Basic Olive Paste Malaxer | Clemente

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Basic Olive Paste Malaxer | Clemente
 
Reliable, functional, and user-friendly malaxer for efficient olive paste mixing.

The Basic Olive Paste Malaxer by Clemente delivers a practical, durable, and efficient solution for the malaxing stage of olive oil production.
Built from AISI 304 stainless steel, this malaxer offers essential automation in a simplified, easy-to-use design — ideal for producers who value reliability and performance.


Equipped with temperature and level sensors, an electric gear motor, and a manual butterfly valve, the Basic Malaxer ensures consistent paste temperature and smooth operation.

Its LED lighting system, anti-fog glass window, and individual hot-water circulation system for each tank make it both functional and low maintenance, meeting the fundamental needs of modern olive oil mills.

Uses
  • Designed for olive paste malaxation prior to extraction
  • Suitable for small to mid-scale olive oil mills
  • Ensures consistent temperature and texture control of olive paste
  • Can be used as part of continuous or semi-automatic extraction systems
  • Ideal for producers seeking cost-effective reliability
Key Features
  • Electric gear motor for stable mixing performance
  • Manual butterfly valve for easy loading and discharge
  • Panoramic anti-fog glass cover with manual opening
  • Integrated LED lighting for clear visual monitoring
  • Temperature and level sensors for precise control
  • Quick manual rinse system for simplified cleaning
  • Individual hot-water circulation for each tank
  • Constructed from AISI 304 stainless steel for hygiene and durability
  • Compact design suitable for limited-space installations
Technical Specifications
 
Specification GR-B Model GR-25 Model
Capacity (L) 550 | 750 | 950 | 1150 1500 | 2000 | 2500
Electric Motor 1.5 kW 2.2 kW
Material AISI 304 Stainless Steel
Width (mm) 850 1190
Length (mm) 1980 | 2450 | 3020 | 3520 2660 | 3740 | 3800
Height (mm) 1200 1780
Weight (kg) 700 1000
Voltage (Vac) 400
Frequency (Hz) 50
Power Supply Line 3F + T

Compatibility
  • Fully compatible with Clemente crushers, decanters, and olive paste transfer pumps
  • Integrates easily into continuous or semi-automated olive oil extraction lines
  • Works seamlessly with temperature-control and heating systems
Why Choose This Product

The Basic Malaxer offers professional-grade olive paste processing in a simplified design.
It’s built for producers seeking consistent results with minimal maintenance, while maintaining precise temperature stability and paste homogeneity.
Durable, efficient, and easy to clean, it’s a reliable foundation for any olive oil production facility.

Frequently Asked Questions – Basic Olive Paste Malaxer (Clemente)

The Basic Malaxer is engineered to deliver professional malaxation performance in a simplified, low-maintenance format. It offers reliable control over temperature and paste consistency, ensuring stable malaxation before oil separation.

Unlike manual or entry-level mixers, this system includes integrated temperature and level sensors, a hot-water circulation system, and a stainless-steel tank designed to preserve hygiene and prevent contamination. Its compact footprint makes it ideal for mills with limited space, while the manual butterfly valve allows for easy loading and discharge.

With low energy consumption and minimal maintenance needs, the Basic Malaxer provides a cost-effective solution for small and mid-scale mills looking for dependable, consistent olive oil production.
The Basic Malaxer achieves precise temperature regulation through an independent hot-water circulation system for each tank. This system maintains a stable paste temperature, preventing overheating and ensuring optimal enzyme activity for oil release.

Temperature sensors monitor conditions inside the tank and can be adjusted manually via the control panel for consistent heat distribution. The AISI 304 stainless-steel construction further enhances thermal stability and hygiene, allowing efficient heat transfer without compromising product quality.

Maintaining the correct malaxation temperature (typically 27–30°C) is crucial for maximising oil yield and preserving flavour, and this model provides reliable, even heating across the entire paste mass.
Yes — the Basic Malaxer is fully compatible with Clemente crushers, decanters, and transfer pumps, making it a versatile addition to existing processing setups. It can be integrated into both continuous and semi-automated extraction lines, providing flexibility for mills that are upgrading equipment or expanding capacity.

