Frequently Asked Questions

Conovey designs and supplies spiral, sanitary, accumulation, transfer, and material handling conveyors, plus components. It also represents QC Conveyors, Dorner, Hairise, GurkiPack, and LiftVrac across North America for industrial manufacturing and logistics applications.

Conovey engineers custom conveyor systems using detailed 3D CAD models shared with customers. This collaborative design process improves accuracy, speeds approvals, reduces installation risk, and ensures optimized layouts for food, packaging, and material handling facilities.

Companies choose Conovey for its 93% customer retention rate, transparent communication, and engineering expertise. A Slack-based workflow enables real-time collaboration, faster decisions, and reliable conveyor project delivery for long-term operational success.

Conovey serves Canadian industries including food and beverage processing, packaging, warehousing, logistics, and general manufacturing, delivering conveyor systems engineered for sanitation, efficiency, scalability, and long-term operational reliability.

Conovey ensures accuracy by producing ultra-detailed 3D CAD models for every conveyor project, enabling customers to review layouts, validate performance, and address design challenges before fabrication or on-site installation begins.

A spiral conveyor is a space-saving vertical conveying solution used for moving products between different elevations. It is ideal for facilities with limited floor space, such as food processing plants and warehouses, where efficient vertical transport and continuous product flow are essential.

Sanitary conveyors are designed with hygienic materials and easy-to-clean structures to meet strict food safety standards. They help prevent contamination, reduce downtime during cleaning, and ensure compliance with regulations in the food, beverage, and pharmaceutical industries.

Accumulation conveyors allow products to queue or buffer along the line without stopping upstream production. This reduces bottlenecks, prevents product damage, and ensures smoother workflow across packaging and processing operations.

Key factors include product type, throughput requirements, available space, sanitation needs, and integration with existing equipment. Businesses in North America should also consider compliance standards, long-term maintenance, and supplier support when selecting a conveyor system.

Yes, Conovey supports clients beyond design and manufacturing by assisting with installation coordination and ongoing service needs. This ensures smooth system integration, minimal downtime, and long-term operational performance for conveyor systems.

Spiral conveyor systems are widely used in food processing, packaging, manufacturing, warehousing, e-commerce, pharmaceuticals, and logistics facilities where vertical product movement is required within a smaller footprint.

These systems help move cartons, packages, containers, and products between multiple floor levels while maintaining continuous product flow. Spiral conveyors are commonly selected when facilities need to maximize production space without expanding the building footprint.

Sanitary conveyors are specifically designed for environments that require strict hygiene and washdown procedures, such as food processing, beverage production, pharmaceuticals, and clean manufacturing operations.

Unlike standard conveyors, sanitary conveyor systems use hygienic construction methods, easy-to-clean surfaces, corrosion-resistant materials, and open-frame designs that simplify cleaning and reduce contamination risks.

Modular conveyor systems allow manufacturers to expand, reconfigure, or modify conveyor layouts more easily as production requirements change. This flexibility is useful for facilities handling multiple product lines, seasonal production changes, or future automation upgrades.

Many modular conveyor systems also reduce installation time, simplify maintenance access, and support faster equipment integration across packaging, assembly, and material handling operations in Canadian manufacturing environments.

3D CAD models allow manufacturers and facility teams to visualize conveyor layouts before fabrication and installation begin. Detailed models help identify spacing conflicts, optimize workflow, improve equipment placement, and reduce installation issues during project execution.

For larger conveyor projects, CAD-based planning also helps streamline communication between engineering teams, contractors, and production managers throughout the design process.

The right conveyor system depends on several operational factors, including product type, available floor space, production speed, sanitation requirements, product weight, and facility layout.

Manufacturers often evaluate whether they need spiral conveyors, transfer conveyors, sanitary conveyors, or modular systems based on how materials move through packaging, assembly, or distribution processes. A conveyor system assessment can help determine the most suitable configuration for long-term operational performance.

Production bottlenecks often appear as product accumulation, inconsistent throughput, excessive manual handling, or recurring downtime around transfer points. A conveyor assessment can identify areas where automation, layout improvements, or equipment upgrades may improve material flow, reduce labor requirements, and increase overall production efficiency.

Food processing conveyors should be evaluated based on sanitation requirements, product characteristics, washdown procedures, operating temperatures, and production volume. Conveyor design, cleanability, material selection, and integration with existing processing equipment all play important roles in maintaining product quality and operational performance.

In many cases, existing conveyor systems can be modified with new components, controls, automation features, or line extensions rather than being fully replaced. The feasibility depends on equipment condition, production goals, safety requirements, and compatibility with newer technologies. An assessment can determine whether upgrades provide a cost-effective path to improved performance.

Automated conveyor systems can reduce repetitive manual handling tasks, improve product movement consistency, and support higher throughput with fewer touchpoints. By automating material flow between production stages, manufacturers can improve productivity while reducing reliance on manual transportation and sorting activities.

A conveyor supplier with integration expertise can assist with equipment selection, system layout, controls integration, installation planning, and long-term optimization. This approach helps ensure that conveyor equipment functions as part of a complete material handling strategy rather than as a standalone component, supporting smoother implementation and operational performance.