PE1000 — a premium-grade polyethylene. The difference is not marketing language. It shows up as perforations that stay open far longer, stronger joints, and barrels that have run 20+ years in documented cases instead of getting cycled out every two to five.
PE1000 is not a marginal upgrade over PP. It is a fundamentally different material — engineered to hold perforation geometry far longer, resist cracking under impact thanks to its higher tensile strength, and deliver long service life under the thermal, chemical, and mechanical load that barrel plating demands every day.
PP fails slowly and suddenly. Sustained heat and load cause PP perforations to deform and close, quietly degrading solution transfer and current distribution long before anyone schedules a replacement. A single drop can crack or shatter a PP barrel outright. PE1000 is far more resistant to both. The proof is on video.
Still running after 20 years — look at what the perforations look like.
What happens when both barrels are dropped from the same height.
See the material science in action — PP vs. PE1000 strength test.
Want the full material science behind why PE1000 deflects while PP fractures — including close-up photos of the joints, deflection, and mounting hole after the test?
PE1000’s molecular structure resists creep under sustained thermal and mechanical load. Perforations hold their machined size and stay open far longer. PP holes deform, close, and reduce in size over the life of the barrel — quietly choking flow.
PE1000 has a relative abrasion rating of 100 versus PP at 750 (lower is better). On a part-tumbling surface that sees thousands of cycles, that difference is the gap between a barrel that holds up through years of hard service and one that needs replacing in two to five years.
Standard PP barrels fail at the welded or molded joints first — that is the typical failure point under sustained load. Eagle Engineering’s proprietary Double Lock joint is engineered so the PE1000 material itself deforms before the joint does under destructive testing.
Where the barrel design allows it, Eagle PE1000 cylinders can be manufactured as a single one-piece wrap-around skin — no multi-panel construction joints. That eliminates the chemical traps where plating chemistry seeps in over time and turns into contamination reservoirs you cannot clean out of a multi-panel PP barrel. (Designs that require internal breaker bars use a different construction.)
PE1000’s ultra-high tensile strength supports up to 40–45% perforation open area without compromising structural integrity. Precision-engineered perforation patterns deliver up to 131% more open area than typical round-hole PP barrels — 26% versus 11% — for dramatically faster fill and drain.
Drop a PE1000 barrel section — it absorbs the impact. Drop a PP barrel from the same height — it cracks. PE1000’s molecular entanglement distributes force across millions of contact points instead of concentrating stress at a fracture line.
| Specification | Eagle PE1000 | Industry-Standard PP |
|---|---|---|
| Primary Material | UHMW PE1000 — premium-grade polyethylene | Polypropylene — industry-standard grade |
| Abrasion Resistance (relative) | 100 (7.5× better) | 750 baseline |
| Perforation Integrity After 6 Months | Perforations stay open and hold geometry | Cold forming, deformation, perforations closing |
| Joint Construction | Proprietary Double Lock — material fails before joint | Welded / molded — typical failure point |
| Cylinder Construction | Wrap-around construction available (no chemical traps) | Multi-panel — joints accumulate chemistry over time |
| Maximum Perforation Open Area | Up to 40–45% (26% typical, pattern-dependent) | ~11% typical with round-hole pattern |
| Barrel Geometry | Up to 9-sided polygon (+30% active volume) | 6-sided hex or cylindrical |
| Drop / Impact Behavior | Higher tensile strength — far less prone to cracking | Cracks at impact site |
| Documented Service Life | 20+ years documented in multiple facilities | 2–5 year replacement cycles typical |
| Replacement Frequency | Far fewer over the barrel’s life | Replaced every 2–5 years |
| 20-Year Total Cost of Ownership | 40–60% lower TCO | Higher TCO from repeated replacement, downtime, drag-out, energy waste |
Performance figures based on documented customer-reported operating conditions and Eagle Engineering manufacturing data. Individual results vary by application. Eagle Engineering carries ISO 9001 certification with 57+ custom barrel designs delivered to North American plating operations.
The cheaper barrel almost always costs more over five years — in rejects, drag-out, energy, downtime, and rebuy cycles. Spending a little more upfront on a properly engineered PE1000 barrel is one of the most reliable ways a plating shop builds long-term ROI on its line.
Every other dangler on the market forces you to replace the entire cable when the tip wears out — cable, insulation, lug, and all. Eagle Engineering’s precision-threaded detachable tip system lets you unscrew the worn tip and screw in a new one in seconds. You keep the cable. You keep the lug. You keep the connection to the bus bar. You replace only what actually wore out.
On a multi-barrel line, that single design choice compounds over time — less cost per replacement cycle, less labor per swap, less downtime per wear-out event. The concept is simple. The savings are significant.
The tip is the consumable. The cable, insulation, and lug are not. Replace what actually wore out — not the parts that still have years of service left.
A worn tip is a wrench-and-swap operation on the floor in under a minute. No re-routing of a full dangler, no re-lugging, no re-torquing the bus bar connection.
Tips ship in mild steel, brass, stainless steel, and copper. Pick the material that fits your chemistry and current density — without committing to a full dangler in that material.
Detachable tips are available in both left-hand and right-hand thread configurations so they install correctly on either side of the barrel without unscrewing themselves under rotation.
Stock a small bin of tips instead of full danglers. Easier ordering, less working capital tied up on the shelf, and a faster path back to running production.
The PUR-insulated, anti-twist cable keeps its life cycle measured in years — even while tips cycle through every 8–12 months. The expensive part stops being the disposable part.
Eagle danglers are engineered with an anti-twist cable construction that lays straight and stays straight. No curling, no kinking, no tangles during installation or rotation — less handling time, less frustration, fewer premature failures from cable fatigue.
| Tip Material | Best For | Conductivity | Typical Service Life* |
|---|---|---|---|
| Mild Steel | Standard U.S. zinc plating — most common job-shop tip | Moderate | 8–12 months |
| Brass | Higher current densities, Japanese OEM standard for zinc | High | 10–14 months |
| Stainless Steel | Aggressive chemistries where mild steel corrodes too fast | Lower | 12–18 months |
| Copper | Maximum conductivity applications and specialty plating | Highest | Application-specific |
*Service life depends on amp load, bath chemistry, duty cycle, and part contact behavior. Jim can help you pick the right tip material for your line — and rotate to a different material if the tip wear pattern says something has changed.
| Cable Size | AWG | Diameter | Amps / Dangler | Insulation | Tips |
|---|---|---|---|---|---|
| 50mm² | 1 AWG | 20mm | ~200A | PUR/PVC | Fixed only |
| 70mm² | 2/0 AWG | 24mm | ~250A | PUR/PVC | Fixed only |
| 120mm² | 4/0 AWG | 28.5mm | 350–450A | PUR | Fixed & Removable |
| 185mm² | 6/0 AWG | 30.5mm | 450–550A | PUR | Fixed & Removable |
120mm² (4/0 AWG) covers roughly 97% of zinc plating applications — about 900A per barrel with two danglers. Most U.S. job shops run mild steel tips; Japanese OEMs often prefer brass for higher conductivity. With Eagle Engineering’s detachable system, removable tips cycle every 8–12 months while the PUR cable itself lasts years.
A dangler should not be a disposable. Eagle Engineering’s detachable tip system turns the expensive part of a cathode dangler back into a long-life asset — and the wear part back into a real consumable.

