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Our Food and Chemical Processing Equipment

Grinders, crushers, and other types of milling machinery

Universal Coarse Grinder

Application: Coarse grinding of a wide range of materials for pharmaceutical, chemical, and food applications, including viscous, hard, soft, and high-fibre materials. Suited to sizing applications.

Operating Principle: Size reduction is achieved through a combination of cutting and impact from rotating and fixed knives. Available in stainless steel or carbon steel construction.

Universal Coarse Crusher

Application: Used as supporting equipment ahead of the fine-crushing process in the pharmaceutical, chemical, and food industries. It crushes effectively regardless of a material's viscosity, hardness, softness, or fibre content.

Operating Principle: Built from stainless steel to GMP standards, the machine feeds material into the crushing chamber via a hopper, where it is crushed by fixed and moving knives working together. Centrifugal force from the rotor then carries the material to the outlet automatically. High output, low noise, and easy cleaning make this one of the best-regarded coarse crushers on the market.

Horizontal Coarse Grinder

Application: Ideal as a pre-processing step before fine milling in the pharmaceutical, chemical, and food industries. Handles a wide range of materials regardless of viscosity, hardness, softness, or fibre content.

Operating Principle: In this horizontally structured grinder, material is fed into the upper chamber through a hopper, then cut and struck by fixed and rotating knives before flowing out under gravity and centrifugal force. Built to GMP standards in stainless steel, it has a simple structure, is easy to clean, and runs quietly — ideal for coarse milling and sizing.

Vertical Coarse Grinding Unit with Dust Collection System

Application: Used as a pre-grinder before fine milling in the pharmaceutical, chemical, and food industries. This new-generation mill combines grinding and material collection in a single unit.

Operating Principle: In this vertically structured mill, material is fed into the main chamber through a hopper, where fixed and moving knives cut it and a rotating knife delivers impact for size reduction. Centrifugal force automatically collects the milled material, while dust is filtered and recovered by a dust collector. Built to GMP standards in stainless steel.

Energy Efficient Fine Impact Mill

Energy Efficient Fine Impact Mill

Application: Designed for ultra-fine particle size reduction and widely used in the pharmaceutical, food, and chemical industries.

Features: Simple in structure and easy to assemble and clean. The milling chamber and all material-contact parts are stainless steel, making this machine both acid and corrosion resistant. The machine runs smoothly, is easy to clean, and energy efficient.

Operating Principle: A high-speed milling unit that reduces material using blades with a sharp cutting edge on one side and an impact edge on the other. Blades of different sizes and shapes suit different materials, and particle size can be adjusted by changing the screen or the rotor speed.

Fine Milling Unit with Dust Collection System

Application: Used in the pharmaceutical, chemical, and food industries. This new-generation design combines fine milling with dust collection.

Operating Principle: A high-speed hammer mill. A conveyor feeds material into the milling chamber through a hopper, where high-speed rotating hammers reduce it. Centrifugal force carries the milled material into the filter automatically, and dust is filtered and recovered by a dust collector built to GMP standards.

Fine Milling Unit with Cyclonic Dust Filtration System

Application: Widely used in the pharmaceutical, chemical, food, and magnetic-material/powder industries. This new-generation design combines milling, filtration, and continuous discharge into a receiving station.

Operating Principle: The machine consists of a mill, a cyclone separator, a pulse cleaner, and a pneumatic fan. Material is fed into the chamber through a hopper and reduced by high-speed rotating hammers. An induced fan and centrifugal force carry the finished material into the cyclone separator, where it is discharged through a rotary valve. Fine dust passes to the pulse dust collector for filtering, and the cleaned air is recycled through filter socks. Particle size is adjustable via the screen. Built to GMP standards in stainless steel throughout, meeting hygienic processing requirements.

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Stainless Steel Roller Mill 

Application: Mainly used to grind oil-bearing materials such as sesame seed, peanut, and almond, and for sizing applications requiring an even final particle size.

Operating Principle: Raw material is fed into the top roller area from a hopper, where it is milled into powder or sized between the rollers. Final particle size is adjusted by changing the gap between the rollers. The machine is reliable, simple to operate, quiet, and high-capacity — the best option for oily materials. Different roll flutings are available to suit different milling applications.

Universal Impact Mill

Application: Designed for milling in a wide range of applications, including pharmaceutical, chemical, and food processing.

