There are many forms of equipment and machinery used for warehousing and automation. Strapping machines are one such system that often doesn’t get the attention it deserves, especially when it comes to advancing the level of efficiency and automation in a warehouse setting.
What are Strapping Machines?
Strapping machines are unique pieces of equipment designed to seamlessly strap packages for wide variety of products in many different industries. Strapping is the process through which manufacturers apply a strap to combine, reinforce, hold or fasten it.
Strapping machines help to ensure load integrity and are available in the semi automatic and fully automatic models. They provide warehouse automation solutions for manufacturers in the safe packaging, distribution, and overall logistics of goods and commodities.
Uses of Strapping Machines
While strapping machines have a specific purpose, they are used for a variety of applications, including:
- Manufacturers use them for attaching items to pallets crates and skids. They provide security for goods that are prone to damage out of physical contact.
- Manufacturers use them to bundle items together for convenient handling and distributing items like pipes, newspaper, concrete block, lumber, etc.
- They are used in reinforcing wooden boxes, corrugated boxes and crates. They guarantee safety during distribution from the warehouse to different customers.
- They are used for attaching items to flatbed semi-trailers or flat cars. Flat surfaces will require strapping machines to ensure the stability of goods on transit from the warehouse.
- Strapping machines are used for securing delicate items like a unit load of bricks, metal parts or packaged glass.
- They are useful in holding textiles or bales of agricultural products as well as securing coils of steel.
- Strapping machines are used to manage inventory, consolidate vendors and deliveries, automate manufacturer’s product line, eliminate damage as well as to free up valuable space in the warehouse.
- Finally, they are used for the bulk handling of materials. Most of the industries operate with bulky raw materials that require special equipment like strapping machines to increase productivity.
Advanced Strapping Machines
The capabilities and features of today’s strapping machines vary in a number of ways. There are different versions and speeds of strapping machines for sale. There are fully-automatic and high volume models, semi-automatic and moderate volume models, and semi-automatic and low volume models. Different strapping machines also exist for specific applications, such as pallet strappers, StraPack RQ-8 strapper machines, and table top strappers.
Unlike the basic strapping machine, this is a top quality and highly efficient and reliable for the majority of packaging securement. It consists of speed up to seventy cycles per minute and a pull out dispenser. It has a constant strap tension both for large and small packages as well as hard and soft products. The advanced strapping machine is what most manufacturers need to save time and money since they have simple and rapid coil change.
Advanced strapping machines guarantee very high performance leading to some of the machines being underused. They are designed for heavy warehouse duties such as distribution.
Advanced strapping machines are operator friendly with easily adjustable strap tension and a simple push button touch panel. It uses simple technology, easy access and few moving parts.
There are several manufacturers of strapping machines worldwide. Some of these manufacturers include; Signode, Maillis Strapping systems, J-Pack, Dynaric, Aetna, RoboPack, BestPack, Strapack, Clamco, Orion Packaging, etc.
Strapping machines are very important tools for warehouse automation, especially in packaging departments and 3PL warehouse applications. They are used by several industries and other businesses in different ways. The advanced machines sometimes are underutilized as a result of their high-performance capabilities. Manufacturers should, therefore, settle on strapping machines that will meet their operational needs without being underused or overused.