Its modular design and standard 400 V / 50 Hz power configuration ensure straightforward installation with minimal infrastructure changes. The unit’s temperature-control compatibility and quick manual rinse system make it practical for mills seeking smooth workflow and easy daily maintenance.

This adaptability makes the Basic Malaxer a practical entry point for producers aiming to modernise their extraction systems while keeping operation simple and efficient.

 
Key Features
  • Electric gear motor for stable malaxation performance
  • Manual butterfly valve for easy loading and discharge
  • Panoramic anti-fog glass cover with manual opening
  • LED lighting system for clear visual monitoring
  • Integrated temperature and level sensors for precision control
  • Manual quick-rinse cleaning system
  • Individual hot-water circulator for each tank
  • Compact design ideal for limited-space installations
  • Constructed from AISI 304 stainless steel for hygiene and durability
File Title File Description Type Section
basic.pdf Basic Olive Paste Malaxer Technical data sheet Catalogue Document

Closure of Wagga Wagga Edible Oil Laboratory a Major Blow to the Australian Olive Industry

INDUSTRY NEWS

Closure of Wagga Wagga Edible Oils Laboratory a Major Blow to the Australian Olive Industry


The NSW Department of Primary Industries’ (DPI) Wagga Wagga Edible Oils Laboratory - a cornerstone of Australia’s olive and oilseed testing infrastructure - is expected to cease operations by Christmas 2025, with sample submissions accepted only until mid-November. The closure represents a significant loss for growers, processors, and exporters who have relied on the lab’s internationally accredited testing services for more than two decades.

End of an Era for Australian Olive Testing

Located within the Wagga Wagga Agricultural Institute, the DPI’s edible oils laboratory has been one of Australia’s few facilities accredited to NATA, AOCS, and International Olive Council (IOC) standards. It has played a critical role in verifying olive oil quality, authenticity, and export compliance, as well as providing trusted testing for canola and other oilseeds. 

 The lab’s closure follows the NSW Government’s announcement of widespread job cuts across the Department of Primary Industries - around 165 positions statewide - raising alarm among regional industries dependent on these essential technical services.

Timeline and Transition

According to industry updates, the Wagga team will continue accepting samples until approximately 14 November 2025, before winding down operations ahead of Christmas. After that point, testing services will no longer be available through the Oil Testing DPI Laboratory.       

 While the department has yet to make a detailed public statement about the transition plan, producers are being advised to prepare for changes now, especially those requiring export certification or routine oil-quality analyses.

Industry Impact

The loss of this facility is being described as a major setback for the Australian olive industry, particularly for small to mid-sized growers in New South Wales and surrounding regions. The Wagga lab’s proximity and affordability have long made it a practical option for quality assurance, benchmarking, and product validation - key factors in maintaining consumer trust and market competitiveness.

Its closure could mean:

  • Increased costs and turnaround times, as samples must be sent interstate.
  • Reduced regional research capacity, given the lab’s collaboration in DPI and university-led olive research programs.
  • Greater dependence on private sector testing is raising concerns about independency, access, pricing, and service continuity.

Testing Alternatives

With the Wagga Wagga laboratory closing, industry attention is turning toward Modern Olives Laboratory Services in Victoria, which offers a full suite of IOC-listed testing options, though it is not currently IOC-accredited for olive oil and related products in 2025. Modern Olives Laboratory holds AOCS recognition for both chemical and sensory analysis for 2025, as well as a TGA licence covering chemical and physical testing of olive oil derivatives and microbiological testing of olive derivatives only.

Modern Olives is a long-established  recognised testing facility providing analytical services to growers, processors, and exporters across Australia and overseas. More information about their services can be found at:

Link: https://modernolives.com.au/services/testing-oil/

A Call for Coordination

Industry leaders are urging state and federal governments to engage with the olive and edible oil sectors to ensure a smooth transition of testing capabilities and protect the integrity of olive oil standards. Without a coordinated plan, the risk grows that smaller producers could lose access to affordable, timely, and accredited testing - jeopardising both domestic labeling compliance and export eligibility.