Operating Principle: Particle size reduction occurs through impact and friction between rotating and fixed fluted discs. Built to GMP standards in stainless steel, with a simple structure, high output, and easy cleaning. This universal mill suits a wide range of material types.

Universal Impact Mill with Dust Filtration System

Application: Widely used in the pharmaceutical, chemical, and food industries. This new-generation design combines milling and dust collection in one unit.

Operating Principle: Material is milled by impact and friction as it passes between moving and fixed fluted discs. Centrifugal force carries the milled material automatically into the receiving hopper, while dust is filtered and recovered by a dust collector. Built to GMP standards in stainless steel, this mill produces no dust emissions during operation.

Universal Impact Mill with Cyclonic Dust Collection System

Application: Used in the pharmaceutical, chemical, food, and magnetic-material/powder industries. This new-generation design combines pneumatic collection with continuous discharge of the finished product.

Operating Principle: The machine consists of a receiving cyclone separator, a pulse filter collector, and a pneumatic conveying fan. Material is reduced by impact and friction between moving and fixed fluted discs, then flows into the cyclone separator, with bulk material discharging through a rotary valve. Particle size is adjustable via the screen aperture. Built to GMP standards in stainless steel, the installation produces no dust emissions and suits ultra-high-hygiene milling applications.

High Fiber Milling Unit with Conveyor and Cyclone Dust Collector 

Application: Suited to the pharmaceutical, food, chemical, and related industries, and specially designed for high-fibre and high-oil-content materials.

Operating Principle: The unit consists of a main mill, cyclone separator, pulse dust collector, and pneumatic conveying system. Material is fed into the chamber through a hopper and milled by high-speed rotating hammers, with particle size adjustable via the screen aperture. An induced fan and centrifugal force carry the milled material into the cyclone separator, where it is discharged through a blower. Dust passes to the pulse dust collector, where the air is filtered and recycled. Built to GMP standards in stainless steel throughout, with no dust emissions.

Fine Grinding Fluidised Jet Mill

Application: The QLDJ Series Fluidised Jet Mill is the largest super-fine fluidised milling machine of its type, combining manifold nozzle-tube technology, fluidised-bed technology, and horizontal grading technology in one integrated unit — representing the current state of the art in jet milling. The super-fine powder it produces is widely used in the pharmaceutical, chemical, mining/energy, electronics, pesticide, plastics, paper, pigment, paint, dyestuff, food, and cosmetics industries. It can also grind high-purity materials such as polymers, advanced electromagnetic and magnetic materials, semiconductor materials, fine chemicals, catalysts, reagents, and activators.

Operating Principle: The mill consists of an air supply unit, a grinding unit, and a powder grading and collecting system. Compressed air from the supply unit mixes with particles from the feed unit inside the grinding chamber, forming a solid-air flow. Supersonic airflow from the ejectors causes particles to collide and break down. Once particles reach the required fineness, the grading unit at the top releases them for collection and packing.

Features: High flow rate, high grading efficiency, low energy consumption, minimal material waste, and the ability to grind very hard materials. Powder fineness is easy to adjust, the chamber is fully sealed, and the machine can handle heat-sensitive materials with stable, reliable operation.

Industrial Fruit and Vegetable Blender 

Application: Suited to fruit and vegetable processing in restaurants, canteens, and food factories. The machine slices fresh produce — garlic, ginger, vegetables, fresh chili, and fruit — into mashed or reduced-particle form.

Operating Principle: The machine consists of a material barrel, cutting knives, sealing assembly, frame, motor, and drive shaft. The motor sits above the barrel, with the drive shaft running directly inside it. Two blades, mounted in an X formation at the top of the shaft, eliminate dead angles and improve efficiency. The blades are heat-treated stainless steel for long life and sharpness, and the seal between the drive shaft and barrel is silicone rubber. All parts are food-grade stainless steel, and operation is simple.

Screeners

Fine Vibratory Screener

Application: Designed to screen powders and granules in the pharmaceutical, chemical, food, agricultural, and related industries.

Operating Principle: The machine consists of an inlet hopper, vibrating drive, screen frame assembly, coupling, and motor. The vibrating screen frame is fitted to the motor's spindle and bearing. As an eccentric weight is driven around the spindle's centreline, it generates centrifugal force under an unbalanced load, causing material to form regular eddies on the screen. Weight amplitude can be adjusted for different materials and screens. Compact structure, high productivity, low noise, low energy consumption, and easy operation and maintenance.

