Ginger Garlic Paste Making Machine: Industrial Process Lines by Prócer
Complete machinery for commercial ginger garlic paste manufacturing, from coarse grinding, ingredient mixing and cooking to single-pass fine cutting. Three proven Prócer routes deliver a smooth, fibre-free paste with no heat damage, at capacities from pilot batches to multi-tonne production.
World-class process technology · Engineered & built by Kinemach Engineering and Machines Pvt Ltd, Pune, India · Exported worldwide · Sanitary food-grade stainless steel
Ginger garlic paste quality is won or lost at the machine
Buyers reject commercial ginger garlic paste for four reasons, and every one of them traces back to the processing equipment. The Prócer line is engineered to eliminate each defect at its source.
Ginger fibres survive ordinary grinders and colloid mills, leaving a stringy, gritty paste. The Prócer Microcut shears fibre down to 0.03–0.6 mm in a single pass for a smooth, spoonable texture.
Friction-based milling heats the paste, browning the colour and dulling the fresh pungency. Microcut's centrifugal cutting works with no heat and no friction, colour and aroma stay fresh.
Hand-fed batch grinding varies pass to pass. Precision cutting heads and controlled cooking give every batch the same particle size, viscosity and taste, repeatably.
Shelf life collapses when equipment can't be cleaned properly. CIP-ready sanitary stainless design supports food-safety compliance and longer-lasting paste.
The industrial ginger garlic paste manufacturing process
Whichever Prócer route you choose, commercial ginger garlic paste production follows five stages. The machines change; the flow stays the same.
Raw Material Prep
Sorting, washing and peeling of fresh ginger and garlic; trimming and inspection.
Coarse Grinding
Uniform coarse paste in the Universal Cooker, Disc Grinder or Microcut coarse cutting head, the critical first size reduction.
Mixing & Cooking
Salt, oil, acidulants and permitted preservatives blended in; cooking or heat treatment if the recipe needs it.
Fine Cutting
Single pass through the Prócer Microcut, fibres broken down, texture refined to 0.03–0.6 mm.
Filling & Packing
Hygienic transfer of finished paste to jars, pouches or bulk packs.
Three proven routes to fibre-free ginger garlic paste
Whether you're comparing your first commercial ginger garlic paste machine or specifying a fully automatic ginger garlic paste production line, Prócer configures your plant around one of three process routes. Every route finishes with the Microcut fine cutting head, the difference is how you grind, mix and cook upstream, and how much you invest to start.
Route 1: Cook & Cut Line
Best for cooked / preserved recipesThe Universal Cooker does three jobs in one vessel: it makes the initial coarse paste, performs ingredient and additive mixing (salt, oil, acidulants, preservatives) and handles cooking or heat treatment when the recipe requires it. The hot or cold batch then passes through the Microcut, which removes the fibrous texture and delivers a fine, smooth paste in a single pass.
Washed & Peeled Ginger + Garlic
Prepared raw material
Prócer Universal Cooker
Coarse paste · ingredient & additive mixing · cooking (if needed) · 5–300 L batches
Smooth, Fibre-Free Paste
To filling & packing
- One vessel for grinding, mixing and cooking, smallest footprint per batch
- Direct steam injection + jacket heating for fast, gentle, uniform cooking
- Vacuum processing option for oxygen-free cooking and longer shelf life
- Precise batch control, every recipe reproducible, batch after batch
Route 2: Grind & Cut Line
Best for high-volume continuous outputFor maximum throughput, the Disc Grinder performs high-capacity primary coarse grinding between precision rotating discs. The coarse paste then goes straight to the Microcut for fine cutting, or, when your recipe includes cooking, additives or preservative mixing, a Universal Cooker slots in as the intermediate mixing and cooking stage.
Mixing & Cooking Stage
Universal Cooker for additives, preservatives & cooking, added only if your recipe needs it
Prócer Microcut
Single-pass fine cutting · fibre breakdown · continuous operation
Smooth, Fibre-Free Paste
To filling & packing
- Highest continuous throughput, built for large-scale paste plants
- Disc Grinder's twin-disc shear gives uniform coarse particle size for optimal fine cutting
- Fresh (uncooked) paste lines run lean: Grinder → Microcut, nothing else
- Scales cleanly, add cooking capacity later without replacing the grinding stages
Route 3: Microcut-Only Line (Coarse Head + Fine Head)
Best for lean entry & easy scale-upThe most capital-efficient way to start. The Prócer Microcut accepts interchangeable cutting heads, so one machine does both jobs. Run your batch with the coarse cutting head first; once coarse cutting is complete, swap in the fine (Microcut) head and run the final pass for a smooth, fibre-free paste. Any cooking or additive mixing happens in an intermediate vessel between the two passes.
