Every food product begins as a collection of ingredients.
- Flour.
- Sugar.
- Spices.
- Proteins.
- Oils.
- Starches.
- Cocoa.
- Milk powders.
- Flavours.
- Vitamins.
- Water.
- Functional ingredients.
But somewhere between those raw materials and the product on the shelf, an entire manufacturing process has to happen.
Ingredients must be:
received → stored → conveyed → measured → milled → mixed → emulsified → cooked → extruded → dried → inspected → filled → packaged
And every one of those operations affects the next.
That is why Proc-X Manufacturing Group Inc. approaches food processing differently.
We are not simply a manufacturer of mixers.
- Or mills.
- Or conveyors.
- Or extruders.
- Or filling machines.
We bring specialist food-processing technologies together under one connected engineering and manufacturing platform.
Proc-X can provide individual pieces of food-processing equipment, complete process skids, integrated production lines and modular turnkey systems spanning ingredient handling, particle-size reduction, mixing, wet processing, extrusion, packaging and inspection.
Our objective is simple:
Engineer the complete process around the food product you need to make.
Food Processing Is About More Than the Machine
A food-production line succeeds when the entire process remains controlled.
The best mixer in the world cannot compensate for ingredients arriving inconsistently.
A highly accurate dosing system cannot solve a powder that bridges in the storage hopper.
A mill may produce the correct particle size, but if the downstream blender cannot distribute the material uniformly, the finished product can still fail.
A filler may be extremely precise, but an aerated powder with continuously changing bulk density can make consistent packaging difficult.
This is why Proc-X looks at the interfaces between operations—not only the machines themselves.
We want to understand:
- What happens before the equipment?
- What happens inside it?
- What happens after it?
And most importantly:
What defines an acceptable finished food product?
One Food Processing Partner. Multiple Specialist Technologies.
Proc-X unifies specialist technologies by unit operation.
Our integrated platform includes:
- AIS for bulk material handling, conveying, weighing and ingredient dosing.
- DP Mills for milling, pulverizing, classification and particle engineering.
- QuantumX for powder mixing, paste mixing, thermal processing, reactors and vacuum mixing and drying.
- EmulXion for emulsification, homogenization, colloid milling, powder induction and wet processing.
- FuXion for single- and twin-screw extrusion, cooking, forming and continuous processing.
- PreciXion for powder, liquid and paste filling, flexible packaging, rigid packaging and end-of-line automation.
- InspeX for metal detection, checkweighing, X-ray inspection and automated rejection.
Proc-X then connects those technologies through common process engineering, controls, automation and project execution.
That gives food manufacturers access to specialized equipment without forcing them to engineer every interface between multiple unrelated suppliers.
From Ingredient Intake to Finished Food
A typical food-processing plant may begin with raw ingredients arriving in:
- tanker trucks,
- silos,
- bulk bags,
- sacks,
- drums,
- totes,
- IBCs,
- boxes,
- or liquid-storage vessels.
Those materials may eventually leave the facility as:
- a pouch,
- bag,
- bottle,
- jar,
- tub,
- stick pack,
- carton,
- tray,
- case,
- or pallet.
Everything that happens between those two points is process engineering.
Proc-X can connect those steps into one production architecture.
Our integrated process platform already spans bulk material handling, milling, mixing, emulsification, extrusion, filling, packaging and inspection, with engineering and lifecycle support extending across the complete system.
Bulk Ingredient Handling for Food Plants
AIS — Automated Ingredient Systems
Modern food plants may process tonnes of major ingredients while simultaneously requiring gram-level precision for minor ingredients.
The material-handling system has to do both.
AIS systems can support food manufacturers with ingredient receiving, storage, transfer, weighing and automated batching.
Applications can include:
- flour,
- sugar,
- starch,
- salt,
- cocoa,
- milk powder,
- proteins,
- spices,
- cereal ingredients,
- grains,
- functional powders,
- premixes,
- and other food ingredients.
The AIS platform includes bag-dump stations, bulk-bag unloading, silos, hoppers, feeders, pneumatic and vacuum conveying, weighing, dosing, batching and dust-control systems.
Automatic Ingredient Dosing
Food formulation begins with ingredient accuracy.
An automated batching system can coordinate:
macro ingredients + minor ingredients + micro ingredients + liquids
according to a controlled recipe.
