Accuracy and precision, which form the basis of scientific studies in laboratory environments, are critical for analytical devices. As DEBYE TECHNIC, we prioritize quality at every step in our laboratory devices produced with advanced technology, striving to present it to our customers in the best way. For all the devices we produce, we follow international standards (ASTM-ISO, etc.), and we establish our production processes and post-production product tracking based on quality management systems (ISO 9000 series). With our ISO 9001 certified quality management processes, we meet international quality standards with an innovative perspective during design, research-development, and production stages.
As a result of detailed studies, we adopt the '8 Dimensions of Quality' approach, which is scientifically based, and share our work transparently with our valued business partners.
In this article, we will introduce our Calorimeter IC 210 within the framework of the 8 dimensions of quality.
The 8 Dimensions of Quality and Calorimeter IC 210
Performance: ‘Does the product meet the requirements?’ The Calorimeter IC 210 meets the requirements with high sensitivity and repeatability in calorific value analyses to determine the energy value of solid and liquid samples, demonstrating superior performance.
Reliability: ‘Does the product frequently break down?’
The Calorimeter IC 210 is designed as a result of in-depth research on known techniques and correct identification and analysis of industry problems. Thanks to the combination of current technologies with improved materials, it is free from all chronic faults. It is suitable for safe use under appropriate laboratory conditions, grounded electrical lines, and proper operation.
Durability: ‘Can the product be used for a long time?’
The Calorimeter IC 210 is equipped with high-quality materials and the latest technology. All electronic and mechanical components are selected from highly durable materials. Each part is produced with modern manufacturing technologies. Alternative production methods used support the rapid supply of spare parts and consumables. Thus, it can be used safely in the long term in research and industrial applications. Regular testing and maintenance of the device's most important and sensitive parts, such as the pressure vessels (decomposition vessel/bomb), can be applied in accordance with standards. This makes the Calorimeter IC 210 an ideal laboratory device for long-term use, always providing users with a functioning system.
Service: ‘Is the product easy to repair and maintain?’
The Calorimeter IC 210 is supported directly by the manufacturer's representative with a fault-focused service approach. This allows any potential errors or malfunctions to be resolved as quickly as possible. Intelligent fault diagnosis system and remote connection provide fast and targeted service. Additionally, enriched technical notes with visual content allow users to perform repairs without needing on-site service requests.
Features: ‘What does the product do?’
The Calorimeter IC 210 performs thermal value analyses of various materials such as coal, coke, biofuels, refused-derived fuels, liquid fuels, and explosives/pyrotechnics. By determining higher/lower calorific values, it contributes to the regulation of operating costs. It plays an active role in energy efficiency and characterization studies. An additional module that can be integrated into the system serves as a pre-combustion unit in determining the halogen content of various samples.
Perceived Quality: ‘How is the company's or product's recognition?’ Debye Technic is a global company that serves all customers with high expectations for high-level service and advanced technology products. With a customer satisfaction-focused service approach, it becomes a business partner with each user. The Calorimeter IC 210 plays an active role in the national and international industrial market. The product, which has patents and utility models, has attracted significant attention, leading to potential changes in standards after production. Scientific application notes, which offer alternatives to known usage techniques in various sectors, contribute to energy efficiency and cost control in industrial facilities, raising awareness within the enterprise.
Compatibility: ‘Is the product produced exactly as designed?’
Every step of the design and production of the Calorimeter IC 210 is periodically reported. All processes are monitored with a total quality management system, prioritizing quality. Each stage is completed with the relevant quality control unit's oversight, supported by statistical tools, and management team's observations. Thus, the design and final product always align, producing high-quality products.
Aesthetics: ‘How does the product look?’ The Calorimeter IC 210 is designed ergonomically by competent industrial designers and engineers, focusing on user experience and interaction. It creates an efficient and meticulous workspace in laboratories with desktop usage. The design and production processes of the Calorimeter IC 210 emphasize integrity. Planned designs are developed within the existing design framework, allowing for improvements.
The Calorimeter IC 210 meets internationally recognized quality management standards. Quality control and management processes are meticulously applied at every stage from design to production. Thus, the Calorimeter IC 210 meets industrial needs with reliability and precision, offering users a quality-focused laboratory experience.
You can review our Calorimeter IC 210 and other products on our website. For more detailed information about our work, you can visit our blog page and always contact us.
Comments