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Kanoo Machinery offers a comprehensive range of materials handling solutions for all segments like storage, transport, distribution, construction, paper & packaging, food & beverage, ports & terminals and manufacturing. The equipment ranges from hand pallets, diesel forklifts, container handlers, electric forklifts, power pallet trucks, reach stackers, order pickers, narrow aisle forklifts and VNA Trucks. We are distributors for three of the leading materials handling manufacturers, such as Hyster, U.K., Combilift & Aisle Master, Ireland.
| Storage | Transport | Distribution | Construction |
|---|---|---|---|
| Paper & Packaging | Food & Beverage | Ports & Terminals | Manufacturing |
| Hand Pellets | Reach Stackers | Container Handlers | Electric Folklift Trucks | Order Pickers |
|---|
The term "material handling" refers to the processes involved in the production, storage, distribution, construction, Paper & Packaging, Food & Beverage, Ports & Terminals, and Manufacturing and eventual disposal of goods and raw materials. Material handling is a procedure that facilitates logistics and the supply chain using a wide variety of manual, semi-automated, and automated equipment, and systems. Their practical use benefits in:
Kanoo Machinery, a material handling equipment supplier helps Companies implement material handling methods and systems to better serve their customers, reduce their stockpile size, speed up their delivery times, and cut down on their overall material handling equipment costs across the border.
Nearly every sector makes use of material-handling systems, including:
Best practices should be used during the design phase of any material handling system to guarantee that all system's human, semi-automated, and automated components function as one cohesive whole. Improving customer service, decreasing inventory, speeding up delivery, and decreasing overall handling costs in manufacturing, distribution, and transportation can all be achieved through careful analysis of the material handling process and alignment with guidelines such as the 10 Principles of Material Handling. Among these principles are:
At the commencement of the design process, it is important to define the requirements, desired outcomes, and functional specifications of the proposed system and its enabling technologies. Management, engineering, information systems, finance, and operations, as well as consultants, suppliers, and end users, should all be involved in the plan's development.
Material handling practices, tools, and controls/software should all be standardized so that they can be used in a wide variety of settings and situations.
Task: Reduce, combine, shorten, or eliminate redundant movement in material handling processes to boost efficiency. Utilizing gravity as a helping hand and traveling in straight lines as much as feasible are two such examples.
Ergonomics is the science of designing jobs and workplaces to optimize human performance by minimizing the risk of injury, maximizing comfort, and maximizing productivity.
The utilization of unit loads, such as pallets, containers, or totes of products, is recommended since it requires less time and energy to move many items all at once than it does to move many items individually.
Work surfaces should be kept clean and uncluttered, storage space density should be maximized (without sacrificing accessibility or flexibility), and overhead space should be used to its full potential.
The system should ensure that all steps, from receiving and inspection to storage, production, assembly, packaging, unitizing, order selection, shipping and transportation, and the processing of returns, are carried out in tandem with one another.
Environment: When developing the system, energy use and potential environmental impact should be considered, with reuse and recycling methods included where possible and safe practices created for handling hazardous chemicals.
Automated material handling technologies should be implemented when and where they make sense to increase operational efficiency, responsiveness, uniformity, and predictability.
A study of life cycle costs should be performed on every system-specified equipment. Capital expenditure, installation, setup, programming, training, system testing, operation, maintenance, repair, reuse value, and disposal are all areas that should be thought out.
We all have heard how beneficial the lifting equipment units are since they help in raising the aerial workstation higher up to the desired height, transferring one item to another via airlift, and so on. There are many such equipment types used in construction, warehouse, logistics and shipping, and so on. For example, you can find cranes being used in garbage dumps, shipyards, container docks, and so on. Similarly, forklifts and boom lifts are often used in closed manufacturing spaces and warehouses.
A hand pallet truck is required in many industries, mainly in fabrication and manufacturing departments. The equipment helps in carrying a heavy load, like metals, wood, plastics, fiberglass, and so on. Although the hand pallet truck is a profound piece of equipment, it is quite costly. Small and medium-scale businesses often fall short of funds to buy it, especially in multiples.