Centrifugal Screener

Application: An ideal screening machine for the pharmaceutical, chemical, and food industries, particularly effective for high-fibre, high-viscosity, high-humidity, electrostatic, and sticky products.

Operating Principle: A metering feed screw conveys material into the screening zone, where centrifugal action passes fine material through the screen aperture while coarser material passes over the tail end.

Bag Tip Station / Sack Tip Station

Electromagnetic Vibratory Feeder

Operating Principle: An electromagnetic vibrator drives the feed trough to reciprocate periodically along an inclined path. When the vertical component of this vibration exceeds gravitational acceleration, material in the trough is thrown forward along a parabolic path, completing each throw-and-fall cycle in about 1/5 of a second. At roughly 3,000 vibrations per minute, this produces a continuous, even forward flow of material.

The feeder is a dual-mass, elastically coupled vibrating system that operates near its low critical resonance point. The vibrator drives the trough — which rests on the main vibration spring — via an armature connected to that spring, with a coil wound around the iron core. As half-wave rectified current flows through the coil, it generates a pulsating electromagnetic force. During the positive half-cycle, this force pulls the trough backward, storing energy in the main spring; during the negative half-cycle, the current (and force) drops away, and the spring returns the trough forward. This cycle, repeating at line frequency, produces continuous reciprocating vibration.

Features:

• Compact, lightweight, and simple to install; no rotating parts, so no lubrication is needed, and maintenance is easy
• Uses mechanical resonance for low power consumption
• Instantaneous flow control gives high feed accuracy
• Supports centralised and automatic process control
• Low wear on the trough
• Alloy steel construction suits high-temperature, abrasive, and corrosive materials
• Not suitable for explosion-proof applications

Linear Vibratory Feeder

Operating Principle A dedicated vibrating motor drives the feed trough in a periodic linear reciprocating motion along an inclined path. When the vertical component of the trough's vibration exceeds gravitational acceleration, material is thrown forward along a parabolic path, with each throw-and-fall cycle completing in about 1/50 of a second. Continuous excitation from the motor keeps the trough — and the material within it — moving forward steadily.

Features:

• Compact, lightweight, simple to install, and low-maintenance
• Self-synchronising vibration motor gives stable operation, quick starts, and balanced stopping
• Parabolic material flow means low trough wear
• Instantaneous flow control gives high feed accuracy

Additional Info: Compared with electromagnetic and reciprocating feeders, this design is simpler, sturdier, and longer-lasting, with continuous even feeding and low trough wear. It is available in open or enclosed configurations, with the motor mounted on top, bottom, or side depending on installation needs. Key characteristics include stable vibration, low cost, low maintenance, an adjustable excitation force for controllable flow, and low noise from the vibration motor itself. The structure is simple and reliable, adjustment and installation are straightforward, and the unit is lightweight and compact. Enclosed covers are used throughout to prevent dust pollution.

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Centrifugal Sifter

Linear Vibrating Sieve

Environmentally friendly: A fully sealed structure safely manages dust across continuous 24-hour operation High capacity, low energy use: Large throughput from a simple, low-maintenance design Purpose-built mesh mounting: A dedicated mesh installation design prevents cross-contamination between material

Operating Principle: Two vibrating motors, mounted vertically on the screen body and working against each other, generate a rated exciting force via eccentric blocks at each end. Because the motors operate in relative opposition, lateral vibration forces cancel out, while longitudinal vibration is transmitted through the screen box, causing the screen surface to vibrate and bounce material toward the outlet. Material smaller than the mesh openings falls through before reaching the outlet. This screening process yields several distinct particle-size fractions in a single pass. Features: Multi-stage control: A multi-layer screen produces several material sizes at once, each discharging from its own outlet

Dewatering Screener

Features:

• Waterproof motor: A dedicated waterproof motor with dual-motor self-synchronising drive delivers efficient dewatering
• Lower investment cost: Compared with traditional processes, this dry-line dewatering method needs less investment, a simpler process, and a smaller footprint, simplifying system layout
• Continuous operation: Purpose-tuned frequency, amplitude, and power support 24-hour continuous dewatering
• High capacity: A V-shaped screen with a -5° slope keeps water content low while maximising throughput per unit area
• Long service life: Highly wear-resistant, modular screen plates are easy to replace, cutting costs, with mesh size selectable to requirements
• Strong, durable structure: Rigid welded steel construction gives a stress-free, high-strength, lightweight, durable machine body

