A broken piece of lab equipment does more than just stop a machine. It stops a research project, delays a grant deadline, and wastes valuable samples. When a mass spectrometer or an ultracentrifuge goes down, every hour matters. Yet in many labs, the repair process grinds to a halt because the maintenance team has no idea where the spare parts are located.
This happens when the ticketing system and the inventory system are completely disconnected. A technician receives a breakdown ticket, walks to the stockroom, and discovers the needed part is missing. The ticket is closed, and the repair is delayed by weeks while procurement hunts down a supplier. Meanwhile, that exact part might be sitting unused in a drawer three doors down.
In this post, we will look at how to link your lab’s spare parts inventory directly to equipment breakdown tickets, and how the right software can make this process automatic.
The Unique Inventory Challenges in Research Labs
A research lab is very different from a standard manufacturing plant. A factory might have fifty identical conveyor belts, meaning they only need to stock one type of belt. A lab has a “high-mix, low-volume” equipment profile. You might have a high-performance liquid chromatography (HPLC) machine, three different types of centrifuges, a row of fume hoods, and several biosafety cabinets. None of them share the same spare parts.
Because the equipment is so specialized, the parts are hard to get. Many scientific instruments are built by overseas original equipment manufacturers (OEMs). If a specific sensor or control board fails, it might take three or four weeks to ship. You cannot afford to wait that long if a critical experiment is on the line.
This leads to a very common problem in labs: hoarding. Because lab managers and Principal Investigators (PIs) do not trust the central stockroom to have what they need, they start hiding parts. They stash spare filters, belts, and lamps in their own office drawers or lab freezers. This creates “ghost inventory.” The central system thinks you have zero parts, but you actually have five of them scattered across the building.
The Real Cost of Disconnected Tickets and Stockrooms
When your maintenance tickets do not talk to your inventory, you lose time and money every single day. The workflow usually looks like this. A researcher submits a ticket for a broken vacuum pump. A technician opens the ticket and walks to the parts room to grab a replacement seal. The seal is not on the shelf.
The technician has two choices. They can either spend hours hunting through different labs to see if someone has a spare seal, or they can close the ticket and tell the researcher to wait for procurement. Most of the time, the ticket sits in a “Waiting on Parts” status for weeks. The research stalls, and the researcher gets frustrated.
This disconnect also causes duplicate ordering. Because nobody can see what is actually in stock, three different lab managers might order the same expensive filter from three different vendors. You end up paying for expedited shipping on items you already own. You also risk letting shelf-life parts, like chemical reagents or rubber gaskets, expire in a closet because nobody knew they were there.
Building a Unified Bill of Materials for Lab Assets
The first step to fixing this mess is building a unified Bill of Materials (BOM) for your critical lab assets. A BOM is simply the exact list of parts that fit a specific machine. It is the recipe for repairing that equipment.
For example, if you have a large industrial autoclave, its BOM should list the exact part numbers for the door gasket, the pressure relief valve, the heating elements, and the water filters. You link these part numbers directly to the autoclave’s digital profile in your maintenance software.
When a technician opens a breakdown ticket for that autoclave, they should not have to guess what size gasket they need. They should not have to dig through a paper manual or call the manufacturer. The system should instantly show them the exact part numbers that fit that specific model. This stops the guesswork and prevents technicians from ordering the wrong parts.
Automating Part Reservations When Breakdown Tickets Open
Once your parts are linked to your machines, you need to automate the reservation process. This is how you stop parts from going missing while a repair is pending.
When a researcher submits a breakdown ticket, the system should instantly check the stockroom. If the needed part is on the shelf, the system should “hard-reserve” it for that specific ticket. This means no other technician or lab manager can take that part for a different machine. The part is locked to the open ticket until the repair is done.
If the system checks the stockroom and finds zero parts, it should automatically change the ticket status to “Waiting on Parts.” It should then trigger a purchase request and send it straight to the procurement team. This removes the need for technicians to send manual emails or fill out paper forms just to get a replacement part ordered. The workflow moves forward automatically.
Setting Smart Reorder Points for Critical Scientific Spares
You cannot stock every part for every machine in a research lab. It would take up too much space and cost too much money. Instead, you need to set smart reorder points based on how critical the machine is and how long it takes to get a new part.
You should separate your parts into two categories: insurance spares and consumables.
Insurance spares are parts you hope to never use, but must have on hand for critical equipment. Think about the compressor relay for a -80°C freezer that holds years of irreplaceable tissue samples. If that relay fails, you cannot wait three weeks for a replacement. You must keep one in stock, even if it sits on the shelf for two years.
Consumables are parts you use regularly, like vacuum pump oil, HEPA filters, or HPLC lamps. For these items, you set a minimum and maximum stock level. If the system shows you use four HPLC lamps a year, and the lead time from the vendor is six weeks, your reorder point should trigger when you have one lamp left in stock. This ensures you never run out, but you also do not waste money buying twenty lamps at once.
How TeroTAM Connects Lab Equipment to the Stockroom
Managing all of this with spreadsheets and paper forms is impossible. You need a digital system that links the lab bench directly to the parts room. That is why TeroTAM is built to connect your maintenance tickets with your inventory.
Prefilled Ticket Creation
When a researcher or technician scans a QR code on the lab machine, TeroTAM instantly opens a prefilled ticket creation window with all the necessary asset info. The machine’s exact model, serial number, and location are already filled in. This avoids tedious typing and ensures the maintenance team knows exactly which machine is broken.
Linked Bills of Materials
When the technician opens the ticket, TeroTAM shows the exact list of spare parts that fit that specific machine. There is no guessing. The tech sees the exact part numbers for the filters, belts, or valves they need to complete the repair.
Real-Time Inventory Checks
The technician can see exactly how many of those parts are sitting in the lab stockroom without leaving the lab bench. The app shows the current stock level for every part on the machine’s BOM.
Automated Purchase Requests
If the stock level is zero, the technician can tap one button to generate a purchase request. This request goes straight to the lab procurement manager with the correct part number and vendor info. No manual emails, no lost paper forms.
Part Check-Out and Tracking
When the technician grabs the part from the stockroom, they scan it with the TeroTAM mobile app. The part is instantly deducted from inventory and charged to that specific breakdown ticket. This keeps your stock counts accurate and shows exactly where your maintenance budget is going.
Anytime Visibility
Lab directors can use the MobileApp to see exactly which parts are being used the most, which machines are eating up the spare parts budget, and what items need to be reordered. You get a clear view of your entire lab’s maintenance health at any time.
Use Quick Checklists for Repairs
TeroTAM attaches the right and quick checklist for that specific repair. The technician just taps through the steps to ensure they followed the correct safety and calibration procedures before closing the ticket.
Use eWork Permits for Dangerous Repairs
Some lab equipment involves high voltage, pressurized gas, or hazardous materials. TeroTAM gives you an eWork Permit to easily access the site and machine. Technicians can get digital safety approval right on their phone before they start working on sensitive or dangerous equipment.
Stop Letting Missing Parts Delay Your Research
Connecting your spare parts inventory to your breakdown tickets is not just an IT project. It is a way to protect your research timeline and your budget. When your maintenance team knows exactly what parts they have, where they are, and how to get more, they can fix machines faster.
You stop wasting money on duplicate orders. You stop letting critical parts expire in hidden drawers. Most importantly, your researchers spend less time waiting for repairs and more time doing the work that matters.
Stop letting missing parts stall your lab. Book a short demo of TeroTAM to see how easy it is to link your equipment, tickets, and stockroom.