When volumes grow, simply add a second Microcut: the first runs permanently with the coarse cutting blade, the second with the fine cutting blade, turning the same route into a continuous, high-throughput ginger garlic paste production line with no head changes and no batch waiting.
Microcut · Coarse Cutting Head
Coarse reduction 0.2–25 mm · same machine, coarse head fitted
Intermediate Vessel
Additives, preservatives & cooking between passes, jacketed mixing vessel or Universal Cooker
Microcut · Fine Cutting Head
Fine, fibre-free finish 0.03–0.6 mm · swap head on one machine, or a second Microcut
Smooth, Fibre-Free Paste
To filling & packing
- Lowest entry cost, one Microcut (e.g. Model 1700) covers coarse and fine cutting
- Head change takes minutes; sanitary quick-change design
- Clear upgrade path: add a second Microcut for a continuous coarse-head → fine-head line
- Same no-heat, no-friction cutting quality at every scale
| Decision factor | Route 1 · Cook & Cut | Route 2 · Grind & Cut | Route 3 · Microcut Only |
|---|---|---|---|
| Production style | Batch (5–300 L per batch) | Continuous / high volume | Batch with one machine; continuous with two Microcuts |
| Cooking & heat treatment | Built into Stage 1 | Via optional Universal Cooker stage | In an intermediate vessel between passes |
| Additive & preservative mixing | In the Cooker, same vessel | In the intermediate mixing stage | In the intermediate vessel |
| Best for | Cooked, preserved, retort or premium recipes; multi-product plants (sauces, chutneys, gravies on the same cooker) | Dedicated ginger garlic paste plants chasing maximum kg per hour | New paste businesses and lean start-ups; plants that want to scale machine by machine |
| Machines to start | Two, Cooker + Microcut | Two (fresh line) or three (with cooking) | One, Microcut with both heads; add a second later |
| Finish stage | All three routes finish on the Prócer Microcut fine cutting head, smooth, fibre-free, single final pass | ||
Watch ginger garlic paste made on the Prócer line
This is Route 1 in action: coarse paste, ingredient mixing and cooking in the Prócer Universal Cooker, then a single pass through the Microcut. Note the texture of the finished paste, smooth, uniform, and completely fibre-free, with fresh colour preserved because the Microcut cuts without heat or friction.
Prócer Microcut vs colloid mill for ginger garlic paste
Most paste plants start by evaluating a colloid mill. The difference is in how each machine reduces particle size: a colloid mill grinds by friction; the Microcut cuts with high-speed centrifugal shear, the fine-cutting technology trusted by leading global food processors. For ginger garlic paste, that difference shows up directly in colour, aroma and texture.
| Prócer Microcut | Typical colloid mill | |
|---|---|---|
| Working principle | Centrifugal precision cutting, spin, push, cut | Friction grinding between rotor and stator |
| Heat into product | No heat, no friction, colour & pungency preserved | Friction heat, browning and aroma loss risk |
| Fibre handling | Fibres cleanly sheared to 0.03–0.6 mm | Fibres often smeared, not cut, stringy texture |
| Passes required | Single pass | Frequently 2–3 recirculation passes |
| Consistency | Interchangeable precision heads, repeatable spec | Gap settings drift; batch-to-batch variation |
| Cleaning | Sanitary design, CIP compatible | Manual strip-down common |
Machines in the Prócer ginger garlic paste line
Every ginger garlic paste processing machine in the line is built in sanitary food-grade stainless steel and works as hard on its own as in the line, the Microcut is equally proven as a standalone ginger paste making machine or garlic paste making machine for single-ingredient products.
Cook · Mix · Coarse Paste
Prócer Universal Cooker
- All-in-one cooking, mixing and processing, 5 L to 300 L batches
- Dual heating, direct steam injection + indirect jacket
- Vacuum processing for oxygen-free cooking and shelf life
- Multiple blade options; CIP-ready sanitary design
Primary Coarse Grinding
Prócer Disc Grinder
- High-throughput coarse grinding between twin precision discs
- Consistent particle breakdown for optimal downstream fine cutting
- The essential first step in multi-stage paste lines
- Robust sanitary stainless steel construction
Fine Cutting · Fibre Removal
Prócer Microcut
- Interchangeable heads: coarse cutting 0.2–25 mm, fine 0.03–0.6 mm
- Centrifugal cutting: no heat, no friction, no browning
- Proven on ginger paste and garlic paste (Model 1700)
- Runs as a complete one-machine paste line (Route 3), or in twin-machine continuous lines
Ginger garlic paste machinery, frequently asked questions
Which machine is best for large-scale ginger garlic paste manufacturing?
A two-stage process gives the best texture and throughput: a coarse grinding stage (Prócer Universal Cooker, Prócer Disc Grinder, or Microcut with coarse cutting head) followed by fine cutting with the Prócer Microcut fine head. Single-stage grinding struggles to deliver a smooth, fibre-free paste at industrial volumes.
