Full Service Automation, Engineering & Product Design
Full Service Mechanical Design & Engineering
Riganelli Automation specializes in machine design, industrial automation, and engineering support for a variety of industries across North America. Located near Toronto, Canada, our team of designers and engineers have the experience and the tools to solve your most difficult technical and business challenges. Whether you need a start-to-finish effort on a long term job, specific assistance with your ongoing project, or something entirely different, we'd be happy to help.
Our capabilities pages are under construction. Please get in touch to learn more!
Mechanical Design
CAD is just a tool and drawings are just the last step - there's a lot more that goes into a successful design. That said, our drawings are always clean, easy to understand, and optimized for efficient manufacturing.
A kinematic study is essential in machine design to verify design intent. It's also useful to communicate complex designs to stakeholders, technical or otherwise.
Injection molded parts are accurate, lightweight, inexpensive, and able to be mass produced. We develop part designs ready to go to the mold shop. We can also check fill times, projected part quality, weld locations, cycle time, and more to optimize the design.
We're experts at designing multi-step production parts requiring careful planning. Hierarchical drawing packages detail castings (and patterns), complex weldments, and sheet metal assemblies at each stage of manufacturing.
Just tell us how you need to assemble, hold, or measure your part and we'll design and build a custom solution for your production team. With a fast turnaround and integrated precision machine shop, we look forward to saving you time and money.
Forge & trim dies, bend tooling, custom cutters, roll dies, sheet metal stamping, molds and patterns - our team has designed and manufactured all sorts of completely custom tooling. Save money with efficiency gains and short payback periods.
We can generate CAD data from existing parts or assemblies and use them to apply design improvements, create visualizations, or produce new drawings. Using either manual measurements or a CMM Romer arm, we can capture any geometry.
Many of our designs are 3D printed to verify fit and function before money is spent on tooling. We can have a prototype made in a day, and quickly iterate on designs. Our machine shop can quickly produce production quality prototypes as well in plastic or metal.
In addition to producing parts for machine builds and product prototypes, we also offer low volume production for products or parts that fit our shop's machining capabilities. Click through for a list of our machines.
Present new product designs to stakeholders early with photorealistic renders, or market products before they're manufactured. For industrial projects, we can use visualizations to communicate design features or machine operation.
VR in design and manufacturing? Trust us, it's amazing! Walk through your new production floor months before it's built, explore a new machine concept from the inside, and so much more. With our mobile VR equipment, we'll come to your office for a design review unlike any other.
We use Inventor Nastran, a top tier FEA package, to perform a number of advanced analyses: linear & nonlinear static, buckling, modal, transient response, frequency response, shock/drop tests, fatigue, and heat transfer.
We use Autodesk CFD to analyze fluid flow and heat transfer for electronics cooling, hydraulic or pneumatic products, free water surface effects, and HVAC room designs.
We love managing complex projects from start to finish - everything from concept generation to design alternatives, engineering calculations and simulations, drawings, prototypes, product manuals, certifications, visualizations, manufacturing, and more!
Often mechanical and electrical go hand in hand. We have experience with motion and control systems, motor sizing, operator interfaces, and general industrial automation for all applications.
No matter what you call it, a kinematic study is essential in machine design to verify design intent. It's also very useful to communicate complex designs to stakeholders, technical or otherwise.
CAD is just a tool and good drawings are just the last step - there's a lot more that goes into a successful design. That said, we use the latest software (and we can work with any formats you use), and our drawings are always well thought out and easy to understand.
We can generate CAD data from existing parts or assemblies and use them to apply design improvements, create visualizations, or produce new drawings. Using either manual measurements or a CMM, we can capture any geometry.
Many of our designs are 3D printed to verify fit and function before money is spent on tooling. We can have a prototype printed in a day, and quickly iterate on designs. We also have access to some of the largest 3D printers in Canada.
Our in house machine shop supports our automation and product design projects, so we can design and build your custom equipment or products faster and for less.
Injection molded parts are accurate, lightweight, inexpensive, and able to be mass produced. If your product can sustain high volumes, we can produce part designs ready to go to the mold shop. We can also perform a preliminary fill simulation to check fill times, part quality, weld locations, cycle time, and more.
New product designs benefit from high quality renders with photorealistic materials. For industrial projects, we can use visualizations to communicate design features or machine operation. If you're in the early stages of a design, we can explore concepts with industrial design as well.
VR in design and manufacturing? Trust us, it's amazing! Walk through your new production floor months before it's built, explore a new machine concept from the inside, and so much more. With our mobile VR equipment, we'll come to your office for a design review unlike any other.
We use Inventor Nastran, a top tier FEA package, to perform a number of advanced analyses: linear & nonlinear static, buckling, modal, transient response, frequency response, shock/drop tests, fatigue, and heat transfer. We use Autodesk CFD to analyze fluid flow and heat transfer for electronics cooling, hydraulic or pneumatic products, free water surface effects, and HVAC room designs.
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