For this unattended retail deployment in Spain, the operator selected a WEIMI dual-door gravity-sensing refrigerated vending machine as a self-service sales point for packaged snacks and chilled beverages.

The field installation shows a two-door glass-front refrigerated cabinet stocked with bottled drinks, canned beverages, packaged snacks and other grab-and-go products. Instead of requiring every SKU to fit a spiral coil or mechanical delivery channel, products are displayed directly on refrigerated shelves.

The result is a retail format built around three practical requirements: flexible merchandising, refrigerated storage and a simple self-service shopping flow.

This field case focuses on how the machine architecture fits the product mix and operating model. Sales figures, ROI and payback data are not disclosed.

Project Snapshot

The Business Context

Snack and beverage vending sounds simple until the operator begins working with a large assortment.

Bottled water, soft drinks, juice, canned beverages, chocolate, packaged snacks and convenience foods do not all share the same dimensions, weight or packaging.

A conventional vending machine normally requires the operator to organize products around predefined dispensing channels. Product width, package rigidity and delivery behavior can therefore influence which SKU can be placed in each channel.

The Spanish deployment takes a different approach.

The two-door refrigerated cabinet presents products directly on open shelves behind glass doors. This gives the operator more freedom to arrange different package formats within the available shelf space.

For a mixed snack-and-drink assortment, the machine therefore functions less like a traditional mechanical dispenser and more like a compact automated convenience store.

The Main Retail Challenge: Managing a Mixed Product Assortment

One of the most important considerations in snack and beverage vending is assortment flexibility.

The supplied installation image shows multiple categories inside the refrigerated cabinet, including:

• bottled beverages;
• canned drinks;
• individually packaged snacks;
• confectionery;
• chilled convenience products;
• different package heights and widths.

This assortment illustrates why machine architecture matters.

An operator selling only one standardized bottle format has very different requirements from an operator that wants to merchandise dozens of products in different packages.

For a mixed assortment, three issues become especially important.

1. Product Size

Different SKUs occupy different amounts of shelf space.

The cabinet layout needs enough flexibility to accommodate both narrow beverage bottles and wider packaged foods.

2. Product Recognition

The machine must determine what has been removed during a shopping session without requiring every product to pass through a mechanical dispensing mechanism.

3. Refrigeration

Beverages and selected grab-and-go foods may need refrigerated storage while remaining clearly visible to customers.

These requirements help explain why a double-door gravity-sensing refrigerated cabinet was selected for this deployment.

Why a Dual-Door Gravity-Sensing Architecture Fits the Application

The value of this machine is not simply that it has two doors.

The architecture connects several functions that are relevant to mixed snack and beverage retail.

Wider Merchandising Space

Two refrigerated door sections create a larger visible merchandising area than a compact single-door cabinet.

Operators can divide products by category, shelf level, package type or sales priority.

For example, one section can emphasize beverages while another provides more space for packaged snacks and convenience products.

The final layout does not need to follow this exact arrangement; the important point is that shelf allocation can be adapted to the real assortment.

Direct Shelf Access

Customers retrieve products directly from the refrigerated shelves.

There is no need for the selected item to fall through a spiral or travel through a delivery chute before collection.

This makes the format suitable for a broad range of packaged products, provided that each SKU has been correctly configured for the sensing system.

Gravity / Weight-Sensing Recognition

The shelf-based sensing system monitors changes in product weight when merchandise is removed or returned.

This allows the retail process to be based on the customer's actual interaction with the shelf rather than a single mechanical dispensing command.

For operators, the important implementation issue is not simply installing sensors.

Each SKU and shelf position must be planned so that the system understands what products are expected in each merchandising zone.

Refrigerated Display

The glass-front cabinet combines product visibility with refrigerated storage.

Customers can view the available assortment before starting or completing their purchase.

The exact operating temperature used in this Spanish installation has not been disclosed and should not be inferred from unrelated machine specifications.

Machine Configuration

Only configuration details supported by the project information and supplied installation image are included below.

This distinction is important.

A customer case should document the actual project rather than automatically copying specifications from another WEIMI model.

How Gravity-Sensing Shopping Changes the Customer Journey

A gravity-sensing smart cabinet creates a different shopping experience from a traditional coil vending machine.

Instead of selecting one item and waiting for it to drop into a collection tray, the customer interacts with the refrigerated cabinet more like a small self-service store.

A typical purchase sequence is:

Step 1 — Start the Shopping Session

The customer begins the transaction using the payment or access method configured for the machine.

The exact payment configuration used in this Spain deployment is not being published.

Step 2 — Open the Refrigerated Door

After the shopping session is authorized, the customer can access the refrigerated merchandise area.

