The 3-Axis Robotic Pick & Place Cell is a versatile system designed to handle a broad range of food products with precision and speed. It is ideal for loading and stacking individual items into trays, cases, cartons, or directly into a thermoformer or flow wrapper infeed, making it suitable for a variety of food packaging applications.

The system can pick products from a controlled pick position, where items are pre-prepared, or from a random pick position using advanced vision technology to detect and locate products with minimal preparation. This flexibility allows for seamless handling of irregularly shaped products and ensures that product integrity is maintained throughout the process.

Built for food production environments, the system is perfect for high-throughput operations and is particularly effective in areas where space is limited. Its modular design ensures smooth integration into existing packaging lines, offering quick format changeovers and consistent performance for a wide variety of products such as biscuits, bakery items, flexible pouches, and flow packs.

The Side Load Case Packer is expertly designed for loading flexible or difficult-to-handle products in groups into trays or cases, making it ideal for food production lines. It features customised multi-pick grippers, including a precision mechanical gripper for handling bags, pouches, or containers, and a vacuum gripper for picking sealed trays, flow packs, bottles, or other food packaging. The system can also combine mechanical and vacuum grippers to handle a wide variety of product types, ensuring maximum flexibility and reliability.

This system is optimized for high-throughput food production lines, offering seamless automation for even the most challenging products. It’s particularly well-suited for environments with space constraints and where maintaining hygiene standards is critical. Whether handling delicate bakery items, flexible pouches, or heavier containers, the Side Load Case Packer ensures efficient and precise product handling, making it the perfect solution for automated food industry operations requiring speed, precision, and flexibility.

The Twin Station Palletiser can greatly improve the efficiency and consistency of pallet builds while reducing material usage and human on-site repetitive strain injuries. Ideal for applications with a high case throughput or multiple formats where continuous operation is required.

The palletiser is capable of receiving cases from multiple infeeds in various sizes while creating different pallet build configurations simultaneously. With the added functionality to program various pallet build arrangements in both EU and UK standard pallets, this system is suitable for any high-volume packaging line.

The Wrap Around Case Packer is engineered to handle a broad range of pharmaceutical products for secondary packaging in trays, two-piece trays with lids, or wrap-around shelf-ready cases. This system is designed to maximize space while enhancing the efficiency of the packaging line and increasing throughput, making it ideal for high-volume pharmaceutical production environments.

The Wrap Around Case Packer combines case erecting, loading, and closing into one compact machine footprint, optimizing floor space in cleanroom environments. Its design significantly reduces packaging line costs by minimizing both floor space and packaging material usage. Built for GMP-compliant pharmaceutical operations, the system supports continuous high-speed operation while maintaining 21 CFR Part 11 compliance, ensuring secure, efficient, and traceable packaging processes essential for pharmaceutical production.

The Top Load Case Packer is specifically designed for handling flexible or difficult-to-handle pharmaceutical products in groups, loading them into trays or cases with precision. The system features customised multi-pick grippers, including a mechanical gripper for picking bags, pouches, or containers, and a vacuum gripper for handling sealed trays, flow packs, bottles, or diagnostic kits. A combination of mechanical and vacuum grippers can also be used, ensuring optimal flexibility in handling various product types.

Ideal for automated pharmaceutical production lines, this system excels in environments with high throughputs, handling challenging products while meeting cleanroom requirements and operating efficiently in space-constrained areas. Built to meet GMP standards and 21 CFR Part 11 compliance, the Top Load Case Packer provides reliable, secure, and traceable performance for demanding pharmaceutical operations, ensuring product integrity and safety.

The Horizontal Cartoner is a highly flexible system designed for loading pharmaceutical products, such as flow-wrapped items, into cartons with high throughput or in multiple formats. This versatile machine handles the entire packaging process within a single compact footprint, making it ideal for efficient pharma production lines.

The system performs key functions including carton erecting, product collation, product loading, leaflet insertion, and carton closing using either tuck closure or hot melt glue. With built-in flexibility to manage various formats, the Horizontal Cartoner ensures smooth, continuous operation while minimizing operator intervention.

Designed for facilities with GMP compliance and requiring 21 CFR Part 11 standards, the system is perfect for pharmaceutical environments demanding high-speed packaging, product safety, and traceability, all within a robust, automated solution.

The Top Load Cartoner is designed to efficiently receive and collate a wide variety of food products, including flow packs, bottles, sachets, carton-board sleeves, and other difficult-to-handle items, before loading them into automatically erected cartons. This system offers flexibility by integrating stations for leaflet or insert placement, allowing for seamless insertion of IFUs or promotional material before the carton is securely closed using either fold & tuck or hot melt glue.

Once the cartons are closed, they are automatically directed to an outfeed conveyor for downstream case packing and palletising, ensuring a smooth and continuous flow through the packaging process. Built to support multiple flat blank carton formats, the machine offers exceptional versatility for various packaging needs, whether handling large or small products.

Designed for high-speed food production lines, the Top Load Cartoner operates with minimal operator intervention, making it ideal for facilities seeking to maximize throughput while maintaining efficiency. Its robust construction and automation capabilities ensure it meets the demands of continuous operation, providing a reliable solution for diverse food packaging applications.

The Top Load Cartoner is expertly designed to receive and collate a range of pharmaceutical products, including flow packs, vials, ampoules, bottles, sachets, carton-board sleeves, and diagnostic kits, loading them into automatically erected cartons. The system can integrate stations for IFU (Instructions for Use) or leaflet insertion before the carton is securely closed using fold & tuck or hot melt glue.

Once sealed, the cartons are transferred to an outfeed conveyor for downstream case packing and palletising, ensuring efficient, continuous flow through the packaging line. The machine is designed to handle multiple flat blank carton formats, offering flexibility across various pharmaceutical packaging needs. Ideal for high-speed pharmaceutical production environments, the system is built for continuous operation with minimal operator intervention. It meets the stringent requirements of GMP-compliant facilities and ensures 21 CFR Part 11 compliance, delivering secure, traceable, and efficient packaging processes.

The Top Load Cartoner is specifically designed to receive and collate pharmaceutical products such as flow packs, vials, ampoules, bottles, sachets, carton-board sleeves, and diagnostic kits, efficiently loading them into automatically erected cartons. The system supports IFU or leaflet insertion stations, which can be integrated before carton closing using fold & tuck or hot melt glue methods for secure sealing.

Once the cartons are closed, they are directed to an outfeed conveyor for downstream case packing and palletising, ensuring seamless flow through the packaging process. This system is built to handle multiple flat blank carton formats, providing the flexibility required for diverse pharmaceutical packaging needs. Ideal for high-speed pharmaceutical production lines, it ensures continuous operation with minimal operator intervention, maintaining efficiency in GMP-compliant environments while meeting 21 CFR Part 11 compliance for traceability and security.

The 3-Axis Robotic Pick & Place Multi-Cell is a highly flexible system, designed to handle a wide range of products across the food industry, including jars & tubs, bottles, sachets, spout pouches, large flexible pouches, flow packs, stick packs, and bakery items. This versatile solution is ideal for high-speed environments, offering precise loading and stacking of individual products into trays, cases, cartons, or directly into a thermoforming machine or flow wrapper infeed.

The system can pick products from a controlled pick position where preparation has been done, or from a random pick position using vision technology to locate products, minimizing the need for product preparation. This makes it especially useful for irregularly shaped products from multiple infeeds, ensuring consistent and accurate handling even for products that vary in size and shape.

Built for food production environments, the system is capable of handling high throughputs, optimizing efficiency while maintaining product integrity. Its compact design makes it ideal for use where space is limited, and the system’s quick changeover capabilities allow for easy adjustment between different product formats, ensuring maximum flexibility. Whether it’s packaging biscuits, flexible pouches, or stick packs, the 3-Axis Robotic Pick & Place Multi-Cell ensures seamless integration into existing packaging lines, boosting productivity and reducing downtime.