Australian healthcare sites are under pressure. Stock levels keep rising. Floor space keeps shrinking. Compliance rules keep getting tighter.
Medication safety is already a known problem in Australian hospitals. Research reviewed by the Australian Commission on Safety and Quality in Health Care estimates that 2 to 3 percent of hospital admissions in Australia are medication-related. Poor storage, tracking and stock control are part of that picture.
Many sites now use automated storage for pharmaceutical warehouses to fix this. Instead of static shelves, they use vertical carousels and vertical lift modules (VLMs) for automated medication storage. These store stock using height, not floor space. They also track every item on a screen.
This article covers how these systems work. It looks at security, compliance, space, cost and the standards bodies (TGA, GMP, GDP, GS1 and ISO) that shape how pharmaceutical storage runs in Australia. It also shares tips from Vertical Carousel Australia’s 30+ years in the field.
Pharmaceutical storage is harder because it combines tight security needs, strict temperature control and careful expiry tracking, all at once. A general warehouse rarely has to manage all three together. Plain shelving often can’t keep up.
Hospitals, pharmacies, labs and pharma distributors run into the same problems:
Industry benchmarking suggests manual order picking runs at an error rate of around 1 to 3 percent across general warehousing. In a pharmacy or pathology setting, a small error rate like this carries much higher risk. The item being mispicked might be a medicine or a controlled drug, not a general product.
These problems are pushing more Australian sites toward automated storage.
Automated storage for pharmaceutical warehouses is a system that uses machines, such as vertical carousels and VLMs, to store stock vertically and deliver it to a staff member on demand. The machine brings the item to the person, instead of the person walking to find it.
This is called goods-to-person picking. The system finds the right tray or shelf. It then delivers it at a comfortable height.
Picture a hospital pharmacy with over 5,000 stock items. On a busy shift, staff might walk for hours between shelves. A goods-to-person system cuts most of that walking. The stock comes to the staff member instead.
Goods-to-person picking is a warehouse method where a machine retrieves stock and brings it to a fixed point, rather than having a person walk through aisles to find it. It’s the core idea behind both VLMs and vertical carousels.
A typical setup has:
Several types of automated storage are used across Australian healthcare and pharma sites. Each suits a different job.
A Vertical Lift Module (VLM) is an enclosed automated storage unit with two columns of trays and a central lift that fetches the right tray on demand. It uses the full height of a room, so it fits a lot of stock into a small floor space. The enclosed design also blocks dust and stops unwanted access.
A vertical carousel is a storage unit that spins enclosed shelves, similar to a Ferris wheel, to bring stock to one fixed pick point. This makes picking easy on the body. It also keeps stock closed off and safe. It works well for items you pick often, like common medicines and tools.
Smart cabinets are smaller, locked units used at ward level. They support medication management. Staff log in to open a set drawer. This keeps tight control over which medicines get touched, and by whom.
Some units are built to hold a set temperature and humidity range. This matters for vaccines and other cold-chain drugs. Under the TGA’s wholesaling rules, sites storing temperature-sensitive medicines must monitor conditions using calibrated equipment and keep the cold chain intact from receipt through to distribution. Automated climate-controlled units support this requirement. They don’t replace the monitoring and process controls a site still needs.
A Warehouse Management System (WMS) is software that tracks what stock is stored where, and manages the flow of stock in and out of a facility. Hardware needs software like this behind it to be useful. It can link to barcode scans or RFID to log each pick. This often ties into a site’s ERP system too, so stock data stays in one place, not scattered across separate tools.
The right choice depends on the stock, not the budget. VLMs often suit sites with many different stock types and mixed tray heights. Vertical carousels often suit fast, repeat picking of similar-sized items.
Both systems save space. Both boost security. But they’re not the same tool.
From Vertical Carousel Australia’s own experience, VLMs tend to work best for sites with thousands of stock lines. Why? Tray heights can be set to match each item. Less wasted space, more stock per square metre.
Vertical carousels tend to work best for fast, repeat picks of similar-sized stock, like common medicines. The spinning design keeps popular items close at hand.
| Factor | Vertical Lift Module (VLM) |
Vertical Carousel |
|---|---|---|
| Footprint | Very small, uses full ceiling height | Small, slightly larger base |
| Best for | Mixed stock, mixed tray heights | Fast picking of similar items |
| Pick speed | Fast, one tray at a time | Fast, non-stop spin |
| Security | Fully enclosed trays | Enclosed shelves |
| Upkeep | Simple, few moving parts at the pick point | Simple, relies on the spin motor |
| Best fit | Pharma distribution, mixed stock | Hospital pharmacy, high-turnover items |
This table is a rough guide. Your best fit depends on your stock mix, pick speed needs and floor space.
The main difference is control. Manual storage relies on people to track, find and record stock by hand. Automated storage uses software and machines to do this instead, cutting errors and freeing up staff time.
| Factor | Manual Storage | Automated Storage |
|---|---|---|
| Records | Paper logs or spreadsheets | Digital, real-time tracking |
| Picking accuracy | Around 1 to 3 percent error rate | Guided picking, error rates well under 1 percent |
| Space use | Spread across aisles and shelving | Vertical, using building height |
| Retrieval speed | Staff walk to the item | Goods-to-person, item comes to staff |
| Stock rotation | Relies on staff following FIFO by habit | FIFO can be set and enforced by the system |
| Audit trail | Manual sign-in sheets, easy to lose | Automatic, timestamped, tied to a login |
| Security | Open shelving, hard to restrict | Login-based access control |
Automated storage improves security by restricting access through staff logins, recording every stock movement, and creating a full audit trail. This cuts down on unauthorised handling of controlled or high-value stock.
For medical stock, “secure” means more than a lock. It means knowing who touched an item, and when.
Automated storage helps with this in a few ways:
FIFO stands for First In, First Out. It’s a stock rotation rule where the oldest stock of an item gets used before newer stock of the same product. This lowers the risk of stock expiring unused on the shelf.
An audit trail is a timestamped record of every action taken on a piece of stock, including who accessed it and when. In automated storage, this record is created automatically every time a tray or shelf is opened.
For sites with controlled drugs, this level of detail matters a lot. It beats trying to control access with open shelves and paper logs.
Automated storage can save a large amount of floor space because it uses a building’s height instead of its floor area. Manufacturer claims often put this figure at up to 80 percent. Independent market research from Grand View Research suggests the potential is as high as 85 percent compared with standard shelving. Real-world results still depend on your layout, stock mix and ceiling height.
Space is a top benefit of automated storage. This matters most in Australian cities, where a bigger building isn’t always an option.
In real terms, this can look like:
Goods-to-person picking also brings stock to the staff member. So teams spend less time walking. Vertical Carousel Australia notes its systems can lift picking speed by up to two-thirds in some cases. This lines up with reporting from Kardex Remstar, a major maker of goods-to-person systems. It states that automation can cut labour needs for picking and retrieval by a similar margin. Results still vary by site and process.
Automated storage boosts stock accuracy, saves floor space, cuts picking errors, builds up security, backs compliance and speeds up picking. Independent research also links these systems to pick accuracy above 99 percent, well ahead of typical manual rates.
Common warning signs include running out of storage space, expired stock found too late, frequent picking errors, trouble producing audit records, and staff walking long distances to complete picks.
Look out for these signs at your site:
If two or more sound familiar, it’s time to look at your storage setup.
No. Automated storage backs compliance through better access control, records and tracking, but the system alone doesn’t make a site compliant. Compliance still comes down to your own training, processes and standard operating procedures.
Several recognised bodies and standards shape pharmaceutical storage and distribution in Australia:
The Therapeutic Goods Administration (TGA) is Australia’s regulator for medicines, medical devices and biologicals. It operates under the Therapeutic Goods Act 1989 and sets the standards that manufacturers, wholesalers and distributors must meet for quality, safety and efficacy.
Good Manufacturing Practice (GMP) is a set of quality standards for how medicines are made. In Australia, the TGA applies the PIC/S Guide to GMP, which covers manufacturing, storage and quality control processes.
Good Distribution Practice (GDP) covers how medicines are stored, transported and handled once they leave the manufacturer. Australia doesn’t have a standalone GDP guideline like some other countries. Instead, GDP principles sit inside GMP and the Australian Code of Good Wholesaling Practice for Medicines, which sets out storage, handling and security rules for wholesalers.
GS1 Australia is the local body that manages barcode standards used across Australian supply chains, including healthcare. Its barcoding standards support batch tracking and traceability, which are both central to automated storage.
ISO 13485 is an international standard for quality management systems specific to medical devices. Some automated storage providers align their processes with ISO 13485 or the more general ISO 9001 standard to show a consistent, audited approach to quality.
Here’s where automated storage genuinely helps with these frameworks:
Sites still need their own training, processes and standard steps. Automated storage makes it easier to hold those standards over time. It’s not a compliance system on its own.
Modern pharmaceutical storage blends hardware, like VLMs and carousels, with software. This means barcode scans, RFID, a WMS and ERP links working together to keep stock data correct in real time.
Core tech pieces that work together:
The real win comes when these tools link up. A scan at pick should update stock records right away. That data then feeds into procurement and compliance reports.
Cost depends on a few things: unit size, new versus refurbished gear, software needs, setup work and ongoing upkeep. Refurbished units often cost 50 to 75 percent less than new ones.
There’s no single price tag for automated storage. A few things shape the final cost:
A specialist can look at your site and stock mix to give a real estimate. That beats guessing from a generic price list.
Automated storage tends to pay for itself through staff time, floor space, better stock accuracy, less waste and faster audits. The payback time still varies by site.
When sites weigh up ROI, they usually look at:
These gains add up over time. Results still depend on your process, stock volume and daily use.
The top mistakes are buying a system that’s too small, skipping ERP links, poor tray setup, and no plan for growth.
Working with an experienced provider from day one helps you dodge these issues before setup, not after.
Before choosing a provider, it helps to work through a short checklist:
Picking an automated storage system is a long-term call. Look past the price tag alone. Facility managers usually weigh up:
Vertical Carousels Australia (Vertical Carousel Australia) has worked across Australian and New Zealand healthcare and pharma sites for 30+ years. Vertical Carousel Australia supplies new and refurbished carousels and VLMs. It also offers upkeep, relocation, PLC upgrades and software support. See how this fits medical and pharma settings on Vertical Carousel Australia’s medical and pharmaceutical industry page. You can also see how storage links to your systems on the software and ERP integration page.
Automated storage for pharmaceutical warehouses solves several problems at once. It boosts security through locked access and audit trails. It backs compliance with GMP, GDP and GS1-aligned tracking. It cuts picking errors. And it wins back floor space by using height instead of floor area.
Hospitals, pathology labs and pharma distributors face tight space and tougher rules. Old-style shelving can’t keep pace with both at once.
Vertical Carousel Australia has spent 30+ years installing, fixing and upgrading these systems for healthcare sites across Australia and New Zealand. Want to boost storage security? Free up warehouse space? Link automated storage to your inventory tools? Talk to the team at Vertical Carousels Australia. They can build a fit around your stock, space and compliance needs.
