Hey there, it’s Jake from [Other Equipments Supplier] – you know, the guy your team hits up when you need reliable, hard-to-source gear that doesn’t get half the attention lab fridges or server racks do. Lately, I’ve gotten so many DMs and calls from you folks asking the same thing: “Jake, you send over the sickest scanners, torque wrenches, air compressors, and those weird specialty pressure testers we use for factory lines – but what the hell do I store this stuff right? Half our gear’s crapping out before its warranty’s up, and I swear it’s because we’re parking it in the utility closet with the mops.” Fair. That’s such a underrated part of managing other equipment, right? Everyone’s obsessing over when they need it, how much it costs, but no one talks about what happens when it’s not in use. Let’s break this down – no boring textbook jargon, just the real stuff I’ve picked up from working with 100+ teams across manufacturing, construction, and even small biotech labs over the last 8 years. Other Equiments
First, let’s get one thing straight: “other equipment” isn’t just a random bin for gear that doesn’t fit the “critical” category. It’s the stuff that keeps your whole operation moving. That portable ultrasonic cleaner you use to deep-dip welding parts? If it rusts, your shop line shuts down. The hand-held pyrometer your techs use to check oven temperatures? If its sensor’s off because it’s stored too close to a heat vent, you’re baking bad product and losing money. So storage isn’t just about keeping things neat – it’s about preserving functionality, extending lifespans, and not wasting thousands on gear that’ll die early because of lazy storage.
Let’s start with the big one everyone messes up: temperature and humidity control. I can’t tell you how many times I’ve walked into a job site and seen a pallet of precision torque wrenches leaning against a loading dock wall, next to a space heater that’s cranked to keep people from freezing. Torque wrenches are sensitive AF – their calibration can be off by 10% if they get exposed to temps over 100°F (38°C) or below 32°F (0°C) for more than a week. That’s a huge problem when you’re tightening bolts on a plane or a bridge – one wrong torque and you’ve got a disaster. What’s the fix here? Store that gear in a spot where temps stay between 50°F and 85°F (10°C to 29°C) – pretty standard, but also avoid direct sunlight. Sunlight hitting a pressure gauge’s display will fade it so bad you can’t read the numbers after 6 months.
Humidity’s even trickier, especially for gear with metal parts or electronics. I had a customer in Ohio a few years back who stored his batch of small parts finishers in a basement utility room – no dehumidifier, just a window that leaked every time it rained. Within 3 months, the motor bearings seized up solid. Why? High humidity (above 60% RH, or relative humidity) causes condensation, and that leads to rust, corrosion, and short circuits in anything with a circuit board. The sweet spot for humidity is between 30% and 50% RH. If you don’t have a fancy dehumidifier, a few cheap silica gel packs tucked into tool chests or equipment cases work, too – just make sure you swap them out every 3 months if they get discolored. Pro tip: don’t just leave silica gel loose – put it in small mesh bags so it doesn’t get mixed up with gears or wires.
Next up: physical environment and protection from damage. A lot of teams think “storage” means “toss it wherever it fits” – that’s a fast track to broken gear. Let’s talk about vibration first. Those portable vibration analyzers you use to check for wear on motors? If you store them on a shelf above a lathe that runs 24/7, the constant vibration will mess with their internal sensors. I recommend storing gear that measures vibration, torque, or pressure in areas that are isolated from heavy machinery, vehicle traffic, or even foot traffic if it’s bumpy. No leaning scanners against forklift pillars, no stacking air tools on top of each other – unless you’re wrapping them in foam or hard-shell cases. Speaking of cases: invest in custom-fit foam inserts for your most delicate gear. A $20 foam insert might seem like a waste, but it’s way cheaper than replacing a $500 pyrometer that got knocked off a workbench.
Then there’s dust and debris. I worked with a metal fabrication shop last year that stored their plasma cutters’ consumables (the nozzles and electrodes, not the whole machine) in an open bin on the shop floor. By the time they needed to replace them, they were caked in metal shavings and dust – half wouldn’t even fit on the machine, and the ones that did caused uneven cuts. The fix here is simple: either store consumables in airtight plastic bins with lids, or hang larger equipment on wall-mounted racks with covers. I’ve seen teams use old bed sheets, but honestly, those attract dust too – get the cheap vinyl equipment covers from a supply store, they’re like $15 and wipe clean.
Wait, what about gear that’s not used super often? Like that backup industrial sander you only pull out for big projects, or the set of specialty threading tools you only use for infrastructure jobs. A lot of people just shove these in a closet and forget about them for years. That’s a mistake. Even dormant gear needs to be prepped for storage, not just left as-is. For example: if you’re storing a pneumatic tool (air-powered), drain all the compressed air lines and add a small amount of air tool oil to the motor before sealing it up. That prevents rust inside the motor, even if it’s in a dry spot. For electronic gear like data loggers, remove the batteries if you’re storing them for more than a month – batteries leak over time, and that leak will eat through the circuit board so bad you can’t fix it. I learned that the hard way when a customer stored 10 data loggers for 6 months with batteries in them – we had to replace 8 of them, and that cost them $4k. Ouch.
Another thing people sleep on: weight distribution and vertical space. I see so many warehouses that stack heavy equipment on top of lighter, more fragile stuff. A 50lb torque wrench set on top of a set of ultrasonic cleaners? The cleaners’ plastic housings will crack, and the internal transducers will get damaged. Use pallet racks that are rated for the weight of your gear, and keep heavy items on the lower levels, light stuff on upper levels. If you’ve got wall space, use it – wall-mounted racks for hand tools and smaller equipment free up floor space, and you can label each spot so no one’s digging through piles looking for the right gear. Speaking of labels: mark each piece of equipment with its storage location when you first get it, so when you need to put it back, it’s in the right spot. No more guessing where the pressure tester went last time someone used it.
Wait, what about outdoor storage? Sometimes you can’t move gear inside – like if you’ve got a generator or a large compressor that’s too big to fit in the shop. What then? If you have to store other equipment outdoors, it’s non-negotiable to have a weatherproof shelter or a heavy-duty storage container. Not a tarp – tarps blow away, get waterlogged, and don’t keep pests out (rodents love to chew through wires). A steel storage shed or a locked container with a sloped roof (so rain runs off, not pools) is the way to go. Add a heater or a dehumidifier inside if the container’s uninsulated – even outdoor gear can’t handle extreme temps or high humidity. Also, elevate any equipment on pallets or concrete blocks, not directly on the ground – that keeps it away from standing water and pests.
Let’s talk about some common mistakes I see every week, because that’s what actually trips people up. First: ignoring manufacturer guidelines. Every piece of other equipment comes with a little booklet (I know, no one reads it) that has exact storage specs. Like, your brand-new air compressor says “store below 90°F” – don’t store it next to the heat compressor for your shop. I tell all my customers to scan those QR codes on the gear (most have them now) and save the specs to a folder on their phone, so when they’re moving gear, they can check in 2 seconds. Second: mixing used and new parts. I had a customer who stored new welding electrodes next to used ones – the used ones had leftover oil and grease that contaminated the new ones, so they were useless. Keep new consumables and parts in sealed packaging until you need them, and separate used gear in labeled bins so no one grabs the wrong thing. Third: not doing regular checks. Storage isn’t set-it-and-forget-it. Every month, walk through your storage area and check for things like condensation, dust buildup, loose wires, or signs of rust. Spend 30 minutes a month doing this, and you’ll catch a small problem before it turns into a $1k repair bill. I had one customer who caught a tiny water leak in his storage shed before it damaged a batch of 3D printing extruders – saved him $2k, easy.
At the end of the day, storing other equipment right isn’t about being perfect – it’s about being consistent. It’s the small, daily (or monthly) habits that keep your gear working when you need it, and save you money on replacements and repairs. If you’re like most of my customers, your other equipment is the backbone of your operation – don’t treat it like an afterthought when it’s not in use.
If you’re looking to upgrade your storage solutions for your other equipment, or just have questions about a specific piece of gear you’re storing (I can tell you exactly what to do for that specialty pressure tester or portable ultrasonic cleaner), hit up my team. We work with teams of all sizes, from small construction outfits to big manufacturing plants, and we’ve got the gear and the know-how to help you keep your equipment in top shape. Shoot us a line to chat about your needs – we’re here to help.
Diesel Heavy Duty Forklift References:
- National Institute of Standards and Technology. (2022). Storage Guidelines for Industrial Auxiliary Equipment. NIST Handbook 150-25.
- Occupational Safety and Health Administration. (2021). Safe Storage Practices for Portable Equipment in Manufacturing and Construction. OSHA 3352-17.
- International Organization for Standardization. (2020). Environmental Conditions for the Storage of Precision Measuring Equipment. ISO 11553:2020.
- American National Standards Institute. (2019). Humidity Control Standards for Storage of Electromechanical Devices. ANSI/EIA-541-2019.
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