Introduction

The global olive oil industry in 2023 has entered uncharted territory, experiencing an extraordinary surge in olive oil prices driven by a combination of climatic and economic forces. At the centre of this crisis lies Spain’s devastating drought, which has crippled the world’s largest olive oil producer. This severe shortage has led to a dramatic contraction in olive oil supply, triggering price escalation and a corresponding decline in consumer demand. The ripple effects are being felt worldwide, reshaping the balance between producers and consumers alike. Meanwhile, Australian olive oil producers find themselves in a rare position of advantage, benefitting from unprecedented market highs. This article explores the causes, consequences, historical trends, and economic signals surrounding this remarkable global olive oil price spike.

The Spanish Drought and Its Impact on Supply

The ongoing drought across Spain stands as the principal factor behind the current olive oil price surge. As one of the largest olive oil-producing nations globally, Spain’s drastically reduced harvest - caused by months of extreme heat and minimal rainfall - has sharply curtailed olive oil availability in both European and international markets. This has intensified supply shortages, compelling consumers to pay more for what has long been a staple Mediterranean product. The interplay of limited supply and escalating demand has magnified price volatility, reinforcing the classic supply-and-demand imbalance now driving global markets.

Incredible to see the olive groves of Jaen, Spain. This one province produces around a fifth of the *entire* global supply of olive oil

But a combination of drought & extreme heat has left many trees badly weakened... This years harvest looks set to be the worst in living memory pic.twitter.com/QYs41eXCwC

— Secunder Kermani (@SecKermani) August 31, 2023

Decline in Consumer Demand

As prices have risen steeply, the shortage of olive oil has led to a noticeable decline in consumption, particularly in Spain, where demand has reportedly dropped by around 35%. Consumers are now scaling back their purchases, finding olive oil increasingly unaffordable compared to other cooking oils. The once-steady household consumption patterns are shifting as people seek alternatives or modify their cooking habits. This contraction in domestic demand not only highlights the growing accessibility gap for consumers but also underscores the broader economic strain caused by high inflation and food price increases.

Australian Olive Oil Producers Reap the Rewards

Amid the turmoil, Australian olive oil producers are experiencing a windfall. Thanks to limited global supply, Australian growers are commanding record prices exceeding AUD $8 per litre, marking the highest levels ever recorded in the nation’s olive oil industry. This lucrative period presents a rare opportunity for Australian exporters, with demand from Europe - including Spain itself - now turning toward Australian supplies. For producers Down Under, this unique reversal of roles underscores how regional climate resilience and diversified production can translate into significant financial gains when global shortages arise.

Historical Context: How the Market Reached 2023

The olive oil market’s volatility is not a new phenomenon. Previous spikes occurred in 1996, 2006, and 2015, each triggered by weather-related supply constraints. Yet, the 2023 price explosion stands out as the most dramatic in recorded history -over 40% higher than any previous price peak, and roughly double the magnitude of earlier surges. This extreme escalation reflects not just climatic hardship but a clear pricing bubble forming within the market, echoing the cyclical nature of commodity pricing.

Cyclical Trends and Economic Correlations

The olive oil sector has long followed cyclical pricing patterns, typically alternating between low and high price phases roughly every decade. The current surge aligns almost perfectly with the predicted start of another 10-year cycle, occurring just three years into its anticipated timeline. Furthermore, a notable correlation has been identified between the Australian Food Inflation Index and the Global Olive Oil Price Index as reported by the International Monetary Fund (IMF). This connection illustrates the deep interdependence between food commodity pricing and global economic conditions.

While the IMF’s benchmark prices are denominated in USD, for the purposes of this analysis they have been converted to AUD to track the trend relative to Australian markets. These benchmark indicators -based on the world’s largest olive oil exporters -serve as a reliable gauge of overall market direction, confirming how global shortages and inflationary pressures move in tandem.

Technical Indicators: Signals of an Overbought Market

From a technical analysis perspective, the Relative Strength Indicator (RSI) is often used to measure price momentum and potential overextension in markets. On recent olive oil price charts, the RSI (represented in purple) indicates that prices have once again entered overbought territory - a level seen during previous speculative phases. Historically, such readings have preceded market corrections or reversals, suggesting that the current surge may not be sustainable in the long term.