This reduces dependence on manual weighing and can improve:
- batch consistency,
- ingredient traceability,
- labour efficiency,
- formulation repeatability,
- and control of high-value ingredients.
A complete food batching system may coordinate silos, feeders, weigh hoppers, micro-dosing systems, liquid additions, conveying and mixer charging.
Macro Ingredient Dosing
Large-volume food ingredients can include:
flour, starch, sugar, grains, proteins and other major components of the recipe.
These systems need to combine:
high transfer capacity + controlled final dosing
without creating bottlenecks in the production cycle.
Micro Ingredient Dosing
The ingredient with the smallest weight can sometimes have the largest impact on the finished food.
Examples may include:
- flavours,
- colours,
- vitamins,
- minerals,
- enzymes,
- leavening agents,
- stabilizers,
- sweeteners,
- preservatives,
- seasonings,
- and functional additives.
Micro ingredient systems can improve control where recipe additions are too small or too valuable to depend entirely on manual addition.
Precision Liquid Addition
Food formulations also frequently require accurate addition of:
- oils,
- flavours,
- extracts,
- oleoresins,
- syrups,
- water,
- emulsifiers,
- binders,
- and other liquids.
Liquid metering can be synchronized with powder dosing and mixer operation to improve consistency.
Milling & Particle Size Reduction
DP Mills
Particle size affects much more than appearance.
It can influence:
- flavour release,
- dissolution,
- hydration,
- mouthfeel,
- mixing,
- suspension,
- extraction,
- coating,
- bulk density,
- and downstream packaging.
DP provides the particle-size reduction platform within Proc-X.
Its technology range includes hammer mills, pin mills, jet mills, air classifier mills, turbo mills, cone mills, cryogenic systems, classifiers and complete recovery systems.
Food Milling Is Particle Engineering
A spice manufacturer may need to preserve volatile oils.
A protein manufacturer may need finer particles to improve beverage suspension.
A sugar processor may need a controlled powder without excessive fines.
A cereal ingredient may need size reduction without overheating.
A high-fat ingredient may smear in a conventional mill.
These are not simply “grinding” problems.
They are particle-engineering problems.
DP evaluates the relationship between:
- feed size,
- desired particle distribution,
- throughput,
- heat generation,
- material friability,
- moisture,
- oil content,
- and downstream process.
Pin Milling for Food Products
Pin mills can provide fine impact milling for products that fracture effectively under repeated high-speed impact.
Food applications may include:
- spices,
- sugar,
- salt,
- starch,
- dehydrated ingredients,
- powders,
- flavour ingredients,
- and selected nutritional materials.
Air Classifier Milling
Where tighter particle-size control is required, DP Air Classifier Mills combine impact grinding with dynamic internal classification.
This allows acceptable fines to leave the system while oversized material remains in the milling circuit.
That can be particularly useful where a food application requires:
- controlled D90,
- tighter particle distribution,
- reduced over-grinding,
- or fine continuous production.
Cryogenic Food Milling
Some food products become difficult to grind because they contain:
- oils,
- fats,
- volatile compounds,
- or temperature-sensitive flavour components.
Cryogenic processing can cool the material before milling so that it becomes more brittle.
This can be valuable for selected:
- spices,
- herbs,
- flavour ingredients,
- high-fat products,
- botanicals,
- and specialty foods.
Powder Mixing & Blending
QuantumX Mixing Systems
Food formulation frequently depends on uniform distribution.
A finished blend may contain ingredients differing dramatically in:
- particle size,
- bulk density,
- concentration,
- flowability,
- and physical form.
QuantumX provides multiple mixing technologies because there is no single mixer that is ideal for every food product.
The Proc-X mixing platform includes ribbon, paddle, plough, conical and V-blenders, as well as high-shear systems, vacuum mixers/dryers, kettles, tanks and reactors.
Ribbon Mixers
QuantumX ribbon mixers are well suited to many conventional dry food-blending applications.
Applications can include:
- bakery premixes,
- flour blends,
- powdered drinks,
- seasonings,
- food ingredients,
- protein powders,
- cereal ingredients,
- and dry formulations.
The helical ribbon geometry creates controlled axial and radial circulation throughout the vessel.
