Advanced Applications Blow Molding Specialist

Job Description

Title: Advanced Applications Blow Molding Specialist

: 20796

Type: Full Time

Location: Bolton, ON

Husky Technologies TM a company with a strong foundation built on innovation, close customer relationships, a strong sense of community and a unique culture and values. We are looking for people with the inspiration and talent to develop with us as we pursue our ambitious growth strategy.

Husky Technologies TM offers a wealth of opportunity for personal growth and development. Most importantly, Husky Technologies TM offers an opportunity to work with - and be challenged by - a team of great people. Our success is possible because of the creativity, intelligence and passion of our people around the world and their desire to lead change. At the same time, we are not afraid to expect a lot and strive for leadership in all of our key markets.

We are a company taking on new challenges and for the right people this means exceptional career development opportunities, the chance to be part of a team that is the best in the world at what we do and the experience that comes from working in an environment that demands constant transformation and innovation.

Husky Technologies TM Canadian manufacturing facilities and global headquarters are located in Bolton, Ontario on a large, beautiful campus located just 20 minutes north of Toronto's Pearson International Airport. Features include a fitness and wellness center, intramural sports activities, on-site cafeteria, and clean, state-of-the-art manufacturing facilities with outstanding safety records. We offer a great work environment and competitive total compensation package, including above market retirement savings plan and market competitive group benefits.

Husky Technologies TM is an exciting company with tremendous potential. We have a great team and great expectations. If you are attracted to bold goals, believe in uncompromising honesty, support mutual respect, care about environmental responsibility, have a passion for excellence and a desire to make a positive contribution - then we want you to join the Husky Technologies TM team!

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Salary: $125,000 - $155,000

Husky Technologies TM is the largest brand-name supplier of injection molding equipment and services to the plastics industry. We build, install and support the world’s most comprehensive range of injection molding systems and equipment, including machines, molds, hot runners, auxiliaries and integrated systems.

Husky Technologies TM has a strong foundation built on innovation, close customer relationships and a unique culture and values. We are dedicated to offering our customers the highest quality products and services and are looking for people with the inspiration and talent to develop with us as we pursue our ambitious growth strategy.

We are currently seeking a Stretch Blow Molding Specialist to join our Advanced Solutioning team. You will be working alongside our process, application, melt delivery and technology teams to keep Husky at forefront of smart & iconic packaging, application development and sustainability solutions. The role will also be responsible for application research, including the understanding of early-stage technologies, and for translating customer needs into valuable and effective solutions.

• Identify and quantify relationships between application, injection molding process, PET / rPET material properties, reheating process, stretch blow molding process and package performance
• Execute and support experimental projects aimed at:
• evaluating and improving processing methods, technologies, and control strategies that enhance overall equipment effectiveness, performance, and quality across the pellet-to-bottle value chain
• expanding Husky's understanding of stretch blow molding processing, materials and package performance
• Identify and adapt evolutions in key stretch blow molding technologies, applications and rigid packaging trends to maintain the competitive advantage of Husky products
• Apply a structured, data-driven approach using engineering principles, experimentation and numerical analysis to better understand process behavior and…