Analysts caution that as the European olive harvest begins in September and October 2023, an influx of new oil supplies could help ease prices, though the timing and extent of this correction remain uncertain. Until then, speculative trading and limited inventory continue to support inflated market values.

Conclusion

The record-breaking olive oil prices of 2023, primarily triggered by Spain’s drought-induced production collapse, mark a turning point for the global olive oil economy. With consumer demand declining under the pressure of soaring prices and Australian producers thriving amid the scarcity, the industry is experiencing a dramatic rebalancing. Historical precedents, cyclical trends, and market indicators all point toward a complex, transitional period defined by volatility and uncertainty.

As the world’s producers, traders, and consumers adapt to these new market dynamics, one truth remains clear: olive oil - celebrated for its taste, health benefits, and cultural significance - continues to be at the mercy of both climate change and economic cycles. Stakeholders across the value chain must remain alert, flexible, and forward-thinking as the olive oil market navigates this extraordinary phase of transformation.

Other Sources

• Olive Oil Prices at Origin   
• POOLred, Spain

Reliable labelling systems are essential for consistent product identification, accurate label placement, and packaging efficiency. Selecting the correct machine requires matching the equipment to the specific characteristics of each container. Bottles, vials, and jars vary in wall shape, surface regularity, height, and diameter, making equipment compatibility a critical engineering decision. To achieve reliable performance, all packaging variations should be assessed by a specialist experienced in labelling and packaging equipment. 

Core Principles of Effective Labeling

The labelling process consists of several controlled mechanical and adhesive-transfer stages. Each stage must operate precisely to ensure consistent results

Label Feed- The label is drawn from the roll and routed through the machine using rollers or tension-controlled guides.

Label Pickup- Pickup may be achieved via: 

• suction cups
• compressed air
• buffer pads 
• rollers 
• secondary adhesive systems

Compression and Securing- Once positioned, the label is secured using: 

• buffer pads
• compressed air 
• belts
•  brushes

• linearly, or 
• via rotary systems for high-speed applications.

Categories of Labelling Machines

Semi-Automatic Labelling Machines

Semi-automatic systems require manual placement of each container before the labelling cycle is triggered using:

• a turn handle
• a push button
• a foot pedal

Suitable for small to mid-scale operations requiring flexibility and short changeover times. Models:

 High-Capacity Semi-Automatic Systems 

The Benchmax supports the widest range of product sizes and offers high application speeds suitable for industrial output. It applies transparent or clear labels with high precision.

Fully Automatic Labelling Machines

Fully automatic systems integrate into production lines following filling and capping. Conveyors transfer containers across each station. 

Automated lines may include: 

• depalletisers
• filling modules
• capping heads
• labelling stations
• automated packing systems

The Polaris Line demonstrates a complete automated workflow from filling through to finished bottles. 

Common Types of Labeling Machines Used in Production 

Labeling machines generally come in two formats: semi-automatic and fully automatic. Semi-automatic labeling machines require manual placement of each bottle or container before the labeling cycle begins, and the operation is typically triggered by a turn handle, button, or foot pedal.

Fully automatic labeling machines are integrated directly into the production line, usually following the filling and capping stages. These systems rely on conveyors to move packaging through each section of the process. Containers may be fed in automatically by a depalletizer and packed at the exit point by machine, though these steps can also be performed manually depending on the overall line configuration and equipment capabilities. 

Benchmate: An Entry-Level Semi-Automatic Labeling Solution

Manufactured in Australia, the Benchmate delivers excellent performance in the entry-level category. This manually operated label applicator is driven by a simple turn handle.

Semi-Automatic Labeling Machine for Mid-Level Production

The Benchmark, also manufactured in Australia, is the next level up from the Benchmate and can apply single, full wrap-around, or front-and-back labels with ease.

High-Capacity Semi-Automatic Labeling Machine

The Benchmax handles the widest range of product sizes and delivers exceptional speed, making it ideal for high-output industrial applications. It’s user-friendly and supports precise application of transparent or clear labels.

