HighQA
High QA, a provider of quality management software solutions enabling manufacturing companies to efficiently create, manage, and monitor all quality requirements across manufactured parts, opened of an office in Richmond Hill, Ontario, Canada, to accommodate continued growth in Canada and leverage the area’s diverse manufacturing talent pool.
The High QA office in the metropolitan Toronto area will provide sales, training, implementation, support, and professional services as well as product development for its manufacturing quality management software (QMS) to Canadian aerospace, automotive, oil and energy, medical, and other manufacturing companies.
The company’s comprehensive manufacturing quality software enables the $174 billion Canadian manufacturing industry to substantially improve quality productivity and efficiency by 5-10 times.
Significant gains in quality are recognized from automating and optimizing quality management from the planning phase (2D and 3D), through in-process and final inspection, inspection data collection, real time SPC data collection, FAI, APQP/PPAP submission documentation packaging and supply chain management.
“The Canadian manufacturing industry has continued to grow year over year which has created the need for a local office,” says Sam Golan, High QA Founder and CEO. “The world is expanding for Canadian goods and our quality management software is not just opening new markets, it is changing the ways these goods are produced.”
Latest from EV Design & Manufacturing
- Festo Didactic to highlight advanced manufacturing training solutions at ACTE CareerTech VISION 2025
- Multilayer ceramic capacitor enters mass production
- How US electric vehicle battery manufacturers can stay nimble amid uncertainty
- Threading tools line expanded for safety critical applications
- #55 Lunch + Learn Podcast with KINEXON
- Coperion, HPB eye industrial-scale production of solid-state batteries
- Machine tool geared toward automotive structural components
- Modular electric drive concept reduces dependence on critical minerals