A bucket elevator is the most space-efficient method for vertically transporting bulk materials. Our systems are engineered to move your product—from fine powders to fragile snacks—upwards gently and safely within a fully enclosed casing, preventing product degradation and dust contamination.

When you need to elevate material, a long, angled belt conveyor consumes valuable floor space. A bucket elevator achieves the same result vertically. We design the right type of elevator for your needs. For rugged materials like grain or sand, a high-speed Centrifugal Discharge elevator is a cost-effective workhorse. For fragile products like coffee beans, pasta, or snacks, a slow-moving Continuous or Pivoting Bucket (Z-Type/C-Type) elevator is essential. These systems ensure the buckets don't knock against each other and provide a gentle discharge, preserving your product's integrity and value.

    • Conveyor Type: Z-Type, C-Type, Vertical Continuous Discharge, Centrifugal Discharge
    • Bucket Material: Polypropylene, Acetal (food grade), Carbon Steel, Stainless Steel
    • Drive Chain/Belt: Heavy-duty roller chain, rubber belt, plastic modular chain
    • Capacity: Up to 100+ m³/hr
    • Features: Multiple inlets/outlets, dust-tight and weatherproof casings, integrated cleaning systems (CIP)

 

    • The Material: What is it? Provide bulk density, particle size, and special properties (fragile, abrasive, sticky).
    • The Path: What is the required vertical lift height and any horizontal runs?
    • The Rate: What is the required throughput in kg/hr or tons/hr?
    • The Environment: Is it a food-grade/sanitary application or a heavy industrial one?
Material option A Buckets: Food-Grade Polymer (PP, Acetal), Stainless Steel, Carbon Steel
Material option B Casing/Frame: Stainless Steel 304/316L, Painted Carbon Steel
Finish Industrial grade, Sanitary polished (food grade)
Dimensions Custom made design and built by your requirements
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More Information

  • FAQ -
    • Q1: What is the main advantage of a bucket elevator compared to an inclined screw conveyor?
    • A1: Footprint and gentle handling. A bucket elevator can lift materials perfectly vertically (at a 90-degree angle), saving an enormous amount of valuable floor space. For fragile products, a gentle-handling bucket elevator also causes significantly less product degradation than a screw conveyor.
    • Q2: Our snack product is very fragile and expensive. Which type of bucket elevator is the absolute best for this?
    • A2: For maximum gentle handling, a Pivoting Bucket Elevator (Z-type or C-type) is the premier choice. The buckets remain perfectly level throughout the entire circuit and are gently tipped to discharge. This prevents any tumbling or high-impact drops, preserving the integrity of high-value, fragile products.
    • Q3: How do you prevent cross-contamination between different products in a food application?
    • A3: We use hygienic design principles. The buckets can be made from smooth, non-porous, food-grade polymer and are often designed to be quickly removable for off-line washing. For the highest level of sanitation, the system can be designed with a full Clean-in-Place (CIP) capability, allowing the entire bucket and chain assembly to be automatically washed and sanitized.
    • Q4: Can a single bucket elevator feed multiple machines or silos?
    • A4: Yes. Pivoting bucket elevators (Z-type and loop conveyors) are perfect for this. They can be designed with multiple, independently actuated discharge stations. A sensor can call for product at a specific location, and the system will tip the buckets only at that station until it is full, then move to the next.
    • Q5: How do you handle very abrasive materials like sand or glass cullet?
    • A5: For highly abrasive applications, we build heavy-duty elevators. This includes using buckets made from abrasion-resistant materials like cast iron or heavy-gauge steel, using a robust forged steel chain instead of a belt, and designing the infeed chute ("boot") to allow the material to flow into the buckets with minimal "digging" action to reduce wear.