Paddle Mixers
Paddle mixers can provide strong convective mixing while maintaining comparatively gentle product handling.
They can be particularly useful where formulations contain:
- granules,
- fragile pieces,
- cereals,
- coated ingredients,
- flakes,
- and other materials where particle integrity matters.
QuantumX offers both horizontal and vertical paddle configurations as well as vacuum mixer-dryer designs.
Ploughshare Mixers
Ploughshare mixers create a more intensive mechanically fluidized mixing zone.
They can be particularly useful for food applications requiring:
- rapid mixing,
- powder-liquid addition,
- flavour coating,
- seasoning,
- deagglomeration,
- agglomeration,
- and controlled high-intensity processing.
Vacuum Mixing & Drying
Food processes involving heat-sensitive products may benefit from controlled thermal processing under vacuum.
QuantumX vacuum mixers and dryers can integrate mixing with:
- heating,
- moisture removal,
- evaporation,
- drying,
- cooling,
- and selected solvent or volatile recovery operations.
This can allow several unit operations to occur inside one enclosed vessel.
Oils, Flavours and Oleoresins
Powder-liquid processing is an important part of the food industry.
Applications can include adding:
- oils to seasonings,
- flavours to carrier powders,
- oleoresins to spice formulations,
- liquid actives to nutritional blends,
- binders to powders,
- or moisture to agglomeration processes.
The effectiveness of these operations depends on both:
accurate dosing + effective distribution.
AIS can meter the liquid while QuantumX distributes it through the powder mass.
That interaction between technologies is exactly the kind of interface Proc-X is designed to engineer.
Spice Processing
Spices are a particularly demanding food-processing category because manufacturers must manage:
- particle size,
- volatile oils,
- colour,
- flavour,
- heat sensitivity,
- microbiological control,
- blending,
- coating,
- inspection,
- and packaging.
A complete spice-processing line may incorporate:
receiving → cleaning → drying → milling → classification → dosing → blending → liquid or oleoresin addition → metal detection → filling → packaging
Proc-X technologies can address each of those critical unit operations.
Bakery Ingredient Processing
Bakery manufacturers often handle large quantities of:
- flour,
- sugar,
- starch,
- salt,
- cocoa,
- milk powders,
- leavening agents,
- enzymes,
- flavours,
- and minor ingredients.
These formulations create a natural need for automated:
- ingredient handling,
- macro dosing,
- micro dosing,
- blending,
- inspection,
- and packaging.
A recipe-controlled system can move ingredients directly from storage into a QuantumX mixer, reducing repetitive manual handling.
Seasoning & Snack Coating
Snack foods often require extremely uniform distribution of relatively small amounts of:
- seasoning,
- flavours,
- oils,
- cheese powders,
- functional ingredients,
- and coatings.
The challenge is not simply adding the ingredient.
It is distributing it over enough product surface area to achieve uniform sensory performance.
Ploughshare and selected paddle systems can provide controlled particle movement for these types of coating and seasoning duties.
Snack Food Extrusion
FuXion Food Extrusion Systems
Extrusion brings together food science and process engineering.
A snack or cereal product may enter an extruder as a powder formulation and leave as a completely different physical structure.
Inside the extruder, the product experiences combinations of:
- mixing,
- moisture addition,
- shear,
- pressure,
- heating,
- cooking,
- expansion,
- and forming.
FuXion provides single- and twin-screw extrusion platforms, multi-zone thermal control, forming, cutting and downstream finishing.
Extrusion Where Engineering Meets Food Science
Expansion, texture and finished product quality can be affected by:
- formulation,
- protein concentration,
- starch,
- moisture,
- temperature,
- screw geometry,
- shear,
- residence time,
- die geometry,
- and downstream drying.
Proc-X’s food-extrusion materials specifically recognize the interaction of protein level, moisture, temperature and shear as key variables influencing expansion, texture, density and nutrition.
Expanded Snacks
FuXion extrusion systems can be applied to selected:
- puffed snacks,
- cereal products,
- protein snacks,
- shaped foods,
- and other extruded formulations.
Upstream AIS dosing and QuantumX premixing can prepare a consistent feed before extrusion.
Downstream drying, coating, inspection and packaging can then complete the line.
Protein Extrusion
Food manufacturers are increasingly developing high-protein and functional products.