Can I make ginger garlic paste with just one Microcut machine?
Yes. The Prócer Microcut accepts interchangeable heads: run the batch with the coarse cutting head first, swap to the fine Microcut head, and do the final pass. Cooking or additive mixing happens in an intermediate vessel between passes. When volumes grow, add a second Microcut, one with the coarse head, one with the fine head, for a continuous high-throughput line. See Route 3 above.
How do I remove fibre from ginger garlic paste?
Ginger fibre is the main texture defect in commercial paste. The Prócer Microcut's centrifugal cutting heads shear fibres down to 0.03–0.6 mm in a single pass, producing a smooth paste without sieving or multiple regrinds.
Can the same line cook the paste and mix preservatives?
Yes. The Prócer Universal Cooker handles coarse grinding, ingredient mixing (salt, oil, acidulants, preservatives) and cooking or heat treatment in one vessel, with direct steam injection and jacket heating, before the batch is finished in the Microcut.
What capacity ginger garlic paste plant can Prócer supply?
Universal Cooker batch sizes run from 5 L pilot scale to 300 L production batches, and the Microcut operates continuously for high-throughput lines. Lines are configured to your target output, from a few hundred kg per day to multi-tonne shifts.
Is a Prócer Microcut better than a colloid mill for ginger garlic paste?
Colloid mills grind by friction, which heats the paste, darkens colour and often needs multiple passes. The Microcut cuts with high-speed centrifugal shear, no heat, no friction, achieving fine, fibre-free texture in one pass with easier cleaning and consistent particle size. See the full comparison above.
What is the price of an industrial ginger garlic paste making machine?
Ginger garlic paste making machine price depends on capacity, route (Universal Cooker + Microcut, or Disc Grinder + Microcut), and options such as vacuum processing and CIP. Contact Kinemach Engineering (Prócer) for a line configuration and quotation matched to your production target.
Where is the Prócer ginger garlic paste machine manufactured?
Prócer machines are engineered to international sanitary standards and built by Kinemach Engineering and Machines Pvt Ltd at Kurali, Khed, on the Pune–Nashik Highway in Pune, Maharashtra, India, the same machines we export worldwide. For Indian buyers that means fast delivery, local spares and engineer support in days. You're welcome to visit the Pune technology centre for a live trial with your own ginger and garlic before purchase.
Do you export ginger garlic paste making machines?
Yes. Prócer is an active ginger garlic paste machine exporter, supplying lines to the Middle East (UAE, Saudi Arabia, Oman, Qatar), Africa, South & Southeast Asia (Bangladesh, Sri Lanka, Nepal, Thailand, Malaysia) and Western markets (USA, UK, Canada, Australia). Export machines are configured for destination voltage and frequency, shipped in seaworthy packing with full documentation, and commissioned with remote video-guided installation and training support.
Ginger garlic paste machine manufacturer and exporter in Pune, India
Prócer machines are built on world-class process technology platforms of the kind trusted by global food multinationals, centrifugal precision fine cutting, universal cooking with direct steam injection and vacuum, and hygienic design engineered to international sanitary standards. Precision-machined cutting heads, food-grade carbide blades and CIP-ready stainless construction put every Prócer line in the same technology class as imported European equipment.
Kinemach Engineering and Machines Pvt Ltd builds every machine at our works on the Pune–Nashik Highway (Kurali, Khed, Maharashtra). As a ginger garlic paste machine manufacturer in Pune, India, and a supplier with pan-India reach, we commission and service every ginger garlic paste manufacturing plant we build, with cutting heads, spares and service engineers shipping from Pune, so your plant never stands still.
Plants commissioned across Maharashtra, Gujarat, Karnataka, Tamil Nadu, Telangana, Andhra Pradesh, Kerala, Uttar Pradesh, Punjab and beyond.
Export-ready ginger garlic paste lines for global markets
The same lines are engineered for export from day one, wherever ginger garlic paste, curry pastes and ethnic food manufacturing is growing. Every export machine is configured for the destination market: local voltage and frequency (220/380/415 V, 50/60 Hz), seaworthy export packing, complete documentation, and remote commissioning support with video-guided installation and training.
UAE, Saudi Arabia, Oman, Qatar, Kuwait
Egypt, Kenya, Nigeria, South Africa
Bangladesh, Sri Lanka, Nepal, Thailand, Malaysia, Indonesia, Vietnam
USA, UK, Canada, Australia
Prove it before you invest: bring your own ginger and garlic to our Pune technology centre for a live trial, or ship us your raw material and join the trial on video from anywhere in the world. We run your product through the actual line, measure the particle size, and send you the finished paste.
Talk To A Process Engineer
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