BSI supplies quality-built polypropylene tanks, barrels, gears, and spare parts — the practical answer when the right move is to keep an existing line running cleanly, not to rebuild it. Useful when PP is the right material for the duty, when budget realities push toward a measured rebuild, or when an existing barrel design needs to be matched carefully.


SIDASA Engineering designs, manufactures, installs, and commissions full rack and barrel plating lines — with customizable automation and robotic integration. The right fit for shops evaluating a full line replacement, a brownfield modernization, or a step-change in throughput and repeatability. Jim helps you frame the project scope and operating goals before SIDASA engineers a formal concept.


AquaPhoenix manufactures reagent chemicals and supplies chemical feed and control equipment, software and technology, and test kits and education kits — everything a finishing shop needs to keep its baths in spec and its operators confident in their measurements. The right fit when the diagnostic conversation keeps coming back to bath drift or testing inconsistency.

Becker partners with industrial clients in the water treatment sector, delivering precision-engineered solutions for the application, monitoring, and management of water-related treatment chemicals and systems. A good fit when treatment-side reliability and cost control are the constraint.


American CRS Equipment provides high-efficiency stackable switch-mode rectifiers, available water- or air-cooled, with maintenance, repair, and refurbishment support on most makes and models of rectifier equipment. The right partner when DC power reliability, accuracy, or aging hardware is what is holding the line back.


Tecnoplast USA designs, fabricates, and installs custom high-quality thermoplastic tanks, vessels, and chemical handling equipment for corrosive metal finishing environments. Built around your chemistry, your temperature, and the geometry your facility actually has.

BSI quality-built polypropylene tanks, barrels, gears, and spare parts — the right partner when keeping the existing line productive matters more than starting from scratch.

AMCW supplies the metal hardware that lives inside the tank — anode baskets, heating and cooling coils, heat exchangers, spin baskets, and other specialty fabrication. Built for shops where the hardware has to survive aggressive chemistry and real production abuse.


Tecnoplast USA designs, manufactures, and installs ventilation and air scrubber systems for the metal finishing industry — sized to the chemistry, sized to the facility, and built for the realities of corrosive air handling. The right partner when operator conditions, regulatory pressure, or odor concerns make air the bottleneck.


Becker Engineered Systems partners with industrial clients in the water treatment sector to deliver precision-engineered solutions for the application, monitoring, and management of water-related treatment chemicals and systems. A good fit when treatment-side reliability, cost control, and visibility are the constraint.