Extrusion can be used for:
- protein crisps,
- textured proteins,
- meat analogues,
- fortified snacks,
- and functional food ingredients.
For these products, controlling moisture, thermal profile and mechanical energy becomes particularly important.
Plant-Based Foods
Plant-based food manufacturing often brings together several Proc-X technologies.
A process may involve:
- protein milling,
- ingredient dosing,
- powder blending,
- hydration,
- high-shear mixing,
- extrusion,
- cooling,
- coating,
- and packaging.
The result is not one equipment application.
It is an integrated process.
Liquid Food Processing
EmulXion Fluid Processing
Food processing does not stop with powders.
Many of the industry’s most demanding products are fluid systems.
Applications can include:
- sauces,
- condiments,
- purées,
- dairy products,
- syrups,
- fillings,
- beverage bases,
- dressings,
- emulsions,
- and liquid foods.
Proc-X process literature specifically identifies sauces, condiments, purées, dairy, syrups, fillings and beverage bases among food and beverage applications for its fluid-processing platform.
Inline Homogenization
EmulXion inline homogenizers can provide high-shear processing for:
- emulsification,
- dispersion,
- powder wetting,
- deagglomeration,
- particle-size reduction,
- and controlled recirculation.
They can operate as part of a batch recirculation system or in a continuous process.
Colloid Milling
Colloid mills can be particularly useful for products requiring:
- wet milling,
- fine emulsification,
- particle refinement,
- suspension processing,
- and controlled rotor-stator gap processing.
Potential food applications include:
- sauces,
- dressings,
- nut-based products,
- condiments,
- emulsified foods,
- creams,
- fillings,
- and specialty formulations.
High-Pressure Homogenization
For food products requiring extremely fine droplets or particles, EmulXion high-pressure homogenization provides another processing level.
Applications may include:
- dairy beverages,
- plant-based beverages,
- beverage emulsions,
- nutritional liquids,
- flavour emulsions,
- and specialty fluid formulations.
High-pressure homogenization can help influence:
- droplet size,
- suspension,
- stability,
- texture,
- and product consistency.
Sauces, Dressings and Condiments
These products can present complex rheological challenges.
A sauce may contain:
- liquids,
- oils,
- powders,
- starches,
- gums,
- particulates,
- and temperature-sensitive ingredients.
Processing may involve:
powder induction → hydration → high-shear mixing → homogenization → heating → deaeration → cooling → filling
Proc-X can engineer those operations as one process rather than separate pieces of equipment.
Dairy & Alternative Dairy
Dairy and plant-based beverage processes may require:
- powder induction,
- hydration,
- emulsification,
- homogenization,
- thermal conditioning,
- deaeration,
- holding,
- and filling.
The interaction between EmulXion liquid processing and PreciXion filling gives Proc-X the ability to connect formulation directly to the finished package.
Beverage Processing
Modern beverage manufacturing can include:
- proteins,
- vitamins,
- minerals,
- oils,
- flavours,
- botanicals,
- emulsifiers,
- stabilizers,
- and suspended functional ingredients.
The challenge may not simply be mixing them.
It may be preventing:
- sedimentation,
- creaming,
- agglomeration,
- air entrainment,
- or inconsistent texture.
Proc-X can evaluate the complete formulation-processing sequence.
Chocolate, Cocoa & Confectionery
Chocolate and confectionery processes create demanding combinations of:
- powders,
- fats,
- sugars,
- high viscosities,
- controlled temperatures,
- and texture requirements.
Proc-X technologies can support selected operations involving:
- ingredient handling,
- cocoa and sugar processing,
- mixing,
- thermal conditioning,
- high-viscosity processing,
- milling,
- and filling.
Again, the selection begins with the product and required transformation.
Functional Foods & Enriched Nutrition
Food and nutraceutical manufacturing increasingly overlap.
Today’s food product may contain:
- protein,
- collagen,
- vitamins,
- minerals,
- probiotics,
- botanicals,
- electrolytes,
- functional fibres,
- and other active ingredients.
These products demand tighter control over:
- ingredient accuracy,
- blending,
- particle size,
- thermal exposure,
- and finished product uniformity.
Proc-X’s integrated platform is particularly well aligned with processes that combine conventional food manufacturing with precision ingredient handling and advanced particle or fluid processing.
