Leaving a dock door open all day is an invitation to have someone stroll your aisles, check out your inventory, and perhaps take something. Most busy operations, particularly in good weather situations, leave those doors open. Often, the crew is busy with actual work; they don’t have the time to monitor visitors, delivery drivers, service providers, and every other person who strolls in.
There isn’t enough room at your average industrial workstation. In fact, many order pickers, packers, shippers, and other professionals might tell you that you could have a 10′ long workbench, and they’d still be squeezed for space. In a busy operation, it’s a constant battle between availability of materials and space for doing the actual work. So what’s the solution? A larger workbench top? According to Packmaterials.com(registration required, but a pretty useful resource from Dehnco – we have reprinted the entire piece here, with permission), if there is not enough workstation storage area a bigger table won’t help – and may hurt.
The tabletop surface should not be considered storage space in the first place. So that leaves the unanswered question: how do you get more storage space for needed materials?
As Spring kicks into gear, the heat of summer hasn’t hit yet in most places. The time to implement facility changes that could help you control climate costs and provide a better atmosphere for your operations is now, not once the weather has changed. It’s not just a matter of air systems; smaller, incremental changes at entry points or near work areas can have a big impact on worker comfort and productivity. Theses changes can also save you money.
As temperatures climb, more air conditioning isn’t always the best, or even the most effective solution – and it’s certainly not the most cost effective.
This video is a short few minutes, and features vertical reciprocating conveyors implemented by Cisco-Eagle at defense contractor Electric Boat, Inc. The company manufactures submarines at its Groton, CT facility.
The Material Handling Industry of America recently announced that the RMI (Rack Manufacturers Institute) has certified several manufacturers of wire rack decking “R-Mark” compliant, meaning that these companies have conformed to the Institute’s testing and utilization standards. The industry developed the latest and most comprehensive consensus documents ANSI MH16.1 – 2008 – Specification for the Design, Testing and Utilization of Industrial Steel Storage Racks and MH26.2 – 2007 – Specification for the Design, Testing and Utilization of Welded Wire Rack Decking. Members of RMI voluntarily choose to conform to ANSI MH16.1 – 2008 and MH26.2 – 2007 and any successor document(s).
Designing your conveyors and workstations to work together gives you significant safety and efficiency advantages. Using conveyors is a good way to reduce the risks of musculoskeletal injury in tasks or procedures that involve manual handling because conveyors reduce the need for repetitive lifting and carrying, but implementing conveyor into workstations requires some basic understanding of how to prevent stress. As a bonus, well-implemented conveyor workstations also boost productivity.
Transferring onto belt conveyors isn’t recommended due to box tracking issues. When you use belt conveyor, boxes will probably drag the belt as they enter, which will push the belt toward the far side. (Above: boxes may cause tracking problems)
If you can’t avoid using belt conveyors to transfer, the transferring conveyor should be positioned so that it overhangs the belt conveyor, as shown above. Boxes will drop onto the conveyor. If your load cannot be dropped, another solution may be necessary. For assistance with these kinds of transfers, contact us.
Cisco-Eagle has created an informative article you should check out if you are thinking of installing a mezzanine in your facility. When implementing an Industrial Equipment Platform (mezzanine) be sure that you are not putting too much stress or weight on the floor of the building. Too much weight will cause the floor to crack – or worse. This article tells you how to calculate the correct load capacity and column spacing for any new structural mezzanine project. Floor capacity depends on the thickness of the concrete, but that’s not the end of the story. It also matters how much the soil underneath the slab will compress.
At this time of the year, many companies find the need to maintain open access to dock doors and warehouses without letting heat and other environmental controls escape into the cold. The obvious solution has been to install vinyl strip doors, which allow easy access to foot and lift truck traffic while they also keep climate-controlled air in – and cold air out.
We’ve created a guide to specifying vinyl strip doors to help you understand what types of strip materials to use, how much is needed to cover a particular opening, and which mounting system might work best for you.
Since overloading is a common source of pallet rack collapses, (in fact misapplication, including capacity issues, is the top cause) it’s important to understand how much weight your rack – not just your beams – can bear.
For a piece of storage equipment that is relatively simple, ensuring that the rack can hold what you want it to hold is sometimes complex – particularly on very heavy loads, or large but not so heavy loads. This article focuses on upright frame capacities. Beam capacities are pretty simple – they’re listed per pair of beams by most rack sellers, and you just adhere to them with your pallet loads. But frame capacity is not as straightforward as a beam capacity…