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- systron Delivers 97% Uptime and Real Return on Investment
In every corner of glass fabrication, the rules never change. You are judged on accuracy, quality, and throughput; your bottlenecks determine your margins; your edge work determines your remake rate. And the smallest details, from holes to notches to coating protection, decide whether customers stay loyal or start shopping around. This is where systron has earned its standing. systron's machines do not get attention because they are loud or flashy - they get attention because they quietly remove the hidden losses that drain money from a fabrication shop every single day. Most shops are not crippled by one major failure. They are drained by the slow drip of small inefficiencies: a notch that chips at the wrong moment, a hole that is off by a millimeter, a tolerance that shifts and ruins an entire sequence, a coated sheet that gets damaged, a stack of remakes sitting quietly in the corner, operators standing still because the machine needs babysitting, a workflow that demands far more hands and far more time than it should. systron was built to eliminate these costs . systron's engineering philosophy is rooted in one principle: Make processing faster - Make it cleaner - Make it predictable - Then build the machine around that idea. The proHD and proMD embody this mindset: CNC and waterjet together in one system, built for shapes, contours, and interior details with precision that treats coated glass the way it deserves to be treated. The proMD brings edge processing, milling, and drilling together in a smooth, balanced platform, with the option for waterjet when required. The pro CNC Edge Center is focused entirely on repeatable accuracy, which is the foundation of remake reduction. The esX seaming and grinding machine creates a steady rhythm that keeps volume moving. The WM washing and drying station is designed specifically for coated and high-performance glass. systron also designs for motion: portal loaders, robotic handling, automated sorting, and intelligent storage systems turn isolated machines into a coordinated production flow. The moment you watch it run, you understand the difference. And then comes the number that changes the financial picture. A verified uptime of 97%. In glass fabrication, that is an extraordinary achievement. High uptime stabilizes shifts, reduces labor waste, eliminates weekend catch-up runs, and keeps schedules from collapsing. Basically, it increases the value of every hour the plant is open. This is where real return on investment lives. Here is the bottom line: systron represents what modern fabrication requires - CNC accuracy Waterjet flexibility Intelligent automation Coating-safe processing Long-term reliability And uptime that changes the economics of the shop floor When these elements come together, the result is fewer remakes, faster jobs, calmer shifts, and higher margins per hour. IGE Glass Technologies is the exclusive North American Distributor for systron GmbH. Sales Agents Sell Equipment. We Deliver Outcomes. Call IGE today at 800.919.7181 or visit us at www.IGEsolutions.com to see how we engineer performance.
- 2025 Year End Review
PDF FLIPBOOK VERSION AVAILABLE HERE https://www.flipbook.igesolutions.com/2025-year-end-review
- From Defining Glass Automation to Understanding Its Return: IGE’s Perspective on the Evolution from GPAD to GFAB
WHERE THE CONVERSATION STARTED Before glass automation became a marketing term, it was a practical necessity. In the early days of modern glass fabrication, plants were defined by manual handling, disconnected processes, and risk that was simply accepted as part of the job. Performance depended heavily on people rather than systems. Safety was often reactive. Capital decisions were driven by immediate needs rather than long-term flow. That reality helped give rise to Glass Processing Automation Days (GPAD), a forum where the industry could begin asking better questions about automation. It was never about simply selling equipment; it was about asking questions the industry hadn’t yet learned to ask, such as ‘How do we reduce manual handling?’, ‘How do we design safety into the process instead of enforcing it afterward?’, ‘How do we eliminate unnecessary steps, touches, and transfers?’ From the earliest GPAD meetings, IGE was an active participant and sponsor, contributing experience and perspective as the industry worked to understand what glass automation could—and should—be, and approached these questions as systems problems, not machine problems. “From the very early GPAD days, IGE stood out,” recalls Ron Crowl, long-time Fenetech / Cyncly executive and strategic advisor, “Their focus was about glass automation and how it changed safety, flow, and performance across an entire glass plant.” During the GPAD era, IGE helped introduce and demonstrate concepts that were well ahead of their time: - Automated heavy-glass preprocessing to remove people from dangerous handling steps - Full-convection tempering with low-emissivity glass - Step-reduction workflows that eliminated wasted motion and unnecessary transfers - Clean-processing philosophies such as no fingerprints on the glass - Early vacuum-insulated glass automation, including the first VIG units shown publicly These were not demonstrations for attention; they were practical responses to real factory problems. Horst Mertes, Cyncly’s VP Sales of EMEA and Strategic Deals, also shares his memories of IGE’s role in the early days, “They weren’t chasing trends—they were shaping the conversation. IGE’s participation at GFAB today reflects that shift—from defining automation to helping fabricators understand where automation actually pays back.” FROM GPAD TO GFAB: RECOGNIZING THE KEY PLAYERS As the glass industry matured, so did the forum that supports it. The evolution from GPAD to GFAB reflects the industry’s growing understanding that automation cannot be evaluated in isolation — it must be considered within the full context of fabrication, operations, and economics. In IGE’s opinion, the parties that started this conversation almost 2 decades ago to today’s advancement by the National Glass Association (NGA) deserve significant credit for developing and evolving what began as GPAD into GFAB. Through that evolution, the NGA expanded the conversation to address the real challenges fabricators face today: labor availability, safety expectations, energy costs, space constraints, capital planning, and long-term competitiveness. “I’ve always admired the way GPAD’s Founders, Ron Crowl and Horst Mertes, thought beyond the moment,” says Michael Spellman, Founder and CEO of IGE Glass Technologies. “They saw early that glass fabrication needed its own space, separate from architect-driven or construction-centric meetings, to talk honestly about automation, safety, and how factories actually run. Thankfully, the NGA understands the importance of these face-to-face conversations between fabricators and those that help to provide solutions to their pain points, and they are carrying this mission forward.” GFAB has become an important industry forum because it reflects where fabricators are now — not where they were years ago. WHY IGE CHOSE TO STEP IN AS A GFAB PLATINUM SPONSOR IGE’s decision to become a GFAB Platinum Sponsor for 2026 reflects that same evolution. The industry has had time to catch up to many of the early automation concepts discussed during the GPAD era. Today, the more difficult—and more important—questions are economic ones: - Where does automation actually deliver return on investment? - Which steps deserve capital—and which do not? - How does automation affect labor, safety, and uptime over five or ten years? - How much factory space does a decision truly consume? - How do we improve flow from cutting to trucking, not just individual processes? As IGE looks forward to next June’s event in Chicago, Michael Spellman is enthusiastic about IGE’s role at GFAB, “That forward-thinking approach is what excited IGE about GPAD from the start, and it’s why we’re now putting that same excitement and backing behind GFAB. The industry has caught up to those early ideas, and GFAB is exactly the kind of forum the fabricator needs today.” FROM CUTTING TO TRUCKING. FASTER. BETTER. SAFER. MORE PROFITABLE. Automation delivers value only when it works as a system. From cutting to trucking, every unnecessary step adds cost, risk, and time. Since 1978, IGE’s fabrication expertise and ROI-driven solutions focus on reducing steps, reducing touches, and improving flow so operations become: - Faster through stability, not chaos - Better through repeatability - Safer through design - More profitable to the fabricator’s bottom line with the right solution This is how automation earns its place economically. IGE was part of those early conversations that helped define glass automation, and continues to lead those conversations today. As a GFAB Platinum Sponsor, IGE is proud to contribute experience and perspective to an industry conversation that has evolved—one now focused on return on investment, safety, and system-level fabrication from cutting to trucking. We invite you to visit us at www.IGEsolutions.com or call us today 800.919.7181 to get started on your ROI-driven solutions.
- Stop Lifting Glass. Start Driving Profit.