Pet Food & Animal Nutrition
Many technologies used in human food processing also apply to pet food and animal nutrition.
Processes may include:
- bulk ingredient receiving,
- weighing,
- micro ingredient dosing,
- mixing,
- extrusion,
- drying,
- coating,
- metal detection,
- and packaging.
Integrated process control becomes particularly valuable when multiple formulations share the same production equipment.
Filling & Packaging
PreciXion Packaging & Filling
Eventually, the finished food product has to become a finished package.
PreciXion provides filling and packaging systems for:
- powders,
- granules,
- liquids,
- pastes,
- pouches,
- bottles,
- jars,
- cups,
- trays,
- sachets,
- and stick packs.
Proc-X’s integrated portfolio extends through weighing and filling, container handling, capping, labeling, cartoning, case packing, palletizing and end-of-line automation.
Powder Packaging
Food powder packaging can use technologies such as:
- auger filling,
- volumetric filling,
- net-weight filling,
- multihead weighing,
- VFFS,
- premade pouches,
- and rigid-container filling.
The correct filler depends on:
- powder density,
- flowability,
- aeration,
- fill weight,
- package,
- and required accuracy.
Liquid & Paste Filling
PreciXion filling systems can also process:
- beverages,
- sauces,
- dressings,
- syrups,
- oils,
- creams,
- gels,
- and other viscous food products.
The complete filling system can be integrated with:
- capping,
- sealing,
- labeling,
- coding,
- checkweighing,
- and final case handling.
Flexible Packaging
Food products can be packaged using:
- VFFS,
- HFFS,
- premade pouches,
- sachets,
- stick packs,
- and other flexible formats.
The packaging system can include coding, gas flush, zipper integration and downstream inspection where required.
End-of-Line Automation
The process does not finish when the primary package is sealed.
PreciXion can continue the line through:
- cartoning,
- case packing,
- robotic handling,
- palletizing,
- stretch wrapping,
- and conveyor integration.
This allows Proc-X to extend from raw ingredient intake to shipment-ready product.
Food Inspection & Quality Control
InspeX Inspection Technologies
Inspection is one of the final opportunities to protect the food product before it leaves the plant.
InspeX technology can provide:
- conveyor metal detection,
- pipeline inspection,
- dynamic checkweighing,
- combined detection/checkweighing,
- automated rejection,
- and production-data integration.
The InspeX platform is designed around regulated and high-value manufacturing, including food production.
Metal Detection
Metal detection can be incorporated at different points in a food-processing line.
Potential locations include:
- after milling,
- after mixing,
- before packaging,
- after packaging,
- in gravity-fall powder streams,
- or in pumped liquid lines.
The correct position depends on the product and facility’s hazard-control strategy.
Checkweighing
Dynamic checkweighers provide continuous verification of finished package weight.
This can help manufacturers manage:
- compliance,
- underweight rejection,
- product giveaway,
- filler performance,
- and production data.
Protecting Product and Process
Inspection systems can protect more than the consumer.
Upstream metal detection may also help protect expensive downstream equipment such as:
- mills,
- extruders,
- pumps,
- and homogenizers.
The inspection strategy should therefore be considered during process design rather than simply added at the end.
Food Safety Begins With Hygienic Engineering
Food-processing equipment must be designed not only to process the product, but also to be cleaned.
Hygienic design considerations can include:
- appropriate stainless-steel construction,
- product-contact finish,
- sanitary welds,
- drainability,
- accessible components,
- cleanable seals,
- reduced product retention,
- dust control,
- CIP,
- WIP,
- and appropriate sanitary connections.
The required level of hygienic design depends on:
- product,
- moisture,
- microbiological risk,
- allergen risk,
- cleaning method,
- and production environment.
Cleaning Is Part of Production
A machine that mixes quickly but takes an excessive amount of time to clean may not actually improve plant productivity.
That is why Proc-X looks at:
production time + changeover time + cleaning time + maintenance time
as part of real manufacturing performance.
The highest-throughput machine on paper is not necessarily the highest-throughput process over an entire production week.
Allergen Management
Food manufacturers frequently process multiple recipes through shared equipment.
That creates potential allergen and cross-contamination challenges.
