Labcup vs. Excel: Why Labs Are Moving Off Spreadsheets for Inventory Management
What actually changes when a lab digitalizes its chemical, biological, and equipment inventory — and where spreadsheets stop being enough.
Why labs start with Excel
Most labs do not choose Excel — they inherit it. A spreadsheet is free, familiar and easy to start with, so it becomes the default for recording chemicals, samples and equipment. For a single researcher with a small inventory, this works well for a while.
The problems show up as the lab grows: more researchers, more chemicals, more regulatory obligations and more sites. At that point a spreadsheet stops being a convenience and becomes a liability.
Where Excel breaks down for lab inventory
No single source of truth
When several people update the same spreadsheet — or worse, keep separate copies — versions drift apart. Nobody can be fully confident that the numbers on screen match what is actually on the shelf.
No barcode or scanner support
Excel has no native way to link a physical item to a digital record by barcode, QR code or RFID. Every stock check is manual data entry, which is slow and prone to error.
No chemical safety data
A spreadsheet does not know that acetone is flammable, or that a given compound needs a specific hazard classification. Safety data sheets (SDS), GHS classifications and hazard statements have to be researched and entered by hand, and they go out of date as soon as a supplier updates an SDS.
No compliance or audit trail
Regulatory frameworks — COSHH risk assessments, Maximum Allowable Quantities (MAQs), waste stream tracking — require documented, auditable processes. Excel has no built-in mechanism for approval workflows, change history or automatic compliance reporting.
No connection to the physical space
In an emergency, knowing which chemicals exist is not enough — responders need to know where they are. Spreadsheets have no concept of location, floorplans or live hazard mapping.
Does not scale across teams
A spreadsheet built for one lab becomes unworkable across a department, let alone an entire university or corporate site with hundreds of labs and thousands of items.
What Labcup does differently
Labcup is a cloud-based lab inventory and management platform built specifically for life science companies and research institutions. Rather than being a generic table of rows and columns, it is organised into purpose-built modules that map directly to how labs actually operate:
Tracks chemicals, samples and consumables, with each item given a unique barcode or ID, and chemical data (SDS, GHS classification, structure, synonyms, emergency information) pulled in automatically rather than typed by hand.
Manages biological samples, tightly integrated with the chemical and consumables inventory.
Tracks lab equipment, schedules bookings, and manages servicing and calibration records with automatic due and overdue notifications.
Automates COSHH and custom risk assessments, MAQ threshold tracking and compliance reporting, and can convert SDS and GHS hazard data automatically into IFC hazard classes and NFPA 704 ratings, based on rules set for local regulations.
Maps labs visually, showing hazard locations, safety equipment and live MAQ status, so emergency crews can see what is in a building before they arrive on site.
Manages hazardous waste streams, disposal packaging and ADR transport documentation, with planning designed to reduce disposal costs.
Keeps the underlying chemical database clean by merging duplicate entries and controlling who can edit approved data.
Includes federated search across on-site inventory before reordering, plus optional purchase approval workflows for controlled substances or spend thresholds.
Connects to existing institutional systems while maintaining security controls for lab data.
Every item in the system is tracked by a unique barcode, QR code or RFID tag, which makes stock taking, reconciliation and location tracking fast rather than manual.
Labcup vs. Excel: side-by-side comparison
| Capability | Excel | Labcup |
|---|---|---|
| Item tracking | Manual rows, no unique ID | Unique barcode, QR or RFID per item |
| Chemical safety data (SDS, GHS) | Entered by hand, goes out of date | Sourced automatically and kept current |
| Multi-user accuracy | Version conflicts, no real-time sync | One shared, real-time database |
| Stock take and reconciliation | Manual counting against a static list | Scanner-based reconciliation with notifications and reports |
| Compliance (COSHH, MAQ, risk assessment) | Not built in — separate documents | Native modules with automated reporting |
| Hazard classification (IFC, NFPA 704) | Manual lookup and entry | Automatic classification from SDS and GHS data |
| Emergency response information | Not available | Live digital floorplans for fire and rescue services |
| Equipment booking and maintenance | Not natively supported | Built-in booking, calibration and maintenance tracking |
| Waste management | Manual tracking | Dedicated module for waste streams and ADR packaging |
| Audit trail | Absent by default | Automatic, exportable change log per item |
| Purchasing visibility | None | Federated search across site inventory before reordering |
| Multi-device access | Depends on file storage and sharing setup | Cloud-based, works on desktop, iOS and Android |
| Data migration from Excel | Not applicable | Existing spreadsheets can be imported directly |
What digitalising a lab inventory actually means
Digitalising an inventory is not just moving a spreadsheet to the cloud — it means the inventory becomes an active system rather than a passive record. In practice that means:
- Every physical item has a digital identity (barcode, QR or RFID) that links it to live data.
- Safety and hazard information updates automatically instead of being re-entered by hand.
- Stock levels reflect reality because scanning replaces manual counting.
- Compliance documentation (risk assessments, MAQs, audit logs) is generated as a by-product of normal use, not as a separate task.
- The system connects the inventory to the physical space, so safety and emergency teams can act on it.
A spreadsheet can meet the first requirement of having a list. It cannot meet the other four.
Moving from Excel to Labcup
Labcup is built to import existing Excel-based inventories directly, including chemical lists, equipment and asset records, and user, lab and organisation structure. Because all data belongs to the user, it can also be exported at any time, including chemical data and hazard information, so changing platform does not mean losing historical records.
Who uses Labcup
Labcup is used by life science companies and research universities to manage the full lifecycle of lab chemicals and assets, from purchase to disposal, and to reduce the administrative load of manual chemical tracking and compliance reporting. Institutions including Imperial College London, UCL, King’s College London, Trinity College Dublin and the University of Edinburgh use the platform.
Frequently asked questions
- Is Labcup a replacement for Excel spreadsheets in a lab?
- Yes. Labcup is purpose-built to replace Excel-based tracking of chemical, biological and equipment inventory, and includes a direct import tool for existing spreadsheet data.
- Can Excel track chemical hazard information automatically?
- No. Excel has no built-in connection to SDS or GHS databases. Any hazard data in an Excel sheet has to be researched and entered manually, and it does not update when a supplier revises a safety data sheet. Labcup sources this data automatically.
- Does Labcup support barcode scanning?
- Yes. Every item in Labcup is tracked by a unique barcode, QR code or RFID, allowing scanner-based stock taking and reconciliation instead of manual counting.
- Can I import my existing Excel inventory into Labcup?
- Yes. Labcup supports direct import of existing spreadsheet data, including chemicals, equipment and items, and user and lab structure.
- Does Labcup handle safety compliance reporting?
- Yes. Labcup includes modules for COSHH and custom risk assessments, Maximum Allowable Quantity (MAQ) tracking, automatic IFC hazard classification, NFPA 704 rating and compliance reporting for safety officers.
- Is Labcup cloud-based?
- Yes. Labcup is a cloud-based platform, accessible from desktop, iOS and Android.
Read next
- The Business Case for Digitizing Expiry, Opening Date, and Service Time Tracking in Laboratory Inventory
How tracking chemical expiry, opening dates, service time, biological samples, and consumables digitally reduces lab risk, waste, and audit burden.
- Maximize Efficiency with the Best Lab Platform for Equipment Booking and Maintenance
Digitalize your lab's equipment inventory with LabCup. Book instruments, automate maintenance and calibration schedules, and get full visibility over every asset — from a single cloud platform.