Because products are visible through the glass, customers can review the selection before choosing.

Step 3 — Take the Desired Products

The customer removes one or more snacks or drinks directly from the shelf.

The gravity-sensing system uses changes at the shelf level to determine which merchandise has been removed.

Step 4 — Return an Item if Needed

A key difference from a mechanical dispenser is that the customer can interact with the merchandise before the final transaction is completed.

If the system and SKU configuration support the workflow, returned products can be recognized through the corresponding shelf-weight change.

Step 5 — Close the Door and Complete the Transaction

Once shopping is finished, the machine completes the configured checkout process according to the products recorded during the session.

For customers, this creates a more natural open, select and go experience than purchasing every product through a separate vending channel.

Why the Product Layout Matters

Gravity-sensing technology does not eliminate the need for merchandising discipline.

In fact, shelf organization becomes an important part of reliable operation.

Each SKU should have a clearly planned position.

For a snack-and-drink operator, this usually means considering:

• package weight;
• package dimensions;
• number of facings;
• shelf depth;
• product stability;
• expected sales velocity;
• refrigeration requirement;
• restocking convenience.

A bottle of water and a lightweight snack pack may occupy similar visual space but behave very differently from a sensing perspective.

For this reason, the machine should be configured around the actual SKU list rather than around a generic product category such as "snacks and drinks."

What the Spain Installation Shows About Assortment Flexibility

The supplied field photograph is particularly useful because it shows the machine in a stocked operating environment rather than as an empty factory sample.

Inside the two refrigerated sections, different shelves contain different product formats.

This demonstrates a key practical advantage of shelf-based smart vending:

the operator is not limited to one package shape across the entire cabinet.

A single retail point can be organized around multiple beverage and snack categories while maintaining a consistent refrigerated presentation.

For operators, that creates more merchandising flexibility.

It also means that product changes can often be approached as a shelf-planning task rather than a complete mechanical channel redesign.

Operator Workflow: Restocking Comes Before Recognition Accuracy

For a gravity-sensing vending project, the customer's purchase experience depends heavily on how well the operator manages the machine behind the scenes.

The most important operational rule is simple:

the physical shelf layout and the digital SKU configuration must remain aligned.

When restocking a machine of this type, operators should work from a defined product plan rather than placing merchandise wherever space is available.

A practical workflow for similar deployments includes:

1. Confirm the SKU

Make sure the product being loaded matches the SKU assigned to that shelf position.

2. Check Packaging

Changes in packaging size or product weight should be reviewed before treating a replacement product as identical to the previous SKU.

3. Load Products Consistently

Products should be arranged so customers can remove them easily without unintentionally disturbing adjacent merchandise.

4. Verify Shelf Assignment

After changing an assortment, the operator should confirm that the machine configuration reflects the physical merchandise layout.

5. Inspect the Refrigerated Cabinet

Cleaning, door condition, shelf organization and refrigeration performance should be part of normal service procedures.

The exact restocking frequency used by this Spanish operator has not been provided.

It should therefore be determined by actual demand, cabinet capacity, product shelf life and the operator's service schedule rather than by a generic weekly or daily rule.

The Role of Refrigeration in Snack and Beverage Retail

Refrigeration is particularly important when the product mix includes chilled beverages and temperature-sensitive convenience products.

However, "refrigerated" should not be treated as a single universal setting.

Before configuration, operators should identify:

• which products require chilling;
• supplier storage instructions;
• desired serving temperature;
• local food-handling requirements;
• ambient conditions at the installation location.

The correct operating range should then be set for the actual assortment.

This is preferable to choosing a temperature simply because it appears in a general product specification.

Double-Door Capacity Is Useful Only When the Assortment Is Planned

Larger capacity can be valuable, but capacity alone should not be the purchasing decision.

A double-door cabinet creates more merchandising area, yet the useful capacity depends on what the operator actually plans to sell.

For example:

twenty different beverage SKUs;

a combination of drinks and confectionery;

larger packaged foods;

or a narrow selection with deeper stock

will each require a different shelf plan.

For buyers considering a similar machine, a SKU-level plan is therefore more useful than asking only:

"How many products can this machine hold?"

The better question is:

"How many of my actual products can this layout hold while keeping the machine easy to shop and restock?"

What Can Be Confirmed From This Field Case

No sales, revenue, transaction-volume, margin or payback data have been provided for publication.

For that reason, this case should not be interpreted as evidence of a guaranteed commercial return.

What the deployment does demonstrate is the practical application of a dual-door gravity-sensing refrigerated vending machine for a mixed snack and beverage assortment in Spain.

