Supporting Consistent Microparticulation Performance
Microparticulation systems play a vital role in modern dairy processing by transforming milk or whey proteins into microscopic particles that deliver a smooth, creamy texture. This process is widely used to produce microparticulated proteins for yogurt, cream cheese, dairy beverages, ice cream and reduced-fat dairy products.
To maintain consistent particle size, product stability and process efficiency, microparticulation systems must operate under tightly controlled temperature, shear and residence time conditions. Reliable equipment performance is therefore essential for maintaining both product quality and plant productivity.
ITT Flow Technologies Parts & Service for APV® microparticulation systems supports dairy producers throughout the entire equipment lifecycle. Our service programs help maintain the performance of LeanCremeTM systems and CavimasterTM systems, ensuring stable processing conditions and predictable product results.
With access to genuine OEM parts, experienced service engineers and deep expertise in dairy processing, ITT Flow Technologies helps customers reduce downtime, protect product quality and extend equipment life. From planned maintenance and field service to process optimization and system upgrades, our global service teams support the reliable operation of your microparticulation systems every day.
Reliable Parts and Service for APV Microparticulation Systems
Microparticulation systems operate under demanding mechanical and thermal conditions. Using genuine OEM components helps ensure correct tolerances, hygienic design and consistent processing performance.
ITT Flow Technologies provides a full range of parts engineered specifically for LeanCreme and Cavimaster microparticulation systems, including:
- Scraped surface heat exchanger components such as blades, shafts and seals for LeanCreme systems
- Cavitation chamber components and rotors designed for Cavimaster processing technology
- Pumps, valves and hygienic seals supporting stable flow and product integrity
- Sensors and instrumentation for accurate temperature, pressure and flow control
- Gaskets, fittings and piping components designed for hygienic processing and CIP compatibility
All components are manufactured to ITT Flow Technologies specifications to maintain system reliability, food safety compliance and long-term operational performance.
Get Support for Your Microparticulation System
Whether you need spare parts, technical troubleshooting, system optimization or maintenance planning, ITT Flow Technologies service experts are ready to help.
Contact ITT Flow Technologies Service to keep your APV Microparticulation systems operating reliably and efficiently.
Optimizing Your First Year for Long-Term Success
When you install new process equipment, it’s critical to ensure the transition is seamless and efficient. That’s why ITT Flow Technologies offers a First Year Care Program designed to ensure a smooth transition from project completion to full-scale production through your first year. This invaluable program provides your team with the training, tools and support needed to unlock the full potential of your ITT Flow Technologies equipment.
Expert Support For A Whole Year
Your plant’s performance matters. That’s why you need a partner that sets you up for success from day one. Our First Year Care Program offers a comprehensive, flexible solution tailored to your unique operational needs. With hands-on support, immersive training and critical spare parts, we’re here to help you achieve maximum performance from your new equipment.
Your First Step Toward Long-Term Success
The First Year Care Program is more than support – it’s a partnership. We work with you to navigate the challenges of onboarding for maximum uptime while giving you the confidence necessary to maintain your new ITT Flow Technologies equipment.
First Year Care Program Benefits
- Optimized Transition: Expert technical partnership to enable a smooth and efficient integration.
- Comprehensive Support: 24/7 remote automation assistance and tailored maintenance plans for minimized downtime.
- Empowered Teams: On-site operator and preventative maintenance training equip your team with the knowledge and skills for success.
- Flexible Solution: No long-term commitment required – allowing you to periodically reconfigure your requirements.
What’s Included?
- Critical Spare Parts Inventory: Recommended spares to reduce downtime and ensure operational continuity.
- 24/7 Remote Automation Support: Immediate troubleshooting and assistance when you need it most.
- Immersive Operator Training: Equip your team with the skills to effectively use and maintain your ITT Flow Technologies equipment.
- Preventative Maintenance: Hands-on scheduled maintenance to keep equipment running optimally.
- Performance Optimization: Parameter validation 6-8 months after startup to ensure peak efficiency.
Success Starts Right Now
Contact us today to learn how the First Year Care Program can set your business up for long-term success. Let ITT Flow Technologies be your trusted partner in operational excellence
Maximize Uptime and Reliability with a Customized ITT Flow Technologies Service Level Agreement
In today’s demanding production environments, reliability is critical. Every minute of downtime impacts output, costs and customer satisfaction. That’s why ITT Flow Technologies offers comprehensive Service Level Agreements (SLAs)—tailored maintenance partnerships that keep your equipment running at peak performance.
Why Choose ITT Flow Technologies SLAs?
An SLA is more than preventative maintenance and spare parts. It’s a lifecycle partnership designed to increase equipment availability, reduce emergency downtime and improve overall operational efficiency. By aligning maintenance activities with your production needs, we help you focus on manufacturing while we focus on equipment reliability.