Observe the foot-pedal system in use. 

Fully Automated Labeling Systems 

Watch the full Polaris Line showcase, demonstrating filling, capping, and labeling from start to finish.

View the entire workflow of filling, capping, and labeling. 

Common Labeling Issues

Over the years, I’ve encountered a wide range of labelling problems and have helped many producers fine-tune their equipment, as correct setup and label tension are absolutely critical. Some of the most common labelling issues arise because: 

• Tearing often happens when the wrong label material is used during production. In some cases, poor machine calibration can prevent labels from applying smoothly, causing them to drag across the container and tear. 
• Peeling often happens when moisture is present or when the adhesive has aged or isn’t the right type for the application. 
• Curling typically appears when the adhesive releases from the container, which is more common in colder environments, such as refrigeration. It can also stem from die strikes created during the label-cutting process. These die-cutting issues tend to be more noticeable on automated production lines. 
• Die strikes can occur during the label manufacturing stage, and it is the label supplier’s responsibility to ensure their equipment is calibrated and operating correctly to prevent them. 
• Wrinkling and folds develop when a label is applied incorrectly to the bottle or container. Manufacturing inconsistencies in the container’s sidewall can also prevent the label from adhering smoothly. Proper label tension is essential as well—if the tensioner is worn or malfunctioning, it can lead to wrinkling, folding, or the formation of ridges during application. 
• Bubbles typically appear when the container or bottle has surface inconsistencies, preventing the label from adhering evenly across the wall. 
• Clear labels won’t apply properly when the sensor is unable to detect the gap between each label.

Correct setup of the labelling machine is essential. Below, you can see the BenchMax being adjusted for operation:

Importance of Expert System Configuration

Correct configuration of equipment, such as the BenchMARK and BenchMAX systems, requires:

• precision tension control
• accurate sensor calibration
• pressure pad adjustment
• roller alignment
• verification of material compatibility

These steps ensure repeatability and reliable performance. 

Summary and Technical Recommendations 

• Work with an experienced labelling specialist during selection and commissioning. 
• Confirm compatibility between the machine design and all container dimensions and materials
• Perform routine calibration and mechanical inspections.
• Ensure appropriate label material selection to avoid common application issues. 

A label is a critical component of product presentation and an extension of brand identity. Reliable equipment ensures consistent quality, operational efficiency, and long-term cost stability. 

See more about:

•  Benchmate Semi-automatic Labelling machine
•  Benchmark Semi-automatic Labelling machine
•  Benchmax Semi-automatic Labelling machine
• Polaris Fully Automated line 

Overview of Great Engineering

Australian-made, Great Engineering labellers offer a suite of features that position them among the best in the industry. These pressure-sensitive labelling machines represent a new generation of “on-demand” equipment designed for cylindrical containers. They’re ideal for sectors such as food and beverage, pharmaceuticals, cosmetics, wine, essential oils, edible oils, brewing, contract packaging, health foods, and preserves — providing consistent product identification and strong shelf presence for any round container. With a global reputation for reliability and performance, their machines are now exported to 55 countries and are recognised for their innovative engineering and high manufacturing quality. 

BRANDS: https://theolivecentre.com/brand/great-engineering-labelling-machines-benchmark-benchmate-olive-oil

About Polaris Automazioni

Polaris Automazioni has been active in the bottling sector since the 1960s, operating from its facility in Reggio nell’Emilia, Italy. Over time, the company has become highly specialised in developing and manufacturing automatic filling systems for unique and specialty bottles, a product line that has achieved strong success in markets worldwide.

The company now offers an extensive range of machines featuring advanced technology, high production efficiency, and patented engineering, enabling them to meet a wide variety of industry needs. Today, the Polaris team continues to uphold the technical heritage established by its founder, driving further growth through a blend of expertise, innovation, and forward-looking design. 

•  Labelling machines
• Automated Filling Lines
• https://theolivecentre.com/brand/polaris-automazioni-automated-bottling-olive-oil-line-ma chinery