The process may require consideration of:
- equipment access,
- dedicated product paths,
- dry-cleaning strategies,
- CIP,
- removable components,
- purge sequences,
- recipe interlocks,
- ingredient verification,
- and production scheduling.
A good process design considers these requirements before the equipment is built.
Dust Control in Food Processing
Fine food powders can create:
- housekeeping problems,
- operator exposure,
- cross-contamination,
- product loss,
- and combustible-dust hazards.
Dust management may require:
- enclosed transfer,
- local extraction,
- bag-dump filtration,
- dust collectors,
- negative-pressure conveying,
- sealed mixers,
- and controlled powder packaging.
AIS and DP systems both incorporate dust-control and product-recovery technologies within their respective handling and milling platforms.
Combustible Dust
Many common food powders can become combustible when dispersed in air.
Examples may include:
- flour,
- sugar,
- starch,
- proteins,
- spices,
- and other organic powders.
The hazard depends on the specific material and process.
Proc-X integrated-system capabilities include engineering packages for applicable ATEX, NFPA and CE requirements alongside application engineering and controls.
Controls & Recipe Automation
Modern food production increasingly depends on recipe-driven automation.
A Proc-X system can coordinate functions such as:
ingredient selection → weighing → transfer → mixing → liquid addition → processing → discharge → inspection → packaging
Controls may incorporate:
- PLCs,
- HMI interfaces,
- recipes,
- batch sequencing,
- VFDs,
- temperature control,
- vacuum control,
- weighing,
- alarms,
- interlocks,
- and production records.
The objective is to make the line behave as one coordinated process.
Batch Traceability
For many food manufacturers, it is increasingly important to know:
- which ingredient lot entered the batch,
- how much was added,
- when it was added,
- which recipe was used,
- what process conditions occurred,
- and which final packages resulted.
The automation architecture can support higher levels of traceability where required.
From One Machine to a Complete Food Plant
Not every customer needs a complete production system.
Proc-X can supply:
a single machine when one machine is the answer.
That may be:
- a mixer,
- a mill,
- a feeder,
- a homogenizer,
- an extruder,
- a metal detector,
- or a filling machine.
But when the process requires more, Proc-X can connect those technologies into a complete system.
Our platform is explicitly structured for standalone equipment, integrated production lines and modular turnkey systems.
A Typical Integrated Food Processing Line
Consider a functional snack product.
The process may require:
bulk ingredient receiving
↓
pneumatic conveying
↓
macro ingredient dosing
↓
micro ingredient dosing
↓
particle-size reduction
↓
powder blending
↓
liquid / flavour addition
↓
extrusion
↓
drying
↓
coating
↓
metal detection
↓
packaging
↓
checkweighing
↓
case packing
↓
palletizing
Every step connects.
That same principle is reflected in Proc-X’s existing process architecture, which illustrates milling, conveying, dosing, mixing, extrusion, drying, coating, inspection and packaging as one connected manufacturing process.
Why Integration Matters
Imagine purchasing that line from eight independent vendors.
Each company may provide excellent equipment.
But someone still has to determine:
- process capacity,
- surge requirements,
- interface dimensions,
- discharge rates,
- line control,
- equipment sequencing,
- interlocks,
- utilities,
- and system responsibility.
Proc-X’s value is not simply having more products.
It is the ability to think across the unit operations.
We Understand That Food Is the Product — Not the Machine
A manufacturer does not make “mixed material.”
They make:
- a spice blend that must taste the same every batch.
- a protein drink that should not settle.
- a snack that needs the right crunch.
- a sauce with the correct texture.
- a premix where minor ingredients must be uniformly distributed.
- a package with the correct net weight.
That means the real specifications are not only:
motor horsepower, vessel volume, rotor speed, or conveyor length.
The real specifications are:
taste. texture. uniformity. stability. particle size. moisture. density. safety. yield. throughput.
The equipment exists to achieve those results.
Engineering Around the Finished Food
Our engineering conversations therefore begin with the finished product.
We want to understand:
- What are you making?
- What does success look like?
- What does the current process struggle with?
- What are the raw materials?
- What is the required capacity?
- Which characteristics must remain unchanged?
- Which characteristics need to be transformed?
- What causes rejected product today?
- Where is the bottleneck?
- How frequently do you change recipes?
- How is the line cleaned?
- What will production look like three years from now?
These questions give us the information needed to engineer the process.
Food Processing Equipment for Growing Manufacturers
Proc-X technology does not need to begin at massive industrial scale.
A growing food manufacturer may need:
- a single semi-automatic system,
- a pilot mixer,
- a small mill,
- a compact extrusion system,
- or a basic filling line.
As production grows, the process can evolve toward:
- automatic feeding,
- batching,
- larger production equipment,
- continuous processing,
- integrated inspection,
- and end-of-line automation.
Engineering the architecture with future growth in mind can reduce the need to reinvent the process at every stage.
Food Processing Equipment for Industrial Production
For established processors, the challenge is often different.
They may need to:
- increase capacity,
- reduce labour,
- improve consistency,
- automate manual additions,
- reduce product giveaway,
- solve an existing bottleneck,
- replace aging equipment,
- improve sanitation,
- or integrate several existing production areas.
Proc-X can evaluate the existing process rather than assuming an entirely new line is required.
Process Development and Testing
Some food products cannot be engineered confidently from a specification sheet.
The material itself may need to be tested.
This is particularly important for:
- difficult milling applications,
- new formulations,
- cryogenic processing,
- advanced emulsions,
- extrusion,
- vacuum drying,
- and unusual powders.
Testing can help establish the true relationship between the product and the process before final equipment configuration.
FAT and Validation
For integrated systems, Proc-X project execution can include Factory Acceptance Testing and additional project support.
The Group’s integrated-system offering includes application engineering, controls, FAT, installation, commissioning, training, spares and lifecycle support.
The goal is to reduce the gap between:
equipment delivered and process operating.
One Manufacturer. One Engineering Standard. One Point of Accountability.
Food manufacturers already have enough variables to manage:
- ingredients,
- recipes,
- operators,
- quality,
- sanitation,
- suppliers,
- production schedules,
- maintenance,
- and customers.
Managing interfaces between multiple process-equipment companies should not become another full-time production problem.
That is the Proc-X model.
Specialist technologies. One connected process platform. One point of accountability.
Why Food Manufacturers Choose Proc-X
We look beyond individual equipment specifications.
We engineer around:
- the ingredient.
- the process.
- the finished food.
- the production rate.
- the sanitation requirement.
- the automation strategy.
- and the future of the plant.
That can mean one specialized machine.
Or it can mean connecting:
AIS + DP + QuantumX + EmulXion + FuXion + InspeX + PreciXion
into a complete manufacturing process.
The result is a system engineered around what the customer actually sells:
the finished product.
Food Processing Applications
Proc-X technologies can be evaluated for food-manufacturing applications including:
- bakery ingredients and premixes
- spices and seasonings
- snack foods
- extruded foods
- cereals
- protein foods
- plant-based foods
- functional foods
- nutritional products
- beverage powders
- dairy ingredients
- plant-based beverages
- sauces and dressings
- condiments
- syrups
- fillings
- confectionery ingredients
- cocoa and chocolate processing
- grains
- starches
- sugar
- flour
- oils and flavour systems
- pet food
- animal nutrition
- and specialty food formulations
The correct technology depends on the material and required process—not simply the industry category.
Start With the Product You Want to Make
You do not need to know which Proc-X machine you need.
That is our job to determine with you.
Tell us:
- what you are making,
- what ingredients you are starting with,
- what production rate you need,
- and what is not working today.
From there, we can evaluate:
- material handling,
- dosing,
- milling,
- mixing,
- emulsification,
- extrusion,
- drying,
- inspection,
- packaging,
- automation,
- or the complete production process.
ONE INTEGRATED PROCESS
Ingredient Intake to Finished Package.
- AIShandles
- DPmills
- QuantumXmixes
- EmulXionhomogenizes
- FuXionextrudes
- InspeXverifies
- PreciXionpackages
Proc-X integrates. One process. One engineering platform. One point of accountability.
Proc-X Manufacturing Group Inc. — Built to Process the Future.
TALK TO A FOOD PROCESS ENGINEER
Discuss Your Food Processing Application
Whether you are designing a new production plant, increasing capacity, automating ingredient handling, improving an existing food process or developing a completely new product, Proc-X can help define the equipment architecture around your application.
Request a Food Processing System Proposal. Submit your product and process requirements, and talk to a Proc-X process engineer.