What Vertex Group's Addition of Alliance Technical Sales Means for Process Analytics Customers

There are acquisitions that are about geography. Some are about adding headcount. And then there are the ones that genuinely change what a company can do for its customers. Vertex Group's addition of Alliance Technical Sales (ATS) falls squarely in that last category.

ATS isn't a generalist instrumentation rep. It's a specialist — a firm that has built its identity around Mettler Toledo Process Analytics and the industrial markets that depend on it. When you call ATS, you reach engineers who have spent careers navigating the specific challenges of liquid analytical measurement: why a conductivity sensor reads incorrectly in a high-temperature caustic loop, how to maintain a pH system in a pulp mill bleach plant, what it actually takes to validate a TOC analyzer for pharmaceutical water systems. That kind of knowledge doesn't come from a product catalog. It comes from years of application work in the field.

So what changes now that ATS is part of Vertex?

ATS customers get a much bigger team behind them

For customers who have relied on ATS for their Mettler Toledo analytical needs, the practical answer is: the support they already trust doesn't go away — it grows.

Vertex companies don't operate under a "one size fits all" model. Each company in the group keeps its name, its leadership, and its local relationships. ATS customers will still work with the same people they've always worked with. What changes is the depth of resources those people can pull from.

Consider that two other Vertex companies — FLW Southeast and Jasper Engineering — also have serious Mettler Toledo Process Analytics experience. FLWSE built a dedicated Process Analytics Group around it. Jasper carries the full liquid analytical line for Upper Midwest industries including mining, pharmaceutical, and power generation. Now ATS sits alongside both of them inside the same organization, with a real pathway to share application knowledge, troubleshooting experiences, and technical solutions that took years to develop individually.

For an ATS customer dealing with a challenging process analytical application — say, a dissolved oxygen measurement problem in an aeration tank, or a silica analyzer that keeps drifting in a high-purity power generation system — having access to the broader Vertex network quietly multiplies the expertise that can be brought to bear. That's not a marketing claim. It's just how organizations with shared ownership and shared incentives tend to work when they're functioning well.

Why ATS matters to Vertex beyond just adding a territory

Vertex has been deliberate about building a group of companies that are strong in process instrumentation and analytics. The group includes companies with gas analytics expertise, water chemistry specialists, combustion analysis capability, and broad liquid analytical programs. But having deep process analytics expertise concentrated in the Midwest has been a meaningful gap — and ATS fills it in a way that few other firms could.

The Mettler Toledo Process Analytics line is one of the most technically demanding product families in the industry. Instruments like the in-line pH and conductivity transmitters, the TOC analyzers used in pharma and semiconductor applications, the sodium and silica analyzers critical to power plant water chemistry — these are not products you hand to a generalist sales engineer and expect good outcomes. The customers using them run critical processes where measurement accuracy directly impacts product quality, regulatory compliance, and plant reliability. They need application people who understand their process, not just the product.

ATS has been exactly that kind of partner for its Midwest customers. Adding them to Vertex brings that specialized knowledge into the group's shared culture and expands the analytical capability that Vertex can credibly offer across its national footprint.

What this means for the broader industrial analytics market

If you're a manufacturer, a water utility, or a pharmaceutical producer trying to make sense of your process measurement needs, the Vertex Group is now one of the more complete answers in the country. Between ATS, FLWSE, Jasper, MCR Technologies, and RITEC Enterprises, the group covers industrial process analytics from water chemistry and gas detection to combustion analysis, TOC measurement, and multi-parameter liquid analytical systems — across most major U.S. industrial regions.

That matters because good analytical measurement isn't just about buying the right instrument. It's about working with people who can help select it correctly, commission it properly, calibrate it over its lifetime, and diagnose it when something goes wrong. The depth of experience across the Vertex family means customers in more places now have access to that kind of relationship.

The bottom line

ATS joining Vertex is good news for ATS customers because they gain access to a wider network of technical expertise without losing the people and relationships they've relied on. It's good news for the broader Vertex organization because it adds a genuine analytics specialist — not a generalist with some analytical products, but a firm built from the ground up around one of the most respected analytical instrument lines in the industrial market.

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Alliance Technical Sales focuses on process instrumentation, liquid analytical, and heating solutions across the Midwest. For more information, visit www.vertexgrp.com.

