By Paweł Basiś, Logistics and Maintenance Marketing Expert, QRmaint Published: September 24, 2026
Main Facts
In the highly competitive landscape of heating system manufacturing, assembly precision, stringent quality control, and uninterrupted process continuity are the undisputed drivers of market leadership. For industry veterans, unplanned equipment downtime is more than a mere operational nuisance—it is a direct drain on profitability, threatening delivery schedules, customer satisfaction, and capital efficiency.
KOSPEL, a renowned European heating equipment manufacturer with over 35 years of industry experience, supplies advanced thermal comfort solutions to households across Europe and worldwide. Operating state-of-the-art multi-plant manufacturing facilities requires immense operational synchronization. Recently, KOSPEL achieved a monumental operational milestone by transitioning its maintenance strategy from reactive "firefighting" to predictive, automated scheduling.
By deploying the cloud-based QRmaint Computerized Maintenance Management System (CMMS), KOSPEL dramatically shifted its core maintenance metrics. Preventive maintenance now accounts for 60% of all maintenance activities—a massive leap from the original baseline of 20%. Concurrently, the share of reactive breakdowns plummeted by 60 percentage points, securing long-term production stability for flagship heating devices and cementing a data-driven competitive edge.
Chronology: The Journey from Fragmented Chaos to Digital Precision
To understand the magnitude of KOSPEL’s operational transformation, one must examine the state of its maintenance department prior to the digital overhaul.
Phase 1: The Pre-Digital Era – Fragmented Workflows
Before implementing a centralized digital tool, KOSPEL’s daily maintenance routine relied on a traditional, highly fragmented information flow.
Scattered Documentation: Service requests, machine blueprints, and technical repair details were scattered across paper-based work orders, disparate spreadsheets, and informal verbal communications between floor technicians and shift supervisors. Without a centralized digital audit trail, identifying recurring mechanical failures on critical welding and assembly lines proved exceptionally difficult.
Manual Inspection Scheduling: Inspection routines relied heavily on physical wall calendars, paper binders, and the individual memories of senior technicians. Maintaining strict machine operating tolerances under this manual system was prone to human error, frequently resulting in unexpected mechanical failures and sudden line stoppages.
Delayed Data Aggregation: Manually collecting and aggregating key performance indicators—such as Mean Time Between Failures (MTBF) and Mean Time To Repair (MTTR)—was a labor-intensive process. Reports routinely reached management weeks after the fact, offering purely historical insights rather than actionable, real-time intelligence.
Phase 2: The Turning Point – Recognizing the Need for a Digital Foundation
Recognizing that manual methods could no longer support the company’s ambitious growth and European-wide market reach, KOSPEL’s leadership sought an enterprise-grade digital solution.
“Everything was clear,” recalls Thomas Szafransky, Maintenance Director at KOSPEL. “We needed a digital foundation that would allow our floor teams to act quickly and log data transparently, while providing management with real-time analytics to prevent future breakdowns before they even occur.”
Phase 3: Deployment of QRmaint CMMS Across Multi-Plant Operations
KOSPEL selected the cloud-based QRmaint platform to break down communication silos and digitize maintenance processes across its multi-plant structure. The implementation strategy heavily emphasized mobile accessibility and user-friendly adoption on the shop floor.
Key infrastructural rollouts included:
QR Code Asset Tagging: Every critical asset, welding rig, and assembly line component was labeled with a unique QR code. Technicians could instantly scan these codes using mobile devices to access complete service histories, technical documentation, and rapid repair logging protocols.
Automated Preventive Schedules: The system replaced physical calendars by automatically generating maintenance schedules driven by machine operating hours (runtime counters) or fixed calendar intervals, facilitating a seamless transition to a proactive maintenance culture.
Real-Time Dashboards: Automated data streams began continuously generating live performance charts and key performance indicators (KPIs), delivering real-time equipment status dashboards directly to executive and plant management screens.
Supporting Data & Operational Metrics
The numerical proof of KOSPEL’s transformation underlines the power of modern CMMS platforms in heavy manufacturing. Prior to the QRmaint deployment, reactive maintenance dominated 80% of daily operations, leaving only 20% of engineering bandwidth for proactive, preventive care.
Following full system integration, those figures inverted dramatically:
Preventive-to-Reactive Ratio: Preventive maintenance activities climbed to 60%, representing a 40-percentage-point increase in proactive asset care.
Reduction in Reactive Work: Emergency breakdowns and unscheduled corrective repairs dropped by 60 percentage points relative to the historical baseline.
Asset Reliability: Measurable improvements in Mean Time Between Failures (MTBF) confirmed that systematic, scheduled interventions successfully intercepted wear-and-tear before catastrophic part degradation occurred.
Repair Velocity: Mean Time To Repair (MTTR) decreased significantly as technicians gained immediate mobile access to parts inventories, historical troubleshooting notes, and step-by-step repair guides via QR-code scanning.
Official Responses & Expert Insights
The collaboration between KOSPEL and QRmaint has garnered substantial attention within the European manufacturing and maintenance sectors.
Reflecting on the cultural and operational shifts within the plant, Thomas Szafransky, Maintenance Director, shared his perspective on the transition from intuition to hard analytics:
"The increase in mean time between failures and the decrease in repair times directly prove that systematic, automated, preventive maintenance simply works. QRmaint gave us the tool to turn intuition into hard data. Today, preventive actions account for 60% compared to reactive ones—a massive leap from 20% before implementation. QRmaint provides us with far greater operational predictability."
Supporting this industry case study, Paweł Basiś, Logistics and Maintenance Marketing Expert at QRmaint, notes that KOSPEL’s success exemplifies a broader trend across high-tech engineering and manufacturing sectors in EMEA:
"In production environments where every minute of downtime threatens supply chain integrity, moving from reactive firefighting to predictive orchestration is non-negotiable. KOSPEL’s journey proves that when shop-floor workers are equipped with intuitive mobile tools, the entire organization benefits from unprecedented operational transparency."
Business Implications & Long-Term Outlook
The operational pivot achieved at KOSPEL extends far beyond the boundaries of the maintenance workshop. By eliminating paper logs and legacy Excel spreadsheets, the manufacturer unlocked profound strategic advantages:
1. Instantaneous Information Flow
Shop-floor events now register in management dashboards in a fraction of a second. Maintenance supervisors no longer chase down paperwork; instead, they monitor live equipment feeds that highlight potential bottlenecks before they escalate into production halts.
2. Precision CAPEX Budgeting
Reliable, historical asset-failure data allows KOSPEL’s executive board to make exceptionally sound financial decisions regarding capital expenditure (CAPEX). Future investments in machinery modernizations, production line expansions, and technology upgrades are now backed by empirical reliability data rather than estimation.
3. Securing Production Continuity for Flagship Devices
As a trusted provider of residential and commercial heating systems, maintaining strict production output is vital to meeting seasonal market demand across Europe. The QRmaint deployment has safeguarded production lines against unexpected seasonal bottlenecks, ensuring that KOSPEL’s supply chain remains robust and reliable year-round.
Conclusion
The successful partnership between KOSPEL and QRmaint demonstrates that digital transformation delivers tangible, measurable results when software design aligns perfectly with the practical needs of industrial workers. By digitizing their maintenance workflows, KOSPEL has secured production continuity, eliminated wasteful reactive firefighting, and built a lasting competitive edge grounded firmly in a data-driven corporate culture.
About the Author
Paweł Basiś is a Logistics and Maintenance Marketing Expert for QRmaint. He is a B2B marketer with 8 years of experience in the logistics industry in the Netherlands. His work has included business analysis of distribution and supply chain operations for high-tech companies across EMEA and APAC, directing, coordinating, planning, and supervising transportation tasks and internal operations. Today, he leads marketing initiatives at QRmaint, helping industrial enterprises optimize maintenance operations through advanced CMMS software.
