By Paweł Błaś, Logistics and Maintenance Marketing Expert, QRmaint Published: September 24, 2026
Main Facts
In the high-stakes sector of heating system manufacturing, market leadership is inextricably linked to two critical pillars: assembly precision and process continuity. Because modern industrial environments operate under tight tolerances and high output demands, unplanned equipment downtime inevitably translates to significant financial losses, delayed fulfillment cycles, and compromised customer satisfaction.
KOSPEL, a prominent European heating equipment manufacturer with over 35 years of industry experience, supplies high-performance solutions designed to bring reliable comfort to homes across Europe and worldwide. To protect its production continuity—particularly across complex welding and assembly lines—the company undertook a major operational pivot. By deploying the cloud-based QRmaint Computerized Maintenance Management System (CMMS), KOSPEL fundamentally transformed its operational methodology.
The initiative successfully shifted the organization away from reactive "firefighting" toward predictive, automated scheduling. Most notably, the enterprise achieved a dramatic transformation in maintenance performance: preventive maintenance now accounts for 60% of all maintenance activities, representing a 60-percentage-point reduction in reactive work relative to the original 20% baseline.
Chronology of Transformation: From Paper Logs to Predictive Maintenance
The Traditional Status Quo: A Fragmented Information Flow
Before the integration of a modern digital tool, KOSPEL’s maintenance department—like many traditional manufacturing operations—relied on a fragmented and largely manual information flow. This foundational inefficiency created invisible bottlenecks across multi-plant facilities:
Siloed Communication: Service requests, technical specifications, and maintenance logs were scattered across physical paper documents and informal verbal communications. The absence of a centralized digital trail made it exceptionally difficult to track, analyze, and root out recurring breakdowns on critical welding and assembly lines.
Analog Inspection Scheduling: Routine equipment inspections depended entirely on physical wall calendars and the individual memory of technicians. This analog approach made it exceedingly difficult to maintain strict machine operating tolerances, leaving production assets vulnerable to sudden, catastrophic failures.
Delayed Historical Reporting: Manually aggregating raw data to calculate critical reliability metrics—such as Mean Time Between Failures (MTBF) and Mean Time Repair (MTTR)—proved tedious and slow. Consequently, reports reached management weeks after events occurred, offering purely historical insights rather than actionable, real-time intelligence.
The Turning Point and Solution Deployment
Recognizing that intuitive fixes were no longer sufficient to maintain competitive advantage, Kospel’s leadership committed to establishing a robust digital foundation. The objective was clear: empower shop-floor teams to act swiftly and log data transparently, while equipping management with real-time analytics to intercept breakdowns before they occurred.
Deploying the QRmaint cloud platform eliminated communication silos and digitized core operational workflows across KOSPEL’s multi-plant manufacturing ecosystem, placing a heavy emphasis on mobile accessibility.
Core Features of the Implemented System
To achieve this operational turnaround, KOSPEL integrated several advanced capabilities native to the QRmaint CMMS ecosystem:
QR-Code Asset Tagging: Every individual machine and critical asset on the shop floor was labeled with a unique, scannable QR code. By scanning these codes using standard mobile devices, maintenance technicians gain instant, on-the-spot access to comprehensive service histories, equipment manuals, part specifications, and rapid repair-logging interfaces.
Automated Preventive Schedules: The platform eliminated manual wall calendars by automatically generating maintenance work orders based on actual machine operating hours (via runtime counters) or strict calendar intervals. This seamless automation facilitated an effortless transition from reactive maintenance to a structured preventive strategy.
Real-Time Dashboards and KPI Tracking: Automated data streams continuously synthesize shop-floor inputs into live performance charts and key performance indicators (KPIs). Management dashboards now provide instantaneous visibility into equipment status, technician workloads, and asset health across all facilities.
Supporting Data and Performance Analysis
The quantitative impact of the QRmaint implementation at KOSPEL highlights the profound value of data-driven industrial maintenance. By replacing outdated spreadsheets and paper logs with a unified cloud architecture, maintenance metrics underwent a systemic improvement.
Maintenance Metric
Prior to Implementation
Post-Implementation
Variance / Impact
Reactive Maintenance Share
80% of total workload
40% of total workload
-40 percentage points
Preventive Maintenance Share
20% of total workload
60% of total workload
+60 percentage points
Data Reporting Speed
Weeks (Manual aggregation)
Sub-second (Real-time)
Instantaneous visibility
Asset Predictability
Low (Intuition-based)
High (Data-driven)
Significantly enhanced MTBF
Official Responses and Leadership Insights
The success of the digital transformation at KOSPEL is anchored by clear executive vision and active buy-in from operational leadership.
Reflecting on the initial motivation 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."
Following the successful rollout and stabilization of the QRmaint platform, Szafransky elaborated on the measurable cultural and operational shifts observed across the facilities:
"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."
Implications for Manufacturing and Business Continuity
The deployment of a cloud-based CMMS extends far beyond the boundaries of the maintenance department, triggering wide-ranging implications for overall business performance and capital allocation:
Streamlined Capital Expenditures (CAPEX): With reliable, longitudinal asset failure data now readily available, KOSPEL’s executive board can make highly informed, evidence-based decisions regarding long-term facility modernizations, equipment upgrades, and strategic capital investments.
Empowered Shop-Floor Culture: By providing technicians with intuitive mobile applications and QR-code scanning capabilities, the organization successfully bridged the gap between shop-floor realities and executive strategy. Maintenance personnel spend less time managing paperwork and more time executing high-value reliability tasks.
Uncompromised Production Continuity: For a leading manufacturer of heating equipment, safeguarding assembly lines ensures that seasonal demand surges are met without interruption. Securing production continuity directly protects brand reputation and customer trust across international markets.
Conclusion
The partnership between KOSPEL and QRmaint demonstrates that industrial digital transformation yields profound operational results when software solutions align directly with the practical needs of shop-floor workers. By successfully digitizing legacy workflows, KOSPEL has insulated its flagship heating device production lines against unexpected downtime, cementing a lasting competitive edge grounded in a definitive, data-driven culture.