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Standard Test Sieve

Operating Principle: Eccentric weights mounted at the top and bottom of the motor shaft convert the motor's rotary motion into a combined horizontal, vertical, and inclined three-dimensional motion, which is transferred to the screen surface. This causes material on the screen to tumble, rotate, and bounce. Paired with a standard sieve frame, the unit can measure particle-size distribution, liquid solids content, and impurity levels in granular and powder materials via vibration screening and filtration. Features: Suited to testing irregular particle-size distributions and grading super-hard materials in production Widely used in geological, chemical, cement, pharmaceutical, defence, and other research and production laboratories Compact, lightweight, smooth, and quiet, with no vibration, no noise, a sealed housing, no dust, and high efficiency Available in 220V and 380V motor options to suit different environments; can be installed as a mobile, multi-layer 3D stack for safe, flexible, continuous operation High screening accuracy with reliable, repeatable results across a range of particle shapes and distributions; includes an electronic timer for self-controlled test accuracy Can be paired with an ultrasonic screening system for automatic screen cleaning, improving both efficiency and detection accuracy

Mixers

Conical Screw Mixer

2D Motion Mixer

Application: Suited to mixing dry powders and granules in the pharmaceutical and chemical industries, especially materials with high moisture content and a wide particle-size distribution.

Operating Principle: The mixing unit is a plain cylindrical drum with no internal devices. It rotates on a trunnion wheel arrangement, with drum position adjustable as needed.

Energy Efficient V-shaped Mixer

Application: Used to mix dry powders and granules in the pharmaceutical, food, chemical, and other industries.

Operating Principle: Material is loaded through the top hatches of the rotating V-shaped mixing assembly, where rotation drives a back-and-forth mixing action inside the chamber. Discharge is via a butterfly valve at the outlet.

Multi-directional 3D Motion Mixer

Application: Suited to mixing powders and granules in the pharmaceutical, chemical, food, lighting, electronics, mining, metallurgy, and scientific research industries.

Operating Principle: A base-mounted drive shaft, rotary connection assembly, and barrel unit work together to move the material barrel through a complex combination of horizontal, vertical, and rolling motion, mixing material in three directions for highly uniform results across a wide range of material types. This fully enclosed, energy-efficient mixer avoids centrifugal force during mixing, preventing gravity segregation and layering. It also offers larger loading capacity, shorter mixing time, and high efficiency.

Forced-Type Agitating Mixer

Application: Built on advanced international mixing technology, the VI-type forced mixer is used in the pharmaceutical, food, and chemical industries, combining the "V" shell shape with an internal agitator.

Operating Principle: This machine can mix both relatively fine powders and agglomerated materials with higher moisture content. The internal agitator refines and homogenises the material as it's blended within the V-shell.

High Speed Double Cone Mixer

Application: Suited to blending free-flowing powders and granular products to a consistent specification in short mixing times. Used in the pharmaceutical, food, chemical, and plastics industries.

Operating Principle: This machine rapidly mixes free-flowing materials and those with some water content, achieving mixing uniformity above 95% at high speed. Built to GMP standards, it's simple to operate and maintain.

Double Cone Mixer with Agitator

Application: Built on the W-series double cone mixer with an added stirring unit, optimised for agglomerated and variable-particle-size materials. Used in the pharmaceutical, food, chemical, and related industries.

Operating Principle: This machine rapidly mixes free-flowing materials and those with some water content, achieving mixing uniformity above 95% at high speed. Built to GMP standards, it's simple to operate and maintain.

Single Screw Nauta Mixer

Application: A new, high-precision, high-efficiency mixer widely used for powder or paste materials in the pharmaceutical and feed industries.

Operating Principle: The machine combines a single screw with S-shaped blades, giving a large mixing area, high mixing speed, and no dead zones. It's particularly well suited to mixing materials with very different specific weights and mixing characteristics. Built in stainless steel to GMP standards.

Horizontal Double Ribbon Mixer

Application: The WLDH series is a well-proven, high-efficiency horizontal ribbon mixer used for solid-solid (powder) and solid-liquid (powder and fluid) mixing in the chemical, pharmaceutical, and food industries.