A New Chapter for Alliance Technical Sales: Joining the Vertex Group

We're excited to share some big news. Alliance Technical Sales, Inc. has officially been acquired by Vertex Group, and we couldn't be more optimistic about what this means for the customers and manufacturing partners who've trusted us over the years.

What's changing, and what isn't

First, the important part: the ATS you know isn't going anywhere. The same team, the same relationships, and the same commitment to representing quality manufacturers in the industrial marketplace remain firmly in place. What's changing is the scale of what we can do for you.

By joining Vertex Group, ATS gains access to broader resources, expanded territory coverage, and a deeper bench of technical expertise. Think of it as the local, responsive rep agency you've always worked with, now backed by a larger organization that shares our values around service and long-term partnership.

Why this is good news for our customers

If you're an engineer, buyer, or plant manager who relies on ATS, here's what you can expect to see over time:

• Faster access to technical support thanks to a larger pool of application specialists
• A broader product portfolio as we align with complementary lines across the Vertex network
• More consistent service across multi-plant accounts that span different regions
• The same familiar faces handling your day-to-day needs

You won't need to renegotiate relationships, update vendor records, or learn a new way of doing business. Your quotes, your orders, and your phone calls all continue going to the people you already know.

Why this matters for our manufacturing partners

For the manufacturers who've entrusted their lines to ATS, this acquisition strengthens the platform representing your products. You get the same focused regional sales effort that made ATS effective, now combined with the reach and infrastructure of a larger group. That means more opportunities to grow share, better market intelligence, and a partner positioned to support you for the long haul.

Looking ahead

Acquisitions can feel uncertain, but this one is built on shared philosophy. Vertex Group values the relationship-driven, technically grounded approach that has defined ATS since day one. We're joining a team that gets what we do and wants us to keep doing it, just bigger and better.

If you have questions about how this affects your account or partnership, reach out to your ATS contact directly. We're happy to walk you through what's next.

Thanks for being part of the ATS story. The best chapter is the one we're starting now.

Top 3 Reasons to Choose Alliance Technical Sales

Based in Clarendon Hills, Illinois and serving customers across Illinois, Indiana, Iowa, and Wisconsin, Alliance Technical Sales has spent over two decades earning its reputation as a go-to partner for process analytics, instrumentation, and industrial freeze protection and viscosity control. If you're weighing your options, here are the top reasons to work with Alliance Technical Sales.

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Reason #1: They've Been Doing One Thing Since 2000 — and Doing It Well.

Why choose Alliance Technical Sales? Because depth of expertise is everything when you're troubleshooting an in-line analytical system or designing a heat trace solution for a pharmaceutical plant.

Alliance Technical Sales was founded in 2000 with a clear focus: process control instrumentation and liquid analytical solutions for industrial facilities. They didn't chase every market — they went deep in a specific lane. That focus means their engineers understand pH, ORP, dissolved oxygen, conductivity, TOC, turbidity, and the freeze protection challenges that come with Midwest winters, not as abstract concepts, but as real problems they've seen hundreds of times across chemical plants, food and beverage production, water treatment, and power generation.

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Reason #2: Local Engineers Who Show Up

One of the biggest frustrations in industrial procurement is buying from a company that disappears after the sale. Alliance Technical Sales built its reputation doing the opposite.

Their team emphasizes local, hands-on support — including on-site consultation, product selection guidance, system design assistance, and ongoing troubleshooting. For facilities across the Midwest, that means an experienced engineer who knows your region's specific challenges (yes, Wisconsin winters are different from a laboratory environment in Indianapolis) is available to help. 

Clients rely on Alliance Technical Sales for more than just products — they rely on them for responsive service and project support from start to finish. In industries where an unplanned shutdown costs thousands of dollars per hour, that kind of relationship pays for itself.

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Reason #3: The Brands They Carry Are the Best in the Business — And They Know How to Apply Them.

Having great products is one thing. Knowing exactly which product solves your specific application problem is another.

Alliance Technical Sales partners with industry-leading manufacturers like Mettler-Toledo Process Analytics, BriskHeat, Hawk Measurement, Micronics, and Jogler — brands that are recognized globally for performance and reliability. But what sets Alliance apart is that they don't just hand you a spec sheet. They match the right solution to your exact situation, whether that's a self-regulating heat trace cable for your outdoor valve manifold, a continuous TOC sensor for your ultrapure water loop, or a guided wave radar transmitter for a difficult level measurement application.

The result is that customers avoid the expensive trial-and-error that comes from buying the wrong tool. When you work with Alliance Technical Sales, you're getting equipment recommendations backed by application engineering — not just a purchase order.

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Ready to Talk to Someone Who Actually Knows This Stuff?

If you're managing a facility in Illinois, Indiana, Iowa, Michigan, or Wisconsin and dealing with process measurement challenges or freeze protection headaches, it's worth a conversation. Visit alliancets.com or call 630-321-9646 to connect with an engineer who can look at your specific application and point you in the right direction — no pressure, just practical guidance.

Why Smart Process Control Engineers Talk to Their Sales Engineer First

When you're deep in the weeds of a process control challenge — trying to select the right analyzer, troubleshoot a measurement that's drifting, or design instrumentation into a new system — it's tempting to go straight to data sheets and spec sheets. But experienced process control engineers know there's a faster, cheaper, and often safer path: picking up the phone and calling a knowledgeable sales engineer before making any major decisions.

It might sound counterintuitive to think of a sales engineer as a problem-solving resource, but the best ones aren't just order takers. They're deeply technical professionals who have spent years working across dozens of industries and hundreds of applications. That kind of exposure creates something you can't get from a product manual — tacit knowledge.

What Tacit Knowledge Actually Means in the Field

Tacit knowledge is the stuff that's hard to write down. It's knowing that a particular type of pH sensor tends to coat up in certain slurry applications, or that a vortex flowmeter will give you headaches in low-flow conditions that look perfectly acceptable on paper. It's recognizing that the analyzer, a plant across town installed for a similar process, failed not because the technology was wrong, but because the sample conditioning system wasn't designed for the ambient temperature swings in the region.

A seasoned sales engineer has seen these situations play out over and over again. They've watched customers make expensive mistakes, and they've also seen elegant solutions that worked beautifully under difficult conditions. That accumulated experience is genuinely valuable — and when you engage a good sales engineer early in your project, you're getting access to all of it.

Avoiding Costly Mistakes Before They Happen

Process instrumentation and analytics equipment can represent a significant capital investment, and the cost of selecting the wrong technology goes well beyond the purchase price. A misapplied analyzer can lead to repeated calibrations, constant maintenance calls, unreliable data, and, in some cases, a complete rip-and-replace. In process environments where safety is a factor — such as combustion control, emissions monitoring, and hazardous-area installations — the stakes are even higher.

A knowledgeable sales engineer can help you avoid these scenarios by asking the right questions up front. What's the process temperature and pressure? What are the background gases that could interfere with your measurement? Is the sample wet or dry? What are your response time requirements? How much maintenance can the site realistically support? These aren't sales questions — they're engineering questions, and a great sales engineer uses the answers to steer you toward a solution that will actually work rather than one that simply looks good in a proposal.

The Consultation Is Free — and That's Easy to Overlook

Here's something worth stating plainly: this expertise costs you nothing. Consulting with an experienced sales engineer is a free resource that many process control professionals underutilize simply because they don't think of it that way. You're not obligated to buy anything. You're having a technical conversation with someone who has strong incentives to give you good advice, because their reputation and your repeat business depend on it.

Compare that to the alternative — spending hours researching products online, reading application notes that may or may not reflect your specific conditions, and ultimately making a decision based on incomplete information. The sales engineer conversation could save you that time entirely, while also giving you confidence that you're headed in the right direction.

Better Safety Outcomes Start with Better Information

In safety-critical applications, there's no substitute for getting the technology selection right the first time. A misconfigured gas detector or an improperly applied oxygen analyzer isn't just a maintenance problem — it can be a serious hazard. Sales engineers who specialize in process analytics understand these risks and can guide you toward solutions with the right certifications, appropriate installation requirements, and realistic performance expectations for your environment.

A Local Knowledge Resource Worth Knowing

For process control engineers working in Illinois, Indiana, Iowa, or Wisconsin, Alliance Technical Sales, based in Clarendon Hills, IL, is exactly the kind of resource this article is describing. With deep expertise in process analytics and instrumentation, their team brings the kind of application knowledge and hands-on experience that can make a real difference in how a project comes together — from initial concept through commissioning. If you're looking for a trusted technical partner in the region, they're a great place to start the conversation.

Industrial Turbidity Sensors for Process Control: How Real-Time Clarity Measurement Drives Quality and Efficiency

Turbidity measurement plays a critical role in modern industrial process control because it provides a direct, real-time indication of suspended particles, phase clarity, and changes in product or process conditions. In simple terms, turbidity describes how much light scatters as it passes through a fluid, which correlates to the concentration and nature of particles present. In industrial environments, even small changes in turbidity can signal shifts in reaction progress, separation efficiency, or product quality. As manufacturers pursue higher yields, tighter tolerances, and greater automation, continuous turbidity monitoring has largely replaced manual grab sampling, which introduces delays, labor costs, and the risk of missing critical process events.

Automated turbidity sensors provide immediate feedback, enabling operators and control systems to act before problems worsen. Plants use real-time turbidity as a process variable for closed-loop control, avoiding lab wait times and visual inspections. This leads to less waste, fewer off-spec batches, and better asset use. In regulated industries, continuous monitoring ensures stronger data integrity and traceability than manual methods.

Across industries, turbidity measurement addresses common process challenges that directly affect profitability and compliance. In batch operations (processes run in set quantities), variations in particle formation can undermine consistency from one run to the next. In continuous processes (uninterrupted production flows), poor visibility into solids concentration can lead to inefficient separations, fouled filters (filters clogged by particles), or damaged downstream equipment. Turbidity sensors provide early warning when filters begin to break through (allow particles to pass), separators lose efficiency, or crystallization reactions (process of forming solid crystals) reach their endpoint. In biological and chemical processes, changes in light scattering (how particles deflect light) often reveal concentration shifts long before they appear in conventional analyzers, giving operators a valuable time advantage.

These challenges manifest differently across applications, which explains why a single turbidity technology cannot serve every process equally well. In pharmaceutical and biotech fermentation, turbidity monitoring supports biomass (total living material) and cell density (number of cells per volume) measurements, where concentrations rise rapidly, and measurement stability matters more than absolute clarity. Chemical manufacturing often relies on turbidity to control crystallization (formation of solid structures), precipitation (settling of solids from liquid), and liquid-liquid phase separation (splitting immiscible liquids), where high solids loads and aggressive conditions demand robust sensor construction. In brewing and beverage production, clarity management and filtration control (removal of particles to clear liquids) require sensitivity at much lower turbidity levels to ensure consistent visual quality. Wastewater treatment adds another dimension, with wide measurement ranges and the need for reliable effluent monitoring (checking the quality of outgoing water) to demonstrate compliance.

Addressing these diverse requirements calls for a portfolio approach, and this is where Mettler Toledo has focused its turbidity measurement strategy. The company’s industrial turbidity sensors cover a wide range of applications by pairing appropriate optical technologies with process-ready mechanical design. For high-concentration applications, Mettler Toledo uses backscattered light measurement in its InPro 8050, InPro 8100, and InPro 8200 series sensors. Backscattered light excels in dense slurries and opaque fluids because it remains sensitive even when particles severely limit light transmission. These sensors can measure suspended solids concentrations up to 250 g/L, making them well-suited for fermentation biomass monitoring, crystallization control, and separation processes where traditional turbidity probes fail.

For low to medium turbidity, forward-scattered light measurement enables detection of subtle clarity changes. This is essential in brewing and beverage filtration, where appearance impacts brand perception. The InPro 8600i series delivers stable, repeatable low-turbidity measurements, enabling producers to optimize filtration cycles without sacrificing clarity or throughput. By matching measurement technology to process conditions, these sensors provide actionable data rather than noisy signals.

All sensors integrate with the M800 multi-parameter transmitter for signal processing, diagnostics, and communication. The M800 combines multiple parameters into one interface and supports automation, simplifying plant-wide control and improving operational visibility.

Distinct design features include Intelligent Sensor Management for predictive maintenance, CaliCap for faster, repeatable calibration, and hygienic, steam-sterilizable construction for pharmaceutical and biotech cleanliness. An unbroken optical surface resists fouling, ensuring reliable measurement integrity.

These capabilities make turbidity sensors more than clarity indicators. They enable Process Analytical Technology frameworks, letting real-time analytics drive control decisions. By boosting yield, reducing waste, and supporting automation, turbidity measurement improves efficiency and quality. Manufacturers needing tight control and consistency find long-term value in the right industrial turbidity sensors.

Happy Holidays from Alliance Technical Sales

 

How Customized Heating Solutions Prevent Winter Slowdowns Across the Entire Plant

Winter always reminds us of the vulnerability of industrial facilities, but most people think only of water lines and process piping when considering freeze protection. The truth is far broader. Tanks, chutes, drums, canisters, bins, and hoppers face the same cold exposure, and when they freeze—or even approach freezing—they jeopardize far more than a single process loop. These pieces of equipment often sit on the periphery of day-to-day attention, yet they hold materials that keep entire operations moving. When they seize up, production slows, product quality dips, and in some cases, the whole plant grinds to a halt. Cold weather doesn’t discriminate, and ignoring these assets during winter preparation comes with real operational risks.

Anyone who has battled a frozen tank or sluggish hopper flow knows the cascade of trouble that follows. Materials thicken or solidify against chilled surfaces. Flow rates drop, and operators compensate by adjusting valves, increasing agitation, or making last-minute recipe adjustments. These workarounds don’t just strain equipment; they introduce variability into the process, which manifests as inconsistent product quality. In bulk material handling, frozen residues cling to bin walls, creating bridging. Drums and canisters that store adhesives, coatings, food ingredients, or chemicals become difficult to dispense. Chutes clog at the worst possible moments, forcing shutdowns to clear blockages manually. Every hour lost ripples through production schedules, maintenance staffing, energy usage, and delivery commitments. A facility that usually runs smoothly can quickly slip into a pattern of reactive firefighting simply because specific equipment lacked freeze protection.

What makes this issue more complicated is that conventional heating solutions rarely fit the wide range of shapes and sizes involved. A cylindrical tank needs uniform heat distribution around its entire circumference, while an angled chute may require heat along one side or in specific cold-spot zones. Hoppers, with their conical geometry, need focused heating near the discharge area where material flow is most sensitive. A drum sitting on a pallet absorbs heat differently than a bin suspended above a mixing line. These aren’t minor variations; they fundamentally change how heat should be applied. Trying to wrap the same type of heater around all of them leads to uneven temperatures, wasted energy, and the kinds of hot spots that can damage both equipment and product. Freeze protection requires a tailored approach because each piece of equipment responds to temperature differently.

This is where companies specializing in custom heating solutions make a significant difference. BriskHeat stands out because they design heating products that actually conform to the equipment they protect. Their heaters wrap, fit, or attach in ways that follow the exact geometry of tanks, chutes, drums, bins, and hoppers, allowing the heat to spread evenly. They understand that a 400-gallon outdoor tank, a powder hopper inside a production hall, and a chemical drum in a loading area each present different challenges. Their engineers design solutions that match the surface area, temperature requirements, and operating environment, rather than forcing a generic heater to do a job it wasn’t built for.

What makes BriskHeat’s products effective is how naturally they maintain consistent temperatures without overcompensating. Their flexible heating elements distribute warmth evenly, so operators don’t have to contend with cold corners, overheated contact points, or wasted energy. The heaters install easily, conform to odd shapes, and operate reliably in demanding industrial environments. They deliver steady performance through long winter nights and unpredictable temperature swings. You don’t need to dig into electrical principles or insulation theory to appreciate the difference—when equipment runs smoothly, material flows consistently, and operators stop battling cold-related issues, the value becomes obvious.

Investing in proper freeze protection always pays off. Downtime is expensive, mainly when it occurs unexpectedly and affects multiple processes. Lost product, cleanup, maintenance labor, overtime, and missed deadlines stack up quickly. When equipment is maintained at the right temperature, materials behave predictably, processes remain stable, and operators can stay focused on running production rather than fighting the cold. The upfront effort to correctly heat tanks, chutes, drums, and other vulnerable equipment almost always costs less than a single unplanned outage. Winter is easier on facilities that prepare thoroughly, and that preparation shows up directly in operational efficiency.

Facility managers in Illinois, Indiana, Wisconsin, and Iowa have an advantage because they can work directly with Alliance Technical Sales for support and assistance. Alliance provides access to the complete BriskHeat product line, helping facilities choose, size, and apply the right heaters for their specific equipment. When winter arrives—and it always does—having the proper freeze protection in place ensures steady operations, uninterrupted material flow, and on-track production across the entire facility.