The ATIS Manipulator Pays for Itself in Months. Turns 3 Operators into 1 Driver. Every glass shop has that one lift station everyone avoids. Three people to move one sheet. Two aching backs and one torn shoulder later, and your “manual” process has just cost more than the manipulator that would’ve prevented it. Every day you lift by hand, you’re paying an invisible labor tax — time, fatigue, and lost production. The Shift: From Lifting to Driving Meet the IGE + ATIS Pneumatic Manipulator — built in Italy, supported by IGE Glass Technologies. Pure air. Pure control. The first time your operator grips the handles, it feels like sitting behind the wheel for the first time — awkward for five minutes, then fun. You’re not lifting anymore. You’re driving. How It Drives ROI Before ATIS After ATIS 2–3 operators per lift 1 operator 1–2 hours lost crane time/day 0 — main crane freed 1 injury/year risk 0 recordables in 3 years avg ROI > 12 months ROI < 6 months Labor Saved: ≈ $145 K / yr Injury Costs Avoided: ≈ $100 K+ That’s nearly $245K swing in 12 months. Engineering the Edge • Weightless Handling — pneumatic balance makes 400 lb glass feel weightless • Tilt 90° / Rotate 180°–360° — perfect for moving between vertical & horizontal • LockSafe Grip™ — auto-lock suction stays secure even if air drops • FloatRail Install™ — ceiling rail or mobile base keeps main crane free • Full Freedom Motion™ — multi-axis tilt + rotation in one fluid move.The manipulator acts like a workbench in the air — letting your operator inspect, clean, or prep the glass while it floats weightlessly. Safety = Cost Control One injury costs more than the machine. Add that to faster throughput, freed cranes, and happier operators — and you’re not buying equipment; you’re buying capacity. It's time to STOP lifting glass, and START driving profit. Please contact IGE at info@igesolutions.com or call us at 800.919.7181 to learn more about this ROI driven solution, exclusively distributed in North America through IGE Glass Technologies. Watch your ROI in action here.
- The Third Revolution — The Story of a Dream That Wouldn't Die
The wait is over. The third revolution in glass has begun — and this time, it’s being written in North America. For nearly two decades, this dream seemed impossible. Flights that blurred into years. Meetings that ended in maybes. Engineers who refused to give up. Partners who believed when the world didn’t. There were moments of breakthrough, moments of heartbreak, and moments that tested everything we had. But we kept going — because we believed that one day, the revolution in glass would come home. That day has arrived. VIG Technologies, LLC — sister company to IGE Glass Technologies, Inc. — is proud to announce a strategic partnership among Vitro Architectural Glass and LandGlass Technology to bring LandVac® Vacuum Insulating Glass manufacturing to North America under a long-term collaboration agreement. Three revolutions. Three eras. One relentless pursuit. 1️⃣ The first came in 1960, when Sir Alastair Pilkington’s float glass process transformed manufacturing forever. 2️⃣ The second arrived in the early 1980s, when low-emissivity (low-E) coatings redefined performance and efficiency. 3️⃣ And now, the third revolution begins — Vacuum Insulating Glass (VIG), delivering R‑20 insulation and up to 40% lower building energy use, soon to be manufactured on this continent. The partnership that made it possible. This revolution stands on the shoulders of extraordinary people. Ricardo Maiz, President of Vitro Architectural Glass, whose vision and collaboration turned years of ambition into reality; The LandGlass team, whose innovation made the impossible achievable; and the VIG & IGE family — Manny Borda, Jennifer Song, Jeff Spicer, Raul Hernandez — who stood shoulder-to-shoulder through every challenge, every doubt, and every flight since we began this pursuit in 2008. The story of a dream that wouldn’t die. From Luoyang to North America, this is more than technology. It’s perseverance made tangible. It’s proof that belief, hard work, and integrity can outlast every obstacle. Vitro will be manufacturing LandVac® Vacuum Insulating Glass right here in North America — the culmination of two decades of persistence and partnership. This is not the end of a journey. It’s the start of a legacy. — Michael & Carolyn Spellman IGE Glass Technologies | VIG Technologies
- The Search For Clarity: Because in Glass Fabrication, What You Miss Can Cost You Dearly... and What You Detect Can Pay You Back Every Shift