Flo King is the only in-tank, four-in-one system that pumps, filters, agitates, and treats plating, anodizing, and metal finishing solutions — all from one submerged unit. The right choice when external pump-and-filter loops are creating leaks, plumbing complexity, or maintenance pain.

AquaPhoenix reagents, test kits, and process technology — the measurement side of treatment. Useful when the operators running the treatment system need consistent, repeatable readings to drive decisions.


AMCW manufactures steel spiral and rectangular dissolving baskets, heavy-duty titanium baskets, robust heat exchangers, spin baskets, EN controllers, carbonate removal systems, and zinc generators. Built for the bath, the duty cycle, and the workload your line actually puts on the hardware.
That is exactly where Jim is most useful. Describe the symptom, the equipment you have, and what you are trying to improve.
Level Up Plating Supply exists for plating shops that need more than a quote. Jim Saas helps customers understand what is going wrong on the line, what information the manufacturer actually needs, and which equipment path is worth pursuing — before you spend on the wrong solution.
Jim has spent more than 35 years in metal finishing supply, much of it walking zinc plating lines across Indiana, Ohio, and Kentucky. He learned the business through the Saas family’s All-Star Chemical roots — working alongside real production problems on the floor, not selling from a distance. Today he works alongside a business partner and support team serving operations across all of North America. We ship and consult coast to coast.
That background matters because most equipment requests are not simple part-number orders. A shop may know that barrels are wearing out, danglers are failing, ventilation is struggling, or wastewater is becoming harder to manage — but the right solution depends on load weight, chemistry, temperature, part geometry, line layout, maintenance history, and how the current equipment is behaving under real production stress.
Level Up Plating Supply’s job is to translate that shop-floor reality into a cleaner specification, a better manufacturer conversation, and a recommendation you can trust.
Mark joined Level Up Plating Supply from a background in financial analysis, sales operations, and systems-building. His role covers the back office logistics, infrastructure, and outreach that lets Jim’s expertise reach plating shops across all of North America. Jim diagnoses the problem on the floor. Mark keeps the operation running so Jim can stay focused on the work that matters.
Jim knows what a plating shop needs. Mark’s job is to make sure shops across North America get that conversation.
Level Up Plating Supply is not a giant catalog. We are a focused equipment and consulting partner for plating operations that need sharper thinking before they spend money — and a trusted point of contact afterward.
What is failing, wearing out, slowing production, creating rejects, or creating compliance pressure?
What measurements, photos, chemistry details, and operating constraints does the manufacturer need before quoting?
Which partner is the right fit for the equipment, material, support, or control problem in front of you?
Level Up works with a focused group of manufacturers — each one chosen because they give Jim a different lever to pull when a shop needs to solve a real equipment or process-support problem.
A plating shop has usually lived with the problem longer than any supplier has heard about it. Our job is to respect that experience — not to overpromise, overgeneralize, or pretend every problem has the same answer. The right job is to help you gather the right information and feel confident that the recommendation is grounded in real shop-floor experience, not a catalog.
“Tell us what the line is doing. I’ll help you figure out whether the next step is a quote, a measurement, a better photo, a manufacturer conversation, or a different way to think about the problem altogether.”
Send the symptom, a few photos, and what you are trying to improve. The first job is to frame the problem clearly — then we can talk about the right equipment.
Whether you need a barrel quote, chemistry guidance, a line design conversation, or help diagnosing why your current operation isn’t performing the way it should — reach out. Every inquiry is answered personally by Jim and his team, typically within one to three business days, by people with real metal finishing experience on the shop floor.
Don't have all of these? No problem — we'll work through it with you.
Practical field knowledge drawn from 35+ years in the metal finishing supply industry — written for shop operators, production managers, and engineers who want fewer rejects, less downtime, and a tighter, more predictable process.
Labor savings are year one. The compounding benefits — reject reduction, chemistry savings, throughput consistency, and reduced compliance risk — are what make the 5-year ROI case overwhelming.
Eagle Engineering tested two-piece joined specimens under identical load. The PP fractured. The PE1000 bent 2.5 cm, held its joint, and kept the mounting hole intact. Here is the molecular science behind each observation.
Labor savings are the smallest benefit of finishing line automation. A complete ROI model must include reject rate improvement, chemistry consumption reduction, and throughput gains. Here's how to build it.
The average plating operator is over 50. Apprenticeship pipelines are dry. Wages are climbing. The math on automation has changed — not because robots got cheaper, but because the alternative got more expensive.
Labor savings are year one. The compounding benefits — reject reduction, chemistry savings, throughput consistency, and reduced compliance risk — are what make the 5-year ROI case overwhelming.
Founded in Barcelona in 1952, Sidasa pioneered the first planetary dip-spin system in 1990. Today they build fully integrated robotic plating lines installed on every continent. Here's what makes their approach different.
Jim and his team are happy to talk through any process question directly — whether it leads to an equipment conversation or not.