Euromatic is proud to introduce Epsilon 22, a next generation annealing furnace designed specifically for pharmaceutical glass containers.
This innovative system sets a new market benchmark, achieving up to 60% lower energy consumption while maintaining the same compact footprint as existing models.
Developed with a strong focus on process efficiency and sustainability, the new furnace dramatically reduces energy use without compromising thermal precision or product quality.
Its proprietary design and optimized heat management ensure uniform stress relief in glass containers, leading to enhanced dimensional stability, improved mechanical strength, and significant reductions in both operational costs and CO₂ emissions.
“Our mission has always been to deliver reliable, forward-thinking solutions for the pharmaceutical industry,”.
“This new annealing furnace represents not only a major technological step forward, but also a concrete commitment to minimizing our environmental footprint.”
Supporting ESG Objectives
The development of this furnace aligns closely with Environmental, Social, and Governance (ESG) principles, which increasingly guide decision-making across modern manufacturing:
- Environmental (E):
The system’s up to 60% energy reduction directly supports carbon-reduction targets and resource-efficiency goals, contributing to lower greenhouse gas emissions and improved sustainability performance.
By minimizing energy intensity per unit produced, the furnace helps glass manufacturers meet global ESG and decarbonization objectives in line with emerging sustainability reporting frameworks (e.g., CSRD, GRI). - Social (S):
More stable and efficient process control means fewer unplanned stoppages, greater process reliability, and safer operating conditions for plant personnel.
The user-friendly interface and automated monitoring system promote consistent, repeatable production — empowering teams to focus on quality and safety. - Governance (G):
Advanced Industry 4.0 connectivity ensures full traceability of process parameters and energy performance, reinforcing transparent reporting and compliance with internal sustainability and governance policies.
Reliable, measurable performance indicators simplify the integration of production data into corporate ESG metrics.
In short, this furnace is not only a technological upgrade but a strategic enabler for achieving ESG goals across the pharmaceutical glass value chain.
Key Features and Benefits
1. Up to 60% Energy Reduction
Advanced thermal insulation, optimized product density, and an intelligent transport system deliver up to 60% lower energy consumption compared to conventional designs — resulting in major cost savings and a significantly reduced carbon footprint.
2. Precision Temperature Control
Maintaining the structural integrity of pharmaceutical glass is critical.
The furnace ensures highly accurate thermal profiling for gradual, uniform annealing — delivering superior mechanical strength and stress-free glass.
3. Compact and Modular Design
Engineered with a minimal footprint and modular architecture, the furnace integrates seamlessly into existing production lines and can be easily scaled to match output requirements.
4. Full Compliance with Pharmaceutical Standards
Designed in accordance with GMP guidelines and international glass-processing standards, the furnace is ideal for manufacturing vials, cartridges, ampoules, and prefilled syringes.
5. Smart Control and Traceability
A PLC-based control system and intuitive HMI interface allow operators to monitor thermal profiles, optimize energy usage, and ensure full process traceability — fully aligned with Industry 4.0 and ESG reporting requirements.
With this innovation, Euromatic reinforces its role as a trusted partner for pharmaceutical glass manufacturers — supporting their transition toward sustainable, high-efficiency production technologies that align with corporate ESG commitments.
The system is available for demonstration and customization, with the first pilot installations already operating successfully at selected sites.
For further information or to request the technical brochure, please contact our sales and engineering teams.