Optimized Equipment Availability
Increase uptime and minimize unplanned stoppages through proactive, scheduled maintenance tailored to your equipment and operations.
Reduced Emergency Downtime
Lower the risk of costly breakdowns with predictive maintenance and reliable service schedules that keep production lines running smoothly.
Improved Resource Utilization
Streamline your maintenance planning and workforce allocation, ensuring resources are deployed effectively where and when they’re needed most.
Predictable Cost Management
Achieve greater financial control with transparent maintenance planning, detailed cost forecasting and reduced unplanned expenses.
Lower Inventory and OpEx
Reduce on-site spare parts inventory while maintaining confidence in availability, helping you lower operating costs without compromising reliability.
A Proven Partnership Process
When you acquire a Service Level Agreement with ITT Flow Technologies, we guide you through a structured process:
- Initial Consultation – Review your equipment and operational needs.
- Detailed Assessment – Evaluate your spare parts inventory and maintenance practices.
- Customized Proposal – Receive a tailored SLA outlining services, schedules and costs.
- Agreement Finalization – Collaborate with your teams to confirm details.
- Implementation Planning – Define timelines, integration steps and training requirements.
- Rollout and Training – Equip your team with the knowledge to maximize SLA benefits.
- Ongoing Support – Benefit from regular reviews, updates and adjustments as your needs evolve.
Expertise You Can Trust
With ITT Flow Technologies as your partner, you gain the support of the original equipment supplier—bringing unmatched knowledge, proven practices and global service expertise to every step of your maintenance journey.
Ready to improve reliability, reduce costs, and maximize uptime? Contact us today to learn how a customized Service Level Agreement can transform your operations with ITT Flow Technologies.
Maximize Your Plant’s Efficiency with a Customized ITT Flow Technologies Parts Level Agreement
In the fast-paced world of manufacturing, efficiency and reliability are not just goals—they are essential for success. We understand the critical importance of minimizing downtime and keeping your production lines running smoothly. That’s why we offer our comprehensive Parts Level Agreements (PLAs), a true game-changer in the world of manufacturing maintenance.
A PLA is more than just a service contract. It’s a strategic partnership designed to ensure that you always have the right parts, delivered right on time for both planned and preventative maintenance. By aligning our spare parts supply with your operational needs, you can schedule downtime with confidence and precision.
Why Choose ITT Flow Technologies PLAs?
A PLA is more than just a service contract. It’s a strategic partnership designed to ensure that you always have the right parts, delivered right on time for both planned and preventative maintenance. By aligning our spare parts supply with your operational needs, you can schedule downtime with confidence and precision.
Proactive Parts Supply
Ensure correct spares arrive at your site ahead of scheduled maintenance. Plan downtime with confidence and precision, minimizing disruptions and ensuring smooth operations.
Integrated Solutions
Our holistic approach to PLAs means that we consider your entire process, not just standalone equipment, to optimize your entire production line and final product output quality.
Reduced Inventory Costs
Significantly reduce on-site inventory, achieving substantial OpEx savings and improved working capital, allowing resources to be allocated more effectively. Benefit from detailed cost analysis enabling accurate OpEx forecasting.
Guaranteed Peace of Mind
Whether you are in an urban or a remote location our PLAs guarantee that essential parts are available on site when and where they’re needed.
Streamlined Operations
Simplify your operations with a single point of contact for all your spare parts needs, ensuring seamless communication and efficient maintenance management.
OEM Advantage
Leverage the expertise of ITT Flow Technologies, the original equipment supplier, in managing and maintaining your equipment. Our extensive knowledge and experience ensure your machinery is in the best possible hands.
Expertise You Can Trust
When you partner with ITT Flow Technologies, you’re not only investing in high-quality parts and meticulous planning but also in world-class support and service that stands by you every step of the way. Our dedicated team of experts is available to provide technical assistance, training and consultancy, ensuring that you maximize the benefits of your Parts Level Agreement.
Ready to streamline your maintenance process and enhance operational efficiency? Contact us today to begin the journey towards unparalleled uptime and reliability with ITT Flow Technologies.
Test Before You Scale with Expert-Led Microparticulation Validation
ITT Flow Technologies’s global Innovation Centers provide advanced testing capabilities to help dairy producers evaluate and optimize microparticulation processes before scaling production. Whether developing new protein-based ingredients or refining existing recipes, our test environments replicate real-world processing conditions.
Testing helps validate product texture, stability and process efficiency before committing to full-scale investment.
