MEM end of extruder tooling is designed to integrate with most industry-standard twin screw and single screw extruders used in food and pet food production.
Yes. MEM rotating die heads can produce twisted extruded products and can be configured from single lane up to 20 lanes depending on the application.
Yes. MEM tooling can support both single colour and dual colour extruded shapes using co-extrusion (two extruders) or by using a binocular section on a twin screw extruder (single extrusion).
Yes. MEM designs die heads and nozzle assemblies to suit the customer’s product specification, including shape, flow requirements and production throughput.
MEM volumetric filling systems are suitable for pouches, plastic containers, cans, aluminium trays (or tubs) and other flexible packaging formats.
Yes. The filling systems are designed to handle both. Chunks in gravy and difficult sinuous products, while maintaining clean cut-off and minimal contamination of sealing flanges.
Yes. MEM filling pumps and dosing heads can be adapted to integrate with existing product transport and sealing systems.
Depending on the application, systems can be configured from single lane up to multi-lane systems with up to 12 filling lanes.
MEM systems can handle cans, plastic trays, tubs, aluminium trays, pouches and other packaging formats used in food and pet food production.
Yes. Conveyor systems and handling systems are designed with clean, hygienic construction suitable for washdown in a food production environment.
Yes. MEM container handling equipment can be designed to integrate with existing machinery and factory layouts.
Yes. MEM designs tray, tub and aluminium tray de-nesters as part of integrated container handling solutions.
An air take away system transports extruded cut kibble from the extruder using a controlled, filtered airflow system to maintain hygiene and consistent product flow, ensuring no contaminated air is pulled from the extruder room, thus minimising the risk of Salmonella contamination.
Yes. MEM dry pet food systems are designed to integrate with most twin screw and single screw extruders used in the industry.
Yes. MEM designs systems with tool-less opening and fast changeover of die plates, cutter hubs and extrusion tooling.
Yes. MEM systems can be configured to support different kibble sizes, shapes and production formats.
MEM systems can distribute meat chunks, dry kibble, rice and similar products used in food and pet food production.
Typical systems distribute product from one inlet to three or four outlets, but systems can be scaled depending on the application.
A gimballed central feed tube articulates between outlets, directing product to conveyors as required.
Yes. Systems are manufactured in stainless steel and can include integrated clean-in-place (CIP) cleaning systems.
MEM oven depositors are designed for oven formed meats (OFM) and other oven band extruded food products.
Yes. The nozzle feed manifold can be configured to support both single and dual-colour product formats.
Yes. The outlet nozzles can be adjusted for height, angle and lateral positioning from either side of the oven band.
Yes. MEM oven depositors feature hygienic stainless steel construction and clean design both internally and externally.
Special purpose machinery refers to custom-designed equipment built to solve a specific manufacturing or production challenge.
Yes. MEM specialises in bespoke engineering solutions tailored to a customer’s application, production line and technical requirements.
Yes. MEM can deliver projects from concept design and drawings through to manufacture, assembly and commissioning.
MEM equipment is used across food production, pet food processing, robotics, automation and other industrial sectors.
They convert motor motion into controlled rotary or linear movement for precision positioning, automation and machine motion systems.
Yes. Actuators can be supplied with sealed washdown housings and positive air pressurisation using clean instrument air.
Yes. MEM designs actuator housings and interfaces to suit the specific mechanical and control requirements of each application.
Yes. MEM actuators are designed to work with most industry-standard servo drive systems.
MEM provides engineering solutions for food processing, pet food production, mechanical handling, robotics and specialist manufacturing industries.
Yes. MEM specialises in custom design and build solutions tailored to each customer’s production requirements.
Yes. Many MEM systems are designed to integrate with existing machinery and factory layouts.
Yes. MEM can support projects from concept design and detailed drawings through to manufacture, assembly, installation and commissioning.
Marshall Engineering (Midhurst) Ltd is based in Midhurst, West Sussex, United Kingdom.