Flexible and Reliable Service
Embedding electronics is a proven process of incorporating flexibility without compromise.
This flexibility is embedded throughout every aspect of the GSPK Design’s ISO 9001:2015 accredited product development and manufacturing process.
We are also proud of our ISO/IEC 80079-34:2020 for the manufacture of equipment and protective systems used in explosive atmospheres. We have also been approved for the prestigious ISO 13485:2016 accreditation for the design and manufacture of devices for medical use.
Quality and customer satisfaction are extremely important to us.
We were delighted that currently 98% of our clients (This data is taken from our custom in house quality management system) said that GSPK Design either met or exceeded their expectations. Rating GSPK Design as very good or good for overall customer service, and excellent for technical support and advice. It’s this customer service that we pride ourselves in, ensuring that we deliver reliable and flexible services on time and within budget.
Company Quality Policy
GSPK Design Ltd aim to be a leading design and manufacturing company with a reputation for offering a flexible service delivering reliable, high-value electronic instrumentation, measurement and control products, systems and sub-systems for industrial and medical applications.
We are committed to ensuring that we remain a profitable operation and sustain growth, to support our customer’s long-term requirements by supplying their needs, on-time and to a standard that exceeds their expectations.
We aim to provide a happy, healthy and constructive working environment, and ensure that resources are available and utilised effectively at all times.
We aim to create long-term relationships with our customers and strive to increase our levels of customer satisfaction by continually improving our market knowledge and our internal capabilities.
We comply with the requirements of ISO 9001:2015, ISO/IEC 80079-34:2020, and ISO 13485:2016, and endeavour to improve our quality management systems through continual measurement, monitoring, control and setting of objectives.