The available evidence confirms:

• a real installed retail environment;
• a double-door refrigerated cabinet;
• multiple snack and beverage categories;
• shelf-based merchandising;
• a gravity / weight-sensing retail architecture;
• a self-service unattended sales format.

These observations are useful because they show how the system is physically deployed rather than relying on projected business results.

Lessons for Other Snack and Drink Vending Operators

This Spain deployment provides several practical lessons for operators evaluating gravity-sensing vending.

1. Start With the SKU List

Do not choose the final shelf configuration before understanding what products will actually be sold.

2. Use Product Weight and Dimensions in Configuration

Recognition and merchandising both depend on real product characteristics.

Product samples or accurate technical information are more useful than category names alone.

3. Treat Shelf Mapping as an Operating Standard

If the operator frequently changes products, a clear SKU-management process becomes essential.

4. Plan Refrigeration Around the Assortment

Different products may have different storage requirements.

The cabinet configuration should follow the product, not the other way around.

5. Evaluate Capacity by Sellable Assortment

A larger cabinet is valuable when its shelves are allocated intelligently.

Nominal machine capacity should not replace a real merchandising plan.

Who Is This Type of Vending Machine Suitable For?

A dual-door gravity-sensing refrigerated cabinet can be considered by operators that want to sell a flexible mix of refrigerated grab-and-go products.

Potential applications include:

• convenience retail;
• office micro markets;
• hotels;
• residential communities;
• gyms;
• transport locations;
• universities;
• factories;
• hospitals;
• unattended retail areas.

However, the correct machine architecture should always be evaluated against the actual product assortment, location conditions and payment requirements.

A gravity-sensing cabinet is not automatically the best vending architecture for every product.

Planning a Similar Snack and Drink Vending Project

For a project like this Spain deployment, machine selection should begin with product and operating information.

Before recommending a configuration, WEIMI can evaluate:

• product photographs;
• SKU list;
• package dimensions;
• approximate product weight;
• number of planned SKUs;
• required refrigeration conditions;
• target installation country;
• indoor or outdoor location;
• preferred payment method;
• expected customer traffic;
• replenishment strategy;
• required branding or cabinet dimensions.

This allows the shelving, recognition configuration and refrigerated cabinet layout to be designed around the real retail operation.

Frequently Asked Questions

What is a gravity-sensing vending machine?

A gravity-sensing vending machine uses shelf weight changes as part of the product-recognition process. When products are removed or returned, the system uses the configured shelf and SKU data to determine changes during the shopping session.

Can a gravity-sensing vending machine sell both snacks and drinks?

Yes. A shelf-based cabinet can accommodate different packaged snacks and beverages when the shelf layout, product dimensions and SKU configuration are planned correctly.

The Spain field deployment shown here uses the machine for a mixed snack-and-drink assortment.

Why use a double-door cabinet instead of a single-door model?

A double-door cabinet provides a larger merchandising area and can support a broader assortment or more stock.

Whether this is necessary depends on the number of SKUs, package dimensions, expected demand and available installation space.

Does every gravity-sensing vending machine need refrigeration?

No.

Refrigeration depends on the products being sold.

For chilled beverages and selected food products, a refrigerated configuration may be appropriate. Ambient products may require a different setup.

Can customers buy multiple products in one shopping session?

Gravity-sensing cabinet architecture is designed around direct shelf interaction rather than one mechanical dispensing cycle at a time.

The exact transaction rules depend on the configured payment and software system for the project.

Can the operator change the product assortment later?

Product assortments can be adjusted, but new SKUs should be properly mapped and tested before being introduced into normal operation.

Operators should not assume that two visually similar products have identical weight and sensing characteristics.

What information should I send WEIMI for a similar project?

Send the planned SKU list, product dimensions, approximate weight, packaging photos, refrigeration requirements, installation country, preferred payment method and expected site conditions.

These details allow the machine configuration to be evaluated around the actual business rather than a generic vending template.

Conclusion

This Spanish deployment shows how a dual-door gravity-sensing vending machine can be used to organize snacks and beverages in a refrigerated self-service retail format.

Its main value is not a single headline feature.

The more important advantage is the way the architecture connects open-shelf merchandising, gravity-based product recognition, refrigeration and direct customer access within one unattended retail point.

For operators considering the same model, the critical decisions should be made before production: define the SKU list, understand product dimensions and weights, determine refrigeration requirements, plan the shelf layout and confirm the local payment workflow.

That approach creates a vending configuration based on the real retail operation rather than forcing the business to adapt to a generic machine.

Planning a gravity-sensing snack and drink vending project? Send WEIMI your SKU list, product photos, dimensions, approximate weights, refrigeration requirements and target installation location for a project-specific configuration assessment.