Operating Principle: The WLDH mixer consists of a mixing barrel, a two-layer spiral ribbon, and a drive assembly — the inner ribbon moves material outward while the outer ribbon moves it inward, creating efficient internal circulation that mixes material quickly. Built in stainless steel to GMP standards.

Horizontal Single “Z” Arm Type Mixer

Application: This stainless steel horizontal "Z"-arm mixer is widely used for powder or paste materials in the pharmaceutical, chemical, and food industries.

Operating Principle: A mechanically driven "Z"-shaped paddle repeatedly turns the material for uniform mixing. Electrical controls allow automatic stopping at a set mixing time, and electric discharge improves consistency batch to batch for a highly homogeneous finished blend. All contact parts are stainless steel, and the machine tilts forward for discharge.

Horizontal Double “Z” Arm Mixer

Application: This horizontal double "Z"-arm mixer is widely used in the pharmaceutical, chemical, and food industries for powder or paste materials, particularly those with high viscosity and density.

Operating Principle: The double "Z"-shaped paddles combine bulk movement, smearing, stretching, folding, dividing, and recombining as material is pulled and pressed against the blades, saddle, and side walls, with blade pitch designed for end-to-end circulation. All contact parts are stainless steel, the machine tilts forward for discharge, and automated operation features are included.

Granulators

Multi-purpose High-Speed Mixing Granulator

Application: The GHL high-speed mixing granulator efficiently converts various powder materials into granules in a single process. Widely used in the pharmaceutical, food, and chemical industries.

Operating Principle: Powder and adhesive blend within the mixing chamber before passing through a high-speed cutting assembly that forms uniform granules.

Features:

1. Horizontal mixing structure for optimum efficiency
2. Air purge seals on the drive shaft for secure, leak-proof operation
3. Fluidisation during granulation improves flow and reduces drying time
4. Roughly 25% less binder required compared with traditional processes
5. Dry mixing takes about 2 minutes and granulating 1–4 minutes — 4–5 times faster than traditional methods
6. Dry mixing, liquid addition, and granulation all run to GMP standards
7. Built-in safety and protective measures throughout
8. Mixing and cutting speeds are frequency-controlled to regulate granule size

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Pharmaceutical Grade Dry Granulator

Application: A new-generation unit that uses the crystallised water within the material itself to pelletise powder into granules. Its advanced, stable, reliable design is easy to maintain and clean. The resulting granules can be pressed into tablets or capsules, and the machine is mainly used for granulation in the pharmaceutical, chemical, and food industries — particularly for materials unsuited to wet granulation.

Reciprocating Granulator

Application: Widely used in the pharmaceutical, chemical, and food industries to produce granules of various sizes from agglomerated or lumpy materials. Ideal for preparing block and lump product for further blending, mixing, or dissolving. Built in food-grade stainless steel.

Operating Principle: The reciprocating arm is fitted with beaters, brushes, or UHMW polyethylene paddles, which agitate material against a fixed, profiled screen that sizes the finished product according to the aperture fitted.

Rotary Blade Granulator 

Application: Ideal for the pharmaceutical, food, feed, chemical, and solid-beverage industries, particularly for high-viscosity materials. It runs continuously to produce an evenly formed, free-flowing granulated product ready for further drying. Simple to set up and operate, with stainless steel contact parts and hygienic features for easy cleaning.

High Speed Conical Granulator/Mill

Application: Widely and effectively used in the pharmaceutical, chemical, and food industries. A rotating knife set works against a screen of the required aperture size — particles smaller than the screen pass through to discharge, while larger particles are further reduced. All contact parts are food-grade stainless steel, built to GMP standards.

Dryers

Double Cone Tumble Vacuum Dryer / Rotary Cone Vacuum Dryer

Application: Mainly used for drying and mixing materials in the pharmaceutical and food industries.

Operating Principle: This machine dries and mixes heat-sensitive, easily oxidised, and non-crystalline materials effectively, and is also suited to solvent recovery and drying strongly irritating or toxic materials. Fast drying, uniform results, and a hygienic design that avoids contamination combine with easy cleaning and simple maintenance.

Two-door Tray Drying Oven / Industrial Food Dehydrator

Application: The RXH series dries and dehumidifies materials in the pharmaceutical, chemical, food, and light and heavy industrial sectors, including raw and processed medicines, alternative medicine tablets, powders, granules, pigments, dyestuffs, dried vegetables, food, plastic resin, electrical components, and baking finishes.