Looking Ahead

As Australia continues to strengthen its reputation for high-quality, traceable olive oil, maintaining a strong laboratory infrastructure is essential. The Wagga Wagga lab’s closure marks the end of a chapter in regional agricultural science, but it also highlights the need for ongoing investment in independent, nationally recognised testing to support the industry’s future growth.

For further information:

Closure of Wagga Wagga Edible Oil Laboratory a Major Blow to the Australian Olive Industry

INDUSTRY NEWS

Closure of Wagga Wagga Edible Oils Laboratory a Major Blow to the Australian Olive Industry


The NSW Department of Primary Industries’ (DPI) Wagga Wagga Edible Oils Laboratory - a cornerstone of Australia’s olive and oilseed testing infrastructure - is expected to cease operations by Christmas 2025, with sample submissions accepted only until mid-November. The closure represents a significant loss for growers, processors, and exporters who have relied on the lab’s internationally accredited testing services for more than two decades.

End of an Era for Australian Olive Testing

Located within the Wagga Wagga Agricultural Institute, the DPI’s edible oils laboratory has been one of Australia’s few facilities accredited to NATA, AOCS, and International Olive Council (IOC) standards. It has played a critical role in verifying olive oil quality, authenticity, and export compliance, as well as providing trusted testing for canola and other oilseeds. 

 The lab’s closure follows the NSW Government’s announcement of widespread job cuts across the Department of Primary Industries - around 165 positions statewide - raising alarm among regional industries dependent on these essential technical services.

Timeline and Transition

According to industry updates, the Wagga team will continue accepting samples until approximately 14 November 2025, before winding down operations ahead of Christmas. After that point, testing services will no longer be available through the Oil Testing DPI Laboratory.       

 While the department has yet to make a detailed public statement about the transition plan, producers are being advised to prepare for changes now, especially those requiring export certification or routine oil-quality analyses.

Industry Impact

The loss of this facility is being described as a major setback for the Australian olive industry, particularly for small to mid-sized growers in New South Wales and surrounding regions. The Wagga lab’s proximity and affordability have long made it a practical option for quality assurance, benchmarking, and product validation - key factors in maintaining consumer trust and market competitiveness.

Its closure could mean:

  • Increased costs and turnaround times, as samples must be sent interstate.
  • Reduced regional research capacity, given the lab’s collaboration in DPI and university-led olive research programs.
  • Greater dependence on private sector testing is raising concerns about independency, access, pricing, and service continuity.

Testing Alternatives

With the Wagga Wagga laboratory closing, industry attention is turning toward Modern Olives Laboratory Services in Victoria, which offers a full suite of IOC-listed testing options, though it is not currently IOC-accredited for olive oil and related products in 2025. Modern Olives Laboratory holds AOCS recognition for both chemical and sensory analysis for 2025, as well as a TGA licence covering chemical and physical testing of olive oil derivatives and microbiological testing of olive derivatives only.

Modern Olives is a long-established  recognised testing facility providing analytical services to growers, processors, and exporters across Australia and overseas. More information about their services can be found at:

Link: https://modernolives.com.au/services/testing-oil/

A Call for Coordination

Industry leaders are urging state and federal governments to engage with the olive and edible oil sectors to ensure a smooth transition of testing capabilities and protect the integrity of olive oil standards. Without a coordinated plan, the risk grows that smaller producers could lose access to affordable, timely, and accredited testing - jeopardising both domestic labeling compliance and export eligibility.

Looking Ahead

As Australia continues to strengthen its reputation for high-quality, traceable olive oil, maintaining a strong laboratory infrastructure is essential. The Wagga Wagga lab’s closure marks the end of a chapter in regional agricultural science, but it also highlights the need for ongoing investment in independent, nationally recognised testing to support the industry’s future growth.

For further information: