Mazeweld
Sana-Dee Inc.
Site en français bientôt!
Proudly serving the Ottawa Ontario region, and the rest of Canada, coast to coast to coast, Mazeweld designs and manufactures high-quality, powder-coated bike racks, scooter racks, park furniture, and more. Our products are built to last, blending strength, sustainability, and design to enhance public and private spaces.
Need a unique metal solution? We provide custom fabrication for a variety of industries.
Why Choose Mazeweld?
At Mazeweld, we specialize in custom metal fabrication with an emphasis on quality, durability, and local craftsmanship. Whether it's a bike rack for a busy city street or a park bench for a scenic trail, our products are designed to withstand the elements while complementing their surroundings.
✔️ Designed and Manufactured in the Ottawa Ontario Region
✔️Soft Powder Coating to Protect Bike Finishes
✔️Eco-Friendly & Durable Metal Construction
Free Local Delivery in the Ottawa Ontario Region!
Mazeweld offers free local delivery to businesses, municipalities, and property owners in the Ottawa Ontario region. Get the high-quality metal products you need—delivered to your location with no extra costs.
🔷 Hassle-free delivery for bulk orders
🔷Serving businesses, schools, and city projects
Trusted by Businesses & Cities Across Canada
⭐⭐⭐⭐⭐ "Mazeweld's bike racks and park benches have been a fantastic addition to our municipal parks. Durable, stylish, and delivered on time!"—Canadian Municipality
⭐⭐⭐⭐⭐ "We love the soft powder coating on the bike racks—it protects bike finishes while looking great in our storefront space!" - Ottawa Business Owner
Proudly Used By:
🏙️ Cities Across Canada
🏫 Schools & Universities
🏢 Local Businesses
🏞️ Parks & Public Spaces
We're ready to help! Whether you need bike racks, scooter racks, park furniture, or custom metal fabrication, Mazeweld is your trusted local manufacturer.
📍Proudly 100% made in Canada in the Ottawa Ontario region
🚚 Delivery in Canada & Free local delivery available
💡 Designed for durability & sustainability