Static Vacuum Dryer (Square & Round Types)

Application: Delivers high-efficiency tray drying by combining heat and vacuum to optimise heat transfer across a wide range of reasonably free-flowing materials. Applying vacuum to the drying chamber ensures even drying throughout. Vacuum dryers fall into two types — static and dynamic. The round (YZG) and square (FZG) models are static dryers, while the double-cone rotating dryer (SZG) is a dynamic dryer. In static dryers, material remains still and holds its shape during drying.

In the rotary SZG double-cone dryer, continuous agitation shortens drying time and exposes material more evenly to heat and vacuum; under vacuum, the material's boiling point drops, making these dryers well suited to unstable or heat-sensitive materials. The vacuum dryer also retains gases well, making it suitable for drying materials containing strong or toxic gases and for solvent recovery. Widely used in the pharmaceutical, chemical, food, and dyestuff industries, and built to GMP standards.

Note: An SZ water-ring vacuum pump can be paired with a mechanical pressure pump to boost the vacuum level.

Energy Efficient Fluidised Bed Dryer

Application: Used for drying granular materials up to 0.16 mm in particle size, suited to quick drying of wet granules, powders, finished products, and intermediates in the pharmaceutical, food, light industrial, and chemical processing sectors.

Operating Principle: Air passes through a purification cabinet and heater, then flows at high speed up through perforated decks. Material reaches a fluidised state as the heated air carries away moisture. Evaporated air passes through filters to atmosphere in this batch process, with full automation for consistent, repeatable results.

Vibratory Fluidised Bed Dryer

Specifications:

1. Available in a wide range of sizes and capacities
2. Contact parts built to GMP standards in food-grade stainless steel
3. Fully ISO-approved
4. Available as a complete turnkey installation with ancillary equipment, or as a standalone unit for replacement/upgrade needs

Application: Suited to a wide range of free-flowing food, industrial, chemical, and agricultural products that can be fluidised. Raw material enters at the head end via a feeding device suited to its flow characteristics, then moves continuously along the horizontal fluidised bed under combined vibration and air pressure. Hot air passes through the bed, evaporating moisture, which is carried to a filter, collector, or optional cyclone separator (or a combination of both). The dried product discharges for further screening or cooling as required.

Features: Hot air can be supplied directly from a gas furnace or indirectly via a heat exchanger (steam-to-air, hot water-to-air, furnace gas heating, etc.). Material heats evenly across the full bed surface, and drying capacity is high — typically around 30% more energy-efficient than alternative dryer types. Two counterbalanced vibratory motors drive the deck's vibration, giving stable, adjustable, quiet, low-maintenance operation. The material bed stays stable with no dead spots, and can be fine-tuned via air flow, vibration amplitude, and bed tilt angle; a variable-speed controller on the motors allows further adjustment of flow rate and dwell time. Product degradation is minimal, making this dryer well suited to friable materials and products with varying particle size or density. The unit is fully enclosed, releasing no dust or process air to atmosphere.

Operating Principle: Suitable for drying, drying-and-cooling, or cooling-only applications, and can be supplied with supporting process equipment for uses including:

• Pharmaceutical/chemical: pressed tablets and granules, boric acid, borax, dihydroxybenzene, malic acid, urea, etc.
• Food: breakfast cereals, monosodium glutamate, sugar, salt, grains, pulses, processing residues, etc.
• Agrochemical: drilled seed drying, fertiliser granulation drying/cooling, residue processing, etc.

Belt Dryer

Application: Suited to drying materials across a wide range of applications, including pharmaceutical, chemical, food, gum, electronics, dewatered vegetables, particle feed, gourmet powders, shredded coconut, stuffing, organic colour compounds, rubber, acrylic fibre, medicinal products, small wood products, plastics, and ageing/solidifying electronic components.

Features: A spreader distributes material evenly onto a mesh belt (typically 12–60 mesh stainless steel wire), which a transmission unit draws through the dryer. The dryer comprises several units; hot air circulates separately, with some exhaust discharged via a dedicated moisture-elimination blower, and waste gas regulated by an adjustment valve. Hot air passes through the material-covered mesh belt from top to bottom or bottom to top, completing heat and mass transfer. The dried product then drops continuously into a collector. Upper and lower circulation units can be configured to match specific drying requirements.

