FAQs

We specialize in three core blow moulding technologies: Extrusion Blow Moulding (EBM), Injection Blow Moulding (IBM), and Injection Stretch Blow Moulding (ISBM). Our moulds serve industries ranging from food & beverage packaging to pharmaceutical, cosmetic, and industrial chemical containers.

Our facility is located at 239 Chrislea Road, Vaughan, Ontario, L4L 8N6, Canada — in the heart of the Greater Toronto Area (GTA). We serve clients across North America and internationally.

We work with businesses of all sizes. Whether you are launching a new product line or optimizing an existing one, our engineering team can assist with prototype development through to full production tooling. We offer scalable solutions tailored to your volume and budget requirements.

BME serves a wide range of industries including food & beverage, pharmaceuticals, personal care & cosmetics, household chemicals, automotive fluids, and industrial packaging. Our moulds are engineered to meet the specific regulatory and performance requirements of each sector.

You can request a quote by visiting our Contact page or emailing us at info@blowmouldengineering.com. Please include your container specifications (material, volume, dimensions) and expected production volumes. Our team typically responds within 1–2 business days with an initial assessment.

Lead times vary based on mould complexity and current shop loading. A standard single-cavity extrusion blow mould typically takes 8–12 weeks from design approval to delivery. Multi-cavity moulds or complex ISBM tooling may take 12–16 weeks. We always provide a detailed timeline during the quotation phase.

Yes. We regularly ship completed tooling across North America and to international destinations. We handle all crating, freight coordination, and customs documentation. All moulds are thoroughly tested and trial-run before shipping to ensure they are production-ready upon arrival at your facility.

We understand that production timelines can be critical. Depending on current shop capacity, we can often accommodate expedited schedules for priority projects. Contact our team to discuss your timeline requirements and we will provide an honest assessment of what is achievable.

Yes. Our engineering team can provide on-site installation assistance, mould commissioning, and operator training at your production facility. This service ensures optimal mould setup, proper machine parameter configuration, and a smooth transition to full production.

Every mould undergoes a rigorous multi-stage inspection process. This includes in-process CMM verification, digitized surface scanning for dimensional accuracy, trial blow runs for functional validation, and a comprehensive final inspection report with all measurements documented. We maintain full traceability throughout the manufacturing process.

Yes. We offer preventive maintenance programs, mould repair, and refurbishment services. Regular maintenance extends mould life, reduces scrap rates, and maintains consistent part quality. We can service moulds we originally manufactured as well as tooling from other suppliers.

Our production moulds are engineered for longevity. Depending on the material, design, and production environment, a typical BME mould is rated for 500,000 to 2,000,000+ cycles. We use hardened tool steels and precision surface treatments to maximize mould life and minimize production downtime.

We take IP protection seriously. All client designs and specifications are treated as strictly confidential. We are happy to execute NDAs before any project begins. Access to client files is restricted to the assigned engineering team, and all digital files are stored on secure, access-controlled systems.

All of our mould designs are created using SolidWorks, the industry-leading 3D CAD platform. Our certified SolidWorks engineers produce detailed parametric models, assembly drawings, and mould flow simulations before any steel is cut, ensuring precision and reducing revision cycles.

We use a range of premium tool steels depending on the application. Common choices include P20 pre-hardened steel for general-purpose moulds, H13 hot-work steel for high-temperature applications, and stainless steel grades (420, 440C) for corrosion-resistant or food-contact tooling. Material selection is always optimized for your production volume and container requirements.

Yes. We use precision 3D scanning and measurement equipment to digitize existing containers or worn moulds. From the scan data, we generate accurate SolidWorks models that can be used to replicate the original tooling or create an improved version with tighter tolerances.

Our CNC machining centres (including 5-axis Matsuura systems) routinely achieve tolerances of ±0.01 mm on critical mould dimensions. Surface finishes are typically in the range of Ra 0.2–0.8 µm depending on the application, and all finished moulds undergo dimensional verification using digitized surface scanning.

Absolutely. Our Rapid 3D Prototyping service lets you validate container design, ergonomics, and wall thickness distribution before committing to hardened steel production moulds. This saves significant time and cost by catching design issues early in the development cycle.