By Paweł Bęś, Logistics and Maintenance Marketing Expert, QRmaint Published September 24, 2026
Main Facts
In the high-stakes world of heating system manufacturing, assembly precision, stringent quality control, and uninterrupted process continuity are not just operational goals—they are the core pillars of market leadership. For KOSPEL, a premier European heating equipment manufacturer boasting over 35 years of industry experience, unexpected equipment downtime represents more than a temporary inconvenience; it translates directly into significant financial loss and potential delivery delays for customers relying on their comfort-ensuring solutions worldwide.
To protect its production lines and secure a lasting competitive advantage, KOSPEL initiated a sweeping digital transformation across its multi-plant operations. By deploying the cloud-based QRmaint Computerized Maintenance Management System (CMMS), the manufacturer successfully shifted its operational philosophy from traditional, reactive “firefighting” to highly structured, predictive, and automated scheduling.
The results of this digital overhaul have been transformative. Preventive maintenance activities have risen to 60% of total maintenance work—a massive leap from the original baseline of just 20%. Consequently, the share of unplanned breakdowns plummeted by 60 percentage points, drastically reducing downtime across sensitive welding and assembly lines. This case study explores the challenges KOSPEL faced, the strategic root causes of their operational bottlenecks, the implementation of QRmaint, and the long-term business implications of cultivating a data-driven manufacturing culture.
Chronology: The Journey to Digital Maturity
The Pre-Implementation Era: Fragmented Communication and Manual Bottlenecks
Before embracing digital transformation, KOSPEL’s maintenance department operated under conditions familiar to many traditional manufacturing environments. Despite producing state-of-the-art heating appliances, the plant’s internal maintenance workflows relied heavily on fragmented, analogue information flows.
Service requests, equipment quirks, and historical repair notes were frequently scattered across physical paper documents, sticky notes, and ad-hoc verbal communications between shift changes. Without a unified digital audit trail, maintenance engineers found it exceptionally difficult to track recurring mechanical issues, particularly along critical welding and assembly stations.
Furthermore, inspection scheduling was anchored to physical wall calendars, whiteboards, and the collective memory of seasoned technicians. Operating without automated runtime counters or systematic predictive triggers meant that equipment was often run until failure, making it nearly impossible to consistently maintain strict machine operating tolerances.
When leadership attempted to analyze core performance indicators—such as Mean Time Between Failures (MTBF) and Mean Time To Repair (MTTR)—the data had to be aggregated manually from disparate spreadsheets. By the time these performance reports reached the executive board, they offered purely historical, post-mortem insights rather than actionable, real-time intelligence.
The Turning Point: Choosing the QRmaint Cloud Platform
Recognizing that manual oversight could no longer support their growth ambitions across Europe and global markets, KOSPEL’s leadership sought an agile, scalable solution. The primary objective was to eliminate communication barriers, digitize multi-plant workflows, and empower shop-floor workers with mobile-first tools.
Following a rigorous evaluation process, the company partnered with QRmaint to deploy its cloud-based CMMS platform. The deployment was designed to integrate seamlessly into daily operations without disrupting active manufacturing schedules. The project focused on three core technological pillars: mobile accessibility via unique asset labeling, automated preventive scheduling, and real-time operational analytics.
Supporting Data: Core System Features and Metrics
The success of KOSPEL’s transformation hinges on specific technological features embedded within the QRmaint platform, which directly address the plant’s historical vulnerabilities.
1. Unique QR Code Asset Identification
Every critical machine, welding rig, and assembly station across KOSPEL’s facilities was labeled with a unique, weather- and wear-resistant QR code. By simply scanning a code using a standard mobile device or rugged tablet, floor technicians gain instant, on-the-spot access to:
Comprehensive service and maintenance histories.
Digital equipment manuals, schematics, and standard operating procedures (SOPs).
Rapid repair-logging interfaces that bypass paper forms entirely.
2. Automated Predictive and Preventive Scheduling
Moving away from physical calendars, the CMMS automatically generates maintenance schedules driven by actual equipment utilization. By tracking runtime counters and calendar intervals, the software prompts maintenance teams to perform servicing before wear-and-tear leads to catastrophic failure. This automation has allowed KOSPEL to smoothly transition the core of its maintenance strategy from reactive repairs to proactive care.
3. Real-Time Dashboards and KPI Tracking
Automated data streams continuously feed live performance metrics into centralized dashboards. Management no longer waits weeks for manual reports; instead, they view real-time performance charts, equipment availability status, and labor allocation metrics instantly. This transparency has streamlined accountability across all shifts and plants.
Official Responses and Leadership Insights
The cultural and operational shift experienced at KOSPEL is best summarized by the leaders who steered the project through its various phases.
Reflecting on the initial motivations behind the project, Thomas Szafransky, Maintenance Director at KOSPEL, noted:
“Everything was clear. 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.”
Once the system was fully deployed and operational data began validating the strategy, Szafransky emphasized the quantitative and qualitative leaps achieved:
“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.”
Echoing these sentiments, Paweł Bęś, Logistics and Maintenance Marketing Expert at QRmaint, highlighted the collaborative nature of the success:
“KOSPEL’s transition demonstrates what is possible when an established manufacturer embraces digital tools tailored to the practical needs of shop-floor workers. By replacing paper logs and isolated spreadsheets with a unified cloud platform, they have secured production continuity for their flagship heating devices and laid the groundwork for advanced capital expenditure planning.”
Implications: Business Impact and Future Outlook
The strategic deployment of QRmaint at KOSPEL carries profound implications for the company’s future operational trajectory, financial planning, and market positioning.
Enhanced CAPEX Budgeting and Decision-Making
By eliminating data silos, KOSPEL’s executive board now has access to precise, reliable asset failure data. Rather than relying on guesswork or historical averages, leadership can make highly informed decisions regarding capital expenditure (CAPEX) for upcoming fiscal years. Whether evaluating the ROI of purchasing a new automated welding cell or planning facility-wide modernizations, the data provided by the CMMS ensures that investments target genuine operational bottlenecks.
Securing Production Continuity and Market Reputation
In the heating equipment manufacturing sector, brand reputation is inextricably linked to product reliability and on-time delivery. Disruptions on the assembly line ripple outward, potentially delaying shipments to distributors and homeowners across Europe. By reducing unplanned breakdowns by 60 percentage points, KOSPEL has safeguarded its manufacturing throughput, ensuring that seasonal spikes in demand for heating solutions are met without friction.
Fostering a Data-Driven Work Culture
Beyond software and hardware, the greatest legacy of KOSPEL’s digital transformation is cultural. The workforce has transitioned from an environment of chaotic "firefighting" to one of methodical, data-driven problem solving. Frontline technicians are empowered with mobile tools that respect their time and expertise, while management benefits from unprecedented transparency.
Ultimately, the partnership between KOSPEL and QRmaint illustrates that operational excellence is no longer just about heavy machinery—it is about the intelligent digital infrastructure that keeps that machinery running at peak performance. For KOSPEL, this transformation has cemented a lasting competitive edge built on predictability, precision, and enduring quality.
