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Explore five core recycling equipment: Metal Balers, Metal Chips Briquette Presses, Hydraulic Shears, Vertical Balers and Bagging Balers--engineered for efficient material handling and Recycling Industry!

ABOUT DILOYA

DILOYA is a high-tech environmental equipment manufacturer specializing in hydraulic balers, hydraulic shears, shredders and granulators, together with complete recycling solutions. Backed by independent engineering, a 24,000 m² manufacturing base and a team of more than 30 technical engineers, DILOYA supplies CE-, SGS- and ISO-certified equipment to customers in over 120 countries. From material analysis and system configuration to manufacturing, installation, spare parts and after-sales service, we help recycling businesses build reliable, efficient and long-lasting production lines.

Discover DILOYA
DILOYA factory exterior and entrance
DILOYA Manufacturing Base
Machine tools and work areas in the DILOYA machining workshop
Machining Workshop
Worker welding a steel frame for recycling machinery
Steel Frame Welding

HOT PRODUCTS

Explore eight popular DILOYA recycling machines selected from our five core product systems.

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Hopper-type shear baler illustration with wide loading hopper and roller conveyorMetal Baler

Hopper Type Shear Baler

The Hopper Type Shear Baler is a heavy-duty hydraulic scrap processing machine designed for efficient shearing, compacting, and recycling of various metal scraps, aluminium tins cans, Scrap steel, light metal, sheet metal, profiles, pipes, and other bulky materials can be continuously loaded into the hopper and compressed before cutting.

Three-ram shear baler illustration showing the loading hopper and discharge conveyorMetal Baler

Three Rams Shear Baler

The DILOYA Three Rams Shear Baler combines staged hydraulic compression, shearing and bale discharge to turn loose metal scrap into compact, uniform bales for recycling, storage and transport.

Integrated briquetting press illustration with enclosed cabinet and control panelBriquette Press

Integrated Briquetting Press

The DILOYA Integrated Briquetting Press combines chip feeding, hydraulic compaction, briquette discharge and coordinated controls in one metal-chip recovery system. It turns sorted aluminium, copper, brass, cast-iron and other suitable machining chips into compact briquettes for easier handling and recycling.

Double-outlet briquette press illustration with horizontal and vertical cylindersBriquette Press

Double Outlet Briquetting Press

The DILOYA Double Outlet Briquetting Press cold-compresses suitable metal chips into dense briquettes and uses two discharge outlets to support a planned collection flow. It is configured for recycling operations that need steady feeding and efficient removal of finished blocks.

Horizontal container shear illustration with wide scrap receiving hopperHydraulic Shear

Horizontal Container Shear

The DILOYA Horizontal Container Shear uses a box-style receiving chamber to contain, compress and shear bulky steel scrap in a planned production sequence. Its horizontal layout is intended for high-volume scrap yards that need strong cutting performance while using the available site area efficiently. Heavy plate, structural sections and other compatible ferrous scrap are assessed against chamber dimensions and cutting force.

Vertical natural-fibre baler illustration with tall loading chamberVertical Baler

Vertical Natural Fiber Baler

The DILOYA Vertical Natural Fiber Baler uses front and rear door access to simplify loading and tying of sisal, coir, palm fiber and other compatible plant fibers. Hydraulic vertical compression forms stable, transportable packages from bulky, springy material. Bale dimensions and tying are configured around fiber condition and container-loading requirements to improve practical shipping utilization.

Twin-chamber textile baler illustration with swivelling chamber arrangementVertical Baler

Twin Chamber Swiveling Baler

The DILOYA Twin Chamber Swiveling Baler combines two lift-box chambers in a swiveling layout for used clothes, textile waste and other compatible soft materials. While one chamber is pressing, the other can be prepared for loading or bale removal according to the machine's safety sequence. This overlap supports higher practical throughput than a comparable single-chamber workflow; an optional conveyor can streamline incoming material handling.

Three-ram bagging baler illustration with upper hopper and side dischargeBagging Baler

Three Rams Bagging Baler

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.

APPLICATIONS

Engineered around the material, throughput and operating conditions of each recycling line.

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Steel scrap examples including machining chips, vehicle shells and structural offcuts

Steel Scrap

Steel Scrap

Compress steel scrap into dense bales for easier handling and transport.

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Loose copper granules, copper chips, brass chips and copper wire

Copper&Brass Scrap

Copper&Brass Scrap

Process copper and brass scrap into compact, manageable packages.

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Aluminium chips, profiles, sheet scrap, wire, granules and beverage cans

Aluminium scrap

Aluminium scrap

Bale aluminium scrap for efficient storage, shipping and recycling.

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Loose sisal, coir and palm fibres before baling

Natural Fiber

Natural Fiber

Compress plant fibres into stable bales for cleaner shipping.

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Industrial wiping cloth and loose used clothing

Textiles&Old Clothes

Textiles&Old Clothes

Bale used clothes and textiles to save storage and transport space.

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Loose whole waste tyres awaiting baling

Waste Tire

Waste Tire

Compress used tires into heavy, stable bales for transport.

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Loose wood shavings and fine sawdust for packaging

Wood Sawdust/Shavings

Wood Sawdust/Shavings

Bag sawdust and wood shavings for bedding and distribution.

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Agricultural materials including hay, straw, stevia, corn cob granules, rice husks and cotton seed hulls

Agriculture

Agriculture

Bale hay, straw and other agricultural materials for shipping.

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FAQ

Practical answers for selecting and planning an industrial recycling system.

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How do I choose the right recycling process for my material?+

The right process is the one that produces a material your next customer or production stage can use. Bulky offcuts intended for transport need a different route from oily machining chips intended for remelting. Define that destination first, then work backwards through sorting, size reduction and compaction. How to Choose a Metal Chip Briquetting Line for a Small CNC Machine Shop illustrates why the upstream chip condition matters as much as the final press.

Baling, shearing, shredding and briquetting solve different handling problems. Send representative photos or samples and the buyer's acceptance requirements so the proposed process can be matched to both the incoming waste and its next use.

What information should I send for an accurate quotation?+

An accurate quotation needs an operating brief, not just a requested tonnage. Show the supplier the most difficult normal feed, describe the accepted finished product and identify the equipment already available at the site. Two quotations labelled “one tonne per hour” can cover very different processing stages; the information below helps make their scope comparable.

Useful information to include

  • Feed: material, size, contamination and sample photos.
  • Workload: daily mass, peak accumulation and available production hours.
  • Result: required package or cut size and the receiver's acceptance criteria.
  • Interfaces: loading method, collection equipment and any existing machines.
  • Site: layout, supply voltage, ambient conditions and destination.

Explain how material will arrive and how finished products will be removed. A floor plan, loading height and downstream equipment details help define the scope. The quotation should clearly distinguish the main machine, options, installation requirements and services.

Can my own material be tested before machine selection?+

A representative trial is useful when feeding behaviour or finished-product quality cannot be established from photographs. Send material that captures normal variation, including difficult batches, and agree what the trial must resolve. For example, a neat briquette is not sufficient evidence if the purchasing decision also depends on sustained mass output or residual-fluid handling.

Discuss sample quantity, shipping arrangements and the proposed test scope with the project team. Useful results include incoming material condition, settings, processed mass, elapsed operating time and finished-product measurements. Trial availability and any associated costs must be agreed for the project.

Which parts of a machine can be customised?+

Customisation is worthwhile when it solves a documented operational constraint. A different discharge direction may save handling space; a larger hopper may smooth intermittent deliveries. Both can affect other parts of the design. Describe the problem before specifying the option, and check that changes in chamber, feeding, cooling and controls remain compatible with the intended material duty.

Describe the operational reason for each requested change. Customisation should be evaluated as a connected design, not a collection of unrelated options. Dimensions, performance conditions, included components and approval drawings need to be confirmed in the order specification.

How are installation, commissioning and operator training arranged?+

Installation, commissioning and training are separate services and should be agreed separately. The customer's available technicians, destination and equipment complexity determine which combination of documentation, remote support and site attendance is appropriate. Use Installation Guidance as a starting point for the discussion, then record the actual responsibilities and included services in the order.

Before dispatch, a responsibility list can prevent practical delays:

  • Who prepares the floor, foundation and service connections?
  • Who supplies lifting equipment and installation labour?
  • Who provides oil and other commissioning consumables?
  • What documentation and training are included?
  • Are site attendance, travel and scheduling covered in the quotation?

Agree who provides foundations, lifting equipment, electrical connections, oil and installation labour. Training should cover the selected machine's normal operation, inspections, protective systems and reporting of abnormal conditions. Site-service scope, scheduling, travel and charges should be documented.

What warranty and after-sales support apply to my order?+

The warranty that applies is the written agreement for your order. A website description cannot establish the coverage of wear parts, consumables, travel or site labour. Clarify both the commercial terms and the practical reporting route before purchase. Maintenance Support describes the support topic; any response time, coverage or cost must still be confirmed for the project.

Keep the machine serial number, commissioning records and service history. When reporting a problem, provide symptoms, alarm information and operating conditions so support can identify the issue and explain the applicable service process.

CUSTOMER CASES

Representative recycling projects configured for different materials and regions.

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Vertical sisal fiber baler with twin hydraulic cylinders, open chamber doors and a separate hydraulic power unit25 · Tanzania

100kg Sisal Fiber Baler In Tanzania

A Tanzanian customer uses a 100kg sisal fiber baler at a stated 8–10 bales/hour, with three alternative bale dimensions and reported 25–28-tonne loading in a 40-foot container.

Material
Sisal fiber; suitable coir and palm fibers
Output Capacity
8–10 bales/hour
Country
Tanzania
View customer case +
25 · Tanzania

100kg Sisal Fiber Baler In Tanzania

A Tanzanian customer uses a 100kg sisal fiber baler at a stated 8–10 bales/hour, with three alternative bale dimensions and reported 25–28-tonne loading in a 40-foot container.

Material
Sisal fiber; suitable coir and palm fibers
Output Capacity
8–10 bales/hour
Country
Tanzania
View customer case +

NEWS

Latