Three-ram bagging baler illustration with upper hopper and side discharge

Three Rams Bagging Baler

Three-Ram Bagging Baler for Loose Agricultural Biomass

The DILOYA Three Rams Bagging Baler applies staged three-cylinder compression to loose, bulky agricultural and wood-derived material before bagging. Suitable feeds may include alfalfa hay, wheat straw, corncob granules, wood shavings, sawdust, cottonseed hulls, rice husks and stevia leaves after material assessment. Its multi-directional pressing sequence produces dense, regular packages. A specified high-capacity line can reach up to 220 bales per hour, depending on feedstock and bale specification.

Design
Three Rams Design
Capacity
80-200bales/Hour
HS Code
8422400090
Model
HBD Series
Certificate
CE ISO TUV
Payment Term
T/T, L/C

Video

Description

The DILOYA Three Rams Bagging Baler is a hydraulic packaging system for low-density agricultural and biomass streams. Its three-ram arrangement pre-compresses and shapes a loose charge from multiple directions before the package is discharged into a bag. This helps create regular, dense units that are easier to stack, count and transport than loose material.

1> Materials and Preparation

Potential feedstocks include alfalfa hay, wheat straw, screened corncob material, wood shavings, sawdust, cottonseed hulls, rice husks and stevia leaves. Each behaves differently: long fibers can bridge, fine particles generate dust, and light husks may flow or spring back. Material should be screened for foreign objects and evaluated for moisture, particle size and end use. Feed or bedding suitability is not implied merely because a material can be baled.

2> Three-Ram Compression Sequence

A conveyor or metering system supplies the chamber. Successive hydraulic rams compact and shape the charge, then the finished block is pushed into a suitable bag and closed. The exact ram sequence, hopper, weighing option, dust collection and bagging interface are selected for the material and package target. Consistent feeding is important for repeatable weight and line speed.

3> Throughput and Line Design

A high-capacity configuration may achieve up to 220 bales per hour with suitable material, bale size and site conditions. Actual output must be confirmed by test runs and includes time for feeding, compaction, bag placement and closure. DILOYA should size the press with the customer's target weight, loose density, moisture range, storage plan and downstream handling equipment.

Advantage

> Three-ram compression: staged compaction helps shape bulky, low-density material into regular packages.

> Broad material scope: can be configured for selected hay, straw, wood residue, hull, husk and leaf streams.

> High throughput potential: suitable lines can reach up to 220 bales/hour after feed-specific verification.

> Improved transport density: bagged blocks reduce the space required for loose biomass.

> Controlled handling: enclosed bags limit spillage of fine or flaky material.

> Configurable process: feed metering, weighing, dust control and bag dimensions can be matched to the project.

Parameter

Please find below specification of different models:

Parameter table
ModelHBD100HBD150HBD200HBD250HBD300HBD400
Chamber Size1000x600x600mm1200x600x600mm1200x650x650mm1400x700x700mm1400x750x750mm1400x750x800mm
Bale Size600x300x300mm600x400x300mm650x450x250mm700x400x300mm750x430x310mm750x450x300mm
Bale Weight

15-20kg

15-25kg

20-30kg

25-35kg

25-40kg

30-50kg

Motor Power18.5kw22kw30kw37kw45kw55kw
ControlPLC ControlPLC ControlPLC ControlPLC ControlPLC ControlPLC Control
Press Cylinder300kn400kn600kn800kn100kn1250kn
Top Cylinder500kn800kn
1000kn1250kn1500kn2000kn
Push Cylinder500kn800kn1000kn1250kn1500kn2000kn

We can customize the baler machine according to your special requirements.

Application

The DILOYA HBD Series Three Rams Bagging Baler can press below materials:

Loose wood shavings for animal bedding

Wood Shavings

Loose wood shavings are light, springy and expensive to store or distribute efficiently. DILOYA high-speed baling lines meter and compress prepared shavings into rectangular blocks before bagging, closing and weight checking. With suitable material, bale specification and automated handling, a configured line can produce up to 200 bales per hour.

Hand holding fine loose wood sawdust

Wood Sawdust

Fine wood sawdust spills easily, creates dust and occupies excessive space in loose form. DILOYA sawdust baling systems meter prepared material, compress it into dense rectangular blocks and enclose each block in a plastic bag for clean storage, accurate weighing, palletising and shipment. This Wood Sawdust/Shavings application is intended for compression and bagged packaging.

Loose rice husks before compression and bagging

Rice Husks

Rice husks are lightweight, abrasive shells produced during rice milling. They are used for animal bedding, biomass fuel, horticultural mulch and as feedstock for rice-husk ash or silica-related processing, but their low bulk density and dust make loose handling inefficient. DILOYA systems meter prepared husks, compress each charge into a dense rectangular block and place the block into a protective bag for closing, check-weighing and palletising. Compression reduces storage and transport volume while the sealed package limits spillage, moisture exposure and dust. Selection is based on moisture, particle distribution, ash and dust content, loose density, target bale weight, bag specification and hourly output.

Hand holding corn cob granules before bagging

Corn Cob Granules

Corn cob granules are screened particles made from dried crushed cobs and supplied in grades for animal bedding, liquid absorbents, polishing or tumbling media, gentle blasting and selected formulations. Loose granules occupy unnecessary space and can segregate by size during handling. DILOYA systems dose a repeatable charge, hydraulically compress it into a uniform rectangular block and transfer the block into a protective bag for sealing, weighing and palletising. The compact package improves warehouse utilisation, shipment consistency and product cleanliness. Selection depends on granule size, fines, moisture, bulk density, flow behaviour, package weight, bag film and required throughput.

Loose cotton seed hulls before compression

Cotton Seed Hulls

Cotton seed hulls are light, fibrous shells separated during cottonseed processing. They are commonly traded as a roughage ingredient for ruminant feeding where permitted and correctly formulated, and may also serve other approved agricultural or biomass uses. Loose hulls spring back, scatter easily and consume substantial warehouse and vehicle volume. DILOYA balers compress dry, clean and traceable hulls into stable rectangular blocks, then place each block into a suitable bag for closing, weight verification and palletising. Selection is based on hull composition, lint and fines, moisture, hygiene requirements, loose density, rebound, target bale weight, bag material and production rate.

Prepared alfalfa hay showing stems and leaves

Alfalfa Hay

Alfalfa hay is a protein- and fibre-rich forage used in qualified feeding programmes for dairy cattle, beef cattle, horses, sheep, goats and other livestock; selected material may also be processed into cubes or pellets. The crop is bulky and sensitive to moisture, leaf loss and storage temperature, so compression must preserve feed quality. DILOYA balers load controlled charges, form dense rectangular blocks and transfer each block into a protective bag for closure, weighing, clean handling and export. Bagged compression improves container utilisation and lot control while reducing loose-leaf loss. Selection considers cut length, stem-to-leaf condition, moisture, density, package weight, bag material, closure method, throughput and storage requirements.

Loose dried stevia leaves and stems

Stevia

Dried stevia leaves are a low-density botanical material that needs careful handling. DILOYA compresses prepared leaves into controlled blocks and bags them for organised storage and transport while accounting for leaf breakage, moisture and buyer quality requirements.

Cut oat straw before compression and bagging

Oat Straw

Oat straw is a lightweight cereal crop residue that is difficult to handle efficiently in loose form. DILOYA systems compress prepared oat straw into consistent blocks and enclose them in bags for cleaner storage, easier handling and more efficient transport.

Chopped wheat straw before compression and bagging

Wheat Straw

Wheat straw is a bulky harvest residue used in bedding, horticulture and other agricultural supply chains. DILOYA compresses prepared wheat straw into rectangular blocks and bags them for cleaner handling, reliable stacking and lower-volume transport.

FAQ

What is a bagging baler?+

A bagging baler forms a compressed product intended to be contained in a specified bag or sleeve. The important distinction is the completed packaging sequence, not just compression. Three Rams Bagging Baler is one configuration to assess, but weighing, bag placement and closure must each be identified explicitly in the scope.

Confirm which tasks are automatic and which require an operator. A machine described as a bagging baler does not necessarily include automatic bag placement, sealing, weighing or palletising unless these functions are specified.

Which materials can be considered for bagging balers?+

Select a bagging baler for a defined product stream and package. Rags, wood shavings and prepared hay differ in flow, recovery and end-use requirements, even if they all compress. Compare Wiping Rags Baler, Animal Bed/Feeding Baler and agricultural line arrangements against actual material samples rather than treating them as interchangeable packaging machines.

Describe particle or fibre length, moisture, contamination and target package. A configuration for clean rags should not be assumed suitable for agricultural material or dusty wood products without separate evaluation.

How should bag dimensions and package weight be selected?+

Choose the customer's usable package first, then match the compression and bag to it. Target mass, handling limits and released dimensions need to work together. A larger chamber does not guarantee a saleable package if the chosen bag cannot accommodate expansion or the receiving customer cannot lift and open it conveniently.

  • Customer handling and opening requirements.
  • Target mass and permitted variation.
  • Post-expansion package dimensions.
  • Bag construction and closure method.
  • Storage, pallet or container arrangement.

Bag size alone does not guarantee package mass. Define acceptable weight variation and whether weighing is required. Representative trials should include compression, packaging, closure and post-discharge expansion rather than judging only a compressed sample inside the chamber.

Why is moisture important for bagged agricultural and wood material?+

Moisture affects the product mass and the conditions inside the completed package, not merely how it compresses. A wet product does not become suitable for storage because it has been bagged neatly. Specify accepted incoming condition and any separate conditioning requirement before selecting bag construction or making storage claims.

Specify incoming moisture conditions and the customer's acceptance requirements. Any drying, conditioning or product-quality assessment should be handled as a separate process where needed. Trials must use material representative of normal production, not only an unusually favourable sample.

How should bagging-line output be stated?+

State bagging output as accepted completed packages over an agreed period, with the material and package mass specified. Include the filling, bag placement, closure and removal tasks that belong to the quoted process. A fast press cycle is not equivalent to a sustained dispatch rate.

  1. Define an accepted completed package.
  2. State material condition and target package mass.
  3. Include filling, compression and all packaging tasks in scope.
  4. Record replenishment and removal delays.
  5. Report the accepted package count over the agreed period.

Material condition and target package mass must be specified. A fast compression cycle does not prove the same rate for complete bagged products. Compare sustained production using representative material and realistic replenishment and handling.

Related products

Hay and animal-bedding bagging baler illustration with upper feed hopper

Animal Bed/Feeding Baler

The DILOYA Animal Bed/Feeding Baler packages suitable alfalfa hay for feed and clean sawdust or wood shavings for animal bedding. A weighing-based filling system targets consistent bale weight, followed by hydraulic compression and bagging for orderly storage and distribution. On a suitable configuration, output can reach up to 200 bales per hour; actual rate depends on material density, moisture, target weight, bag size and feeding conditions.

View details +
Dual-outlet wiping-rag baler illustration with two bagging channels

Double Bale Rags Wiper Baler

The DILOYA Double Bale Rags Wiper Baler uses a dual-outlet bagging arrangement to produce two specified package sizes or weights from sorted used rags and industrial wiping cloths. The operator can select the appropriate discharge route and packaging program for customer orders. Hydraulic compression and controlled discharge form compact, bagged units, while actual weight consistency depends on feed composition, weighing method and machine settings.

View details +
Large-bale bagging press illustration with feed hopper and roller discharge conveyor

Big Bale Bagging Baler

The DILOYA Big Bale Bagging Baler uses a two-ram hydraulic arrangement to form large square packages from alfalfa hay, oat straw, wheat straw and other compatible long-fiber crops. Its large chamber and controlled compression produce bales designed around forklift handling, truck loading and container dimensions. The two-ram sequence supports efficient, guarded production, while bale density and weight depend on crop condition and the selected package specification.

View details +
Wiping-rag bagging baler illustration with manual loading tray and discharge table

Wiping Rags Baler

The DILOYA Wiping Rags Baler compresses sorted used wiping rags and industrial cleaning cloths into bagged, manageable packages. A controlled feeding and pressing cycle reduces the volume of loose fabric, while the bag helps contain the material during storage and transport. Chamber size, bale weight, bag dimensions and discharge arrangement are selected for the actual cloth mix and downstream handling plan.

View details +

Customer Cases

View all cases +
DILOYA three-ram corncob granules bagging baler with an inclined feed arrangement and bagging outletThree Rams Bagging Baler For Corncob Granules In Indonesia

Indonesian customer uses a three-ram bagging baler for corncob granules, with stated throughput of 4–6 tonnes per hour to support compact packaging, handling and shipment.

View case +
Wood shavings animal bedding bagging baler with an inclined feeding conveyor and control cabinetWood Shavings Animal Bedding Bagging Baler In Estonia

Estonian customer uses a PLC-controlled bagging baler for wood shavings and alfalfa hay, with stated output of 200 bags per hour for bedding and forage packaging.

View case +
High-output alfalfa hay cutting and bagging line with a large compression chamber and discharge roller conveyorHigh Output Alfalfa Hay Cutting Bagging Baler In Egypt

An Egyptian customer's integrated, automatically controlled alfalfa hay cutting and bagging line has stated output of 15 tonnes/hour and bale weights of 480–500 kg.

View case +

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