Operating Principle: Widely used for drying agglomerated, strip, pelleted, flaked, extruded, and similar materials, and especially suited to high-moisture, loose materials with good ventilation — such as dewatered vegetables and herbal leaf materials — where high temperatures aren't appropriate. Drying is fast, evaporation strength is high, and product quality is good. It also handles dewatered filter cake, similar paste materials, and high-fibre products well. Built to GMP standards with automated control.

High-Speed Centrifuge Atomising Dryer

Specifications:

1. Available in five sizes/capacities
2. Contact parts built to GMP standards in high-grade stainless steel
3. Fully ISO-approved
4. Suited to drying emulsions, suspensions, and other liquid materials

Application: The LPG series is a specialised dryer for emulsions, suspensions, and emulsified liquids, offering distinct advantages when drying polymers, resins, dyestuffs, pigments, ceramics, gloss compounds, de-rusting agents, pesticides, carbohydrates, dairy products, detergents, surfactants, fertilisers, and organic and inorganic compounds.

Features: Drying takes just 5–15 seconds, making it well suited to heat-sensitive raw materials, and ideal for drying coloured, fine, or delicate-appearance materials. The machine runs stably with convenient controls, suited to continuous operation, and the finished product's distribution, flowability, and solubility meet international standards.

Operating Principle: Hot air (direct or indirect heat, filtered) enters the top of the drying chamber tangentially. At the same time, a centrifugal atomiser pumps and filters the liquid material, forming atomised droplets at the top of the chamber. As the droplets meet the hot air, surface moisture evaporates rapidly. The dried material is drawn down into the receiving hopper for discharge to a cyclone separator, while moisture-laden air exits through the exhaust system.

Fluidised Granulating Dryer

Features: Mixing, granulating, and drying complete in a single, fully sealed process with no dust emissions. Anti-static filter media adds safety, and explosion-relief features are built in. All contact surfaces are rounded for easy cleaning, with sight-glass inspection ports fitted, and loading/unloading is straightforward.

Operating Principle: Solution droplets granulate as they fluidise on contact with hot air in the spray chamber. Clean heated air enters the lower spraying area and rises to meet the sprayed liquid; rapid moisture evaporation from the droplets forms granules that remain suspended in a fluidised state. Moisture-laden air discharges to atmosphere through a filter, while the formed granules collect in a removable, sealed hopper. The result is an even particle size in continuous operation. All contact parts are stainless steel, built to GMP standards, with automated process control for setting parameters to specific requirements.

Conveyors

Vacuum Conveyor

Features: A heavy-duty industrial conveyor ideal for transferring powder and granular materials directly into mixers and other processing equipment. It reduces dust emissions and is GMP-certified, and is widely used in the pharmaceutical, food, feed, chemical, and plastics industries for general material handling.

Operating Principle: The vacuum conveyor consists of a vacuum unit (oil-free, water-free), feeding tube, PE filter, vacuum hopper, automatic control device, pneumatic discharge device, and compressed-air pulsing unit. It runs quietly and efficiently, with large capacity, low noise, and high reliability — ideal for transferring powders and granules to mixers, packers, reactors, and other processing equipment.

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Powder Pulverising Machines

WF Series Platform-type Dust Collecting Fine Crusher Set

Application: Used in the pharmaceutical, chemical, and food industries, this new-generation unit combines crushing and dust collection in one machine.

Operating Principle: A high-speed hammer crusher. A conveyor feeds material into the crushing chamber through a hopper, where high-speed rotating hammers crush it. Centrifugal force carries the crushed material into the catcher automatically, while a pulse-controlled air cylinder shakes the catcher so collected dust falls into the bin. Built to GMP standards in stainless steel throughout, this machine produces no flying dust during operation, improves material utilisation, and reduces operating costs.

DS Series Dust Collecting High Efficient Crushing Set

Application: Delivers optimum crushing results with excellent throughput across a diverse range of products in the pharmaceutical, chemical, and food industries.

Operating Principle: The high-speed rotor reverses easily, allowing products to be crushed via either the cutting side or the impact side depending on the desired result. It's especially suited to hard, crystalline, or fibrous products, with screens and rasps interchangeable to suit different materials. A seamless housing prevents product build-up and simplifies servicing and cleaning.

Features: Simple in structure, and easy to assemble and clean. All material-contact parts are stainless steel, offering acid and corrosion resistance and meeting hygiene requirements. The machine also runs smoothly, moves easily, and offers low noise, strong crushing performance, and low power consumption.

Some of Our Machines in Action