Testing Capabilities Include
- Microparticulation process validation and benchmarking
- Protein particle size and texture evaluation
- Process parameter optimization for shear, temperature and residence time
- Product yield and stability testing for dairy protein applications
- Scale-up simulations for new product development
Available Resources
- Pilot-scale and full-scale LeanCreme and Cavimaster systems
- Scraped surface heat exchanger and cavitation processing equipment
- Real-time process monitoring and sampling
- Laboratory testing for product texture, viscosity and composition
- On-site support from dairy processing experts and application engineers
Build In-House Knowledge for Reliable Microparticulation Performance
Consistent microparticulation results require skilled operators and well-maintained equipment. ITT Flow Technologies training programs help plant teams develop the expertise needed to operate and maintain microparticulation systems safely and efficiently.
Training Topics Include
- Microparticulation system start-up and shutdown procedures
- Process parameter control for particle size and texture development
- Routine inspection, cleaning and preventive maintenance
- Scraped surface heat exchanger component maintenance and wear monitoring
- Optimization for product consistency and production efficiency
- Troubleshooting texture, flow and process stability issues
Training can be delivered on-site, remotely or at ITT Flow Technologies Innovation Centers, tailored to your specific LeanCreme and Cavimaster systems.
Service Solutions Tailored to Dairy Microparticulation
Every dairy plant operates under unique processing conditions, product recipes and production demands. ITT Flow Technologies service programs are designed to support stable microparticulation performance while helping plants reduce operational risk.
Our services include:
Planned Maintenance
Routine inspections, wear-part replacement and system checks help maintain stable microparticulation conditions and reduce the risk of unexpected downtime.
Field Service & Technical Assistance
Certified service technicians provide on-site troubleshooting, diagnostics and maintenance support for LeanCreme and Cavimaster systems.
Commissioning and Start-Up Support
Ensure your microparticulation system is configured correctly and optimized for your specific product recipes and plant requirements.
Remote Diagnostics
Remote support tools help identify process issues quickly, minimizing disruption to production and improving response time.
Process Optimization
Microparticulation performance depends on precise control of thermal and mechanical processing conditions. Small variations in shear intensity, heating profile or residence time can significantly affect protein particle formation, product texture and overall process stability.
ITT Flow Technologies experts help dairy producers evaluate and optimize microparticulation systems to achieve consistent product functionality and efficient plant operation. By analyzing operating conditions, equipment performance and raw material characteristics, we help identify opportunities to improve process reliability and product quality.
Our microparticulation optimization services focus on:
- Process parameter optimization for temperature, shear intensity and residence time
- Particle size consistency and texture development in dairy applications
- Protein utilization and yield improvement
- Flow stability and system performance evaluation
- CIP strategy optimization to maintain hygiene while protecting equipment components
These services help dairy producers maintain stable microparticulation performance while ensuring consistent product quality and efficient use of raw materials.
Microparticulation converts whey or milk proteins into microscopic particles through controlled heating and mechanical shear. These particles mimic the mouthfeel of fat while contributing protein functionality. When process conditions are properly controlled, microparticulation improves creaminess, viscosity and product stability in applications such as yogurt, cream cheese, dairy beverages and frozen desserts.
Stable microparticulation depends on precise control of several process parameters:
- Temperature profile to achieve proper protein denaturation
- Shear intensity to control particle size formation
- Residence time in the processing zone
- Flow rate and pressure stability throughout the system
- Product solids concentration and protein composition
Maintaining consistent operating conditions helps ensure uniform particle size distribution and predictable product texture.
In microparticulation systems, several components experience continuous mechanical and thermal stress and should be inspected regularly:
- Scraped surface heat exchanger blades and shafts
- Mechanical seals and hygienic gaskets
- Cavitation rotors and chambers in Cavimaster systems
- Pumps and valves controlling product flow
- Temperature and pressure instrumentation
Preventive maintenance helps maintain process stability and reduces the risk of unplanned downtime.
Variations in microparticulation performance are often linked to changes in process conditions or equipment wear. Engineers should typically review:
- Heating temperature and thermal profile
- Shear conditions within the microparticulation unit
- Flow rate and residence time
- Protein concentration and raw material variability
- Wear or damage to shear-generating components
Systematic process evaluation and equipment inspection can quickly identify the root cause of texture variations.
Process optimization can improve both product quality and production efficiency. Key optimization areas include:
- Adjusting shear and temperature conditions for desired particle size
- Improving protein utilization through optimized process parameters
- Reducing product losses through improved flow stability
- Optimizing CIP procedures to maintain hygienic conditions while protecting components
Process trials at pilot or full-scale testing facilities can help validate improvements before plant implementation.
Operator and maintenance training helps plant teams maintain stable operating conditions and respond quickly to process deviations. Training programs typically focus on:
- Correct start-up and shutdown procedures
- Monitoring key process parameters
- Preventive maintenance of critical components
- Troubleshooting process and equipment issues
Well-trained teams can maintain consistent microparticulation performance while minimizing downtime and production variability.