Why did IGE choose DELTAMAX for our Glass Inspection System solution? Because in glass fabrication, what you miss can cost you dearly... and what you detect can pay you back every shift. Every fabricator has had that gut-punch moment. The glass looked perfect when it left the line... crystal clear, flawless, ready for the truck. Then comes the call — “Hey... there’s something wrong in this shipment you delivered today.” And you just stand there for a second, staring at your phone, doing the math in your head... callbacks, rework, reputation... Ouch! Every square foot of float glass hides tiny stories... microscopic scratches, bubbles, inclusions... etc. They’re small enough to miss, big enough to cost you real money. That’s why the importance of glass inspection isn’t just about the quality — however extremely important... it’s also about profitability... $$$$. The Search for Clarity When we began looking for the right inspection system, we cast a wide net — Europe, Asia, North America. Everyone promised high-tech optics, smart software, and “AI.” But somewhere between the marketing slides and the buzzwords, we kept asking the same question: “Can it actually protect profit?” That’s what led us to DELTAMAX Automazione of Italy. From the first conversation, it was clear: these people understand glass, they understand production, and they understand business. Why DELTAMAX Stood Out What made DELTAMAX different wasn’t flash — it was function. It finds the flaws others miss, the subtle defects that quietly eat your yield and profit margins. It speaks the operator’s language instead of the programmer’s. It gives you clear answers, not cryptic data. The platform fits anywhere — from vertical and horizontal IGU lines to cutting, tempering, and laminated glass — and it scales as you grow. Buy what you need today, add to it tomorrow, and keep the same familiar system. Simple. Smart. And it’s built for the real world. Clean wiring. Thoughtful access panels. Straightforward calibration. You can tell the people who designed it have actually stood on a plant floor — not just in a trade-show booth. But maybe what impressed us the most wasn’t just the machinery at all... it was the people . The DELTAMAX team is extremely responsive to IGE and our team. They’re very professional and refreshingly passionate. See Us at GlassBuild 2025 in Orlando We’re excited to bring DELTAMAX technology — and the team behind it — to the IGE world. At GlassBuild Orlando, the DELTAMAX leadership team will be joining us in the IGE booth #21113 for live demos, product previews, and straight-talk ROI discussions. Stop by, meet the team, and see how the right inspection system protects your profit... your product... and your reputation. From Cutting to Trucking... Faster. Better. Safer. More Profitably. Because in the end, clear vision isn’t just about the glass... it’s about the bottom line. DELTAMAX FLAT GLASS QUALITY CONTROL SOLUTIONS
- From Cutting to Trucking — How Fabricators Turn Flow Into Profit
As you walk through a busy glass plant, you can hear the rhythm of money moving. The sound of broken glass, to me, is the sound of lost money. The sound of grinding glass is the sound of making money. Remember — when raw glass comes in, your money goes out. And it’s only when your finished, fabricated glass goes out that you see money come back in — hopefully with a healthy margin attached. The faster and smoother that journey is, the stronger your bottom line becomes. Every glass fabricator must continually invest in glass fabrication equipment. Period. But the real winners aren’t just the ones who buy the most innovative and automated equipment — they’re also the ones who keep the entire flow running with the fewest interruptions. Downtime, even a few hours, can quietly erase hard-earned profit margins. That’s why uptime has become the truest measure of ROI. Too many purchase decisions stop at the machine’s spec sheet. The real test comes six months later — when a motor fails, a part wears out, or production schedules start to slip. That’s when “after-sales service” stops being a line in a brochure and becomes a lifeline for your profit. In North America, the gap is huge. A missing part can ground a profit-generating machine for days, costing possibly up to tens of thousands of dollars lost in throughput. The companies that thrive long-term are the ones that treat service and spare parts as profit protection — not as an afterthought. The fabricators who survive and grow are usually those who build with partners who see the full picture — not just the next sale. At IGE, that philosophy runs through everything we do. We’ve stayed family-owned, and we work only with family-owned manufacturers. Each of our fifteen partners focuses on one product category — cutting, edging, drilling, tempering, water treatment, vision systems, and so on — so accountability is clear and expertise runs deep. It’s a model built on long-term loyalty, not one-time transactions. Every hour your line runs, your ROI grows. That’s why our customers measure success not only in machines installed, but in hours saved, shifts uninterrupted, and parts shipped overnight. Because in glass fabrication, profit isn’t made in the showroom — it’s made every minute the line keeps moving. If you’re rethinking your next investment, start by asking one question: How will this decision protect my uptime? Everything else flows from there.
- New Machines Are Serious Investments. But Don't Overlook the Diamond & Polishing Tooling that Drives Them
When fabricators talk about investments, the conversation almost always starts with machines — a new CNC, a vertical polisher, a tempering line. And rightly so: these are major capital decisions. But there’s a quieter investment that often goes unnoticed: diamond and polishing tooling. If you’ve ever had a production line sitting idle because of premature wheel wear, or if you’ve seen quality drop off after too few meters, you know that tooling isn’t just a consumable — it’s the heartbeat of your operation. Why IGE’s Elite Series Exists IGE's Elite Tooling Series The IGE Elite Series is the foundation. It has a vast library — essentially every drawing, for every wheel, for every glass machine ever built. That depth matters. Whatever machine you’re running, there’s an IGE Elite wheel that fits. IGE’s Elite wheels are European-made by companies that are often a century old, with generations of craft behind them. Fabricators return to IGE’s Elite because of its consistency, its proven ability to last longer, and its ability to deliver an absolute top-quality polish. Why IGE’s MiniMax Series Exists IGE's MiniMax Series The IGE MiniMax Series takes a different path. Instead of covering everything, it focuses on specific areas of diamond and polishing tooling where it can truly excel. In those categories, it’s revolutionary — even game-changing — offering speeds and lifetime no one ever believed possible and lowering cost per meter in ways that improve efficiency without compromise. Together: Options That Fit Your Operation Some plants need the breadth and reliability of IGE’s Elite. Others benefit from the focus and innovation of IGE’s MiniMax. And often, the smartest approach is a mix of both. That’s where IGE’s experts step in — helping you evaluate your machines, your workflow, and your goals to choose the right tooling strategy for your operation. The Bigger Picture At IGE, we’ve always believed that glass fabrication is a game of margins. Shaving minutes off downtime, extending the life of a wheel, or improving edge quality — these things add up. Over the course of a year, they can be the difference between simply keeping the lights on and reaching your profit targets. So yes, new machines are serious investments. But the diamond and polishing tooling you choose every week are part of that same story. Treat it as an expense, and you’ll get expense-level results. Treat it as an investment, and it pays you back every shift. visit www.IGEsolutions.com for more tooling information
- Clean Water. Clean Glass. Clean Profit.
Every glass fabricator knows the pain of dirty water. Sludge builds up in grinding, polishing, drilling, and milling lines. It destroys diamond wheels, scratches glass, clogs pumps, and forces operators into costly downtime. That sludge isn’t just dirt in your water: It’s money slipping away. Why Leading Fabricators Trust Vitrosep & IGE The best fabricators don’t gamble on water. They invest in Vitrosep, the global leader in glass filtration — and they do it because it pays back fast. Results in Dollars and Sense: Fully automatic — set it and forget it. Your operators stop babysitting sludge and start making glass. Maintenance in minutes, not hours or days. Every hour of downtime avoided is money in your pocket. Close to zero fresh-water consumption. Cut your utility bill and forget water restrictions. Proven to exceed 20%+ longer diamond wheel life. If your tooling budget is $200K, that’s $40K back in your pocket every year. More than 20% faster processing. More throughput = more orders shipped = more revenue. Nearly 20% lower spindle energy use. Lower power bills, lower cost per lite. Who would ever think that a capital purchase in water processing could actually become a profit-making system? But that’s exactly what Vitrosep is — for many plants, it has become one of the most important profit centers in the building. The Final Word Your competitors are throwing money down the drain — literally. Why should you? 👉 Let one of IGE’s veteran professionals take you to see Vitrosep in action. Run the numbers. Talk to the plant managers and owners who are already pocketing the ROI. Or, if you prefer, we’ll send you official reports and testimonials. Don’t buy “equipment.” Buy profit. Contact IGE today. Clean water. Clean glass. Clean Profit. 800-919-7181 info@igesolutions.com
- Buy New or Retrofit? The Decision Process for Tempering Furnaces
Buy New or Retrofit? With today’s high interest rates, a 55% tariff on Chinese tempering systems, fluctuating tariffs on European systems, the mass confusion on imports and the potential for a big "surprise" when it hits the US border, supply chain delays...the cost of buying new furnaces has never been higher. That’s why more fabricators are asking the right question: Does it make more sense to buy a new furnace, or retrofit the one that I have? What Refurbishing Really Means Blowers & Fans: This is where ROI starts. Replacing outdated steel impellers with carbon-fiber fans makes furnaces quieter, cooler, and more efficient. They cut energy costs, improve airflow for Low-E and high-stress glass, and eliminate the risk of catastrophic failure. For many customers, this single step pays back in months. Convection Upgrades: Add top-convection systems so older furnaces can reliably run today’s standard Low-E glass. Control Modernization: Install PID temperature control with remote diagnostics and matrix heating modules for tighter curves, reduced scrap, and lower energy bills. High-Stress Capability: Upgrade quench and chiller beds to enable high-stress glass production that older furnaces could never achieve. Mechanical Systems: Overhaul blowers, burners, combustion systems, rollers, bearings, drive systems, conveyors, insulation, coil ceramics, and roller blocks — restoring strength and extending furnace life. The ROI That Matters A new furnace can cost well over a million dollars and take several months or possibly a year or more to arrive, set up, and train on. A furnace retrofit, by contrast, can be completed in just weeks, at a fraction of the cost - earning dollars quickly - while delivering: New product capability (Low-E, high-stress), Energy savings with PID controls, matrix heating, and carbon-fiber fans - Extended lifespan of your existing furnace - Immediate uptime protection. In order to address these concerns, IGE has built a team of more than 20 veteran furnace technicians - with backgrounds from LandGlass, NorthGlass, and leading European builders - who are refurbishing furnaces across the USA and Canada right now, saving fabricators hundreds of thousands of dollars: Welcome to the world of IGE's "Furnace Force." At IGE, we also supply some of the most advanced new tempering equipment in the industry - the highest technical quality and innovations from our world-class partners. But our priority is your bottom line. That’s why we ask fabricators to rethink retrofit before signing a million-dollar+ check. IGE's Furnace Force doesn’t just fix equipment — we protect profits. So before you buy new, do the math. Retrofits often pay for the mselves in months, not years.
- The ROI Everyone Misses: "Downtime" is the Most Expensive Line Item — So Why Isn’t It in the ROI Model?
In today’s fast-moving, financially-driven glass industry, return on investment (ROI) is the guiding light. Rightly so — whether you’re a fabricator owner, plant manager, or financial sponsor, you want to be confident that every capital expense delivers measurable value. Most ROI models do a solid job estimating the basics: equipment purchase cost, installation and training, energy efficiency, labor reduction, maintenance savings over time; BUT THERE’S ONE FACTOR THAT RARELY MAKES IT ONTO THE SPREADSHEET - EVEN THOUGH IT’S OFTEN THE MOST EXPENSIVE: Downtime. Downtime isn't just lost production; it’s missed deadlines, idle employees, overtime catch-up, emergency repairs, rework, and sometimes, strained customer relationships. DOWNTIME DOESN’T SHOW UP IN YOUR BUDGET... UNTIL IT DOES. AND WHEN IT DOES, IT’S MASSIVE. Let’s put real numbers to it: IMAGINE ANY OF YOUR MAJOR MACHINES DOWN FOR THREE DAYS OR MORE. $15,000–$30,000 in missed output, dozens of man-hours in recovery, rush charges, lost time, and lost trust. If your ROI model didn’t account for that risk, you’re not seeing the full picture. The IGE Difference At IGE, we’ve developed our equipment, in partnership with our manufacturers, specifically to maximize uptime. In fact, we believe we offer the highest uptime of any distributor or manufacturer of fabrication equipment in the industry. And it’s not just the machines, it’s the full ecosystem: ✅ Real-world service expertise ✅ Millions of dollars in spare parts stocked at our headquarters in Jupiter, Florida ✅ Factory-trained technicians who know the glass industry inside and out Let’s start with one example: the JRS “ONE” Drilling and Milling System. Yes, it’s faster. Yes, it’s fully automated. Yes, it delivers high throughput and precision. BUT ABOVE ALL, IT RUNS. AND RUNS. AND RUNS. With uptime consistently above 95%, the JRS “ONE” delivers what financial models often fail to capture: THE REAL COST OF DOWNTIME AVOIDED. Future CLEAR CUT blogs will focus on other IGE systems, but for now, JRS sets the golden standard. A Better ROI Model We’re not here to criticize the spreadsheet - we’re here to improve it. The smartest buyers today are expanding their ROI lens to include: ✅ Prevented downtime ✅ Output reliability ✅ Long-term serviceability ✅ Technician availability ✅ Operator adoption & training curve When those factors are considered, the true leaders stand out. So yes, ROI matters. But only if it’s real. At IGE, we’ve run glass plants. We’ve lived the missed shipments. We’ve chased the parts. That’s why we believe uptime deserves a place in every investment discussion. THAT’S WHY JRS BELONGS TO THE IGE FAMILY OF VALUED MANUFACTURERS. Clear Cut. Thoughtfully Engineered. Reliably Profitable.
- Do the Math: The ROI of Frameless Shower Door Production with the JRS "ONE"
In our first CLEAR CUT blog, we made it clear that IGE is a family-owned legacy distribution company, representing — exclusively in North America — 15 family-owned glass machine manufacturers. Each of these companies focuses on producing only one type of product used in glass fabrication. The result is that IGE is a true single-source supplier, bringing the best manufacturers in the world together without conflict. But as a fabricator, you know this simple truth: when raw glass comes in, your money goes out. When fabricated glass goes out, your profit comes in. That’s why results matter — measurable results in production, efficiency, and profit. And that’s where IGE’s featured October machine comes in: the JRS "ONE". Prices vary from fabricator to fabricator, depending on location and various other business factors, but for sample purposes, let’s focus strictly on the cost of finished holes and notches: $80 per frameless shower door (2 finished holes + 2 finished notches). Now do the math: 1. $80 × 20 doors/hour = $1,600/hour 2. $1,600/hour × 10 hours/day = $16,000/day 3. $16,000/day × 240 days/year = $3,840,000 annual revenue potential That’s what the JRS ONE makes possible. And remember: these figures are based on a conservative 3 minutes per door. In reality, the JRS ONE runs closer to 2 minutes,15 seconds or less per door when paired with IGE’s MiniMaxi tooling solutions, driving throughput and ROI even higher. Here’s another perspective: the JRS ONE only requires an approximate 400 square feet of factory floor space — compared to, in some cases, double that footprint for vertical solutions. That’s a remarkably small footprint for a machine that generates this level of productivity and value. 👉 Pull out your phone, open your calculator, and run the numbers with your own pricing. That’s the beauty of this machine: it doesn’t just look good on paper, it delivers in your plant — every day, every shift, every year. At IGE, we’ll help you see exactly how the JRS ONE pays back in your operation. Because business is about people — and it’s also about profit. 👉 "See Your Payback Now"— and when you’re ready, we’ll send you a proposal tailored to your plant. Contact IGE at 800-919-7181 or www.IGEsolutions.com . We'd love to do that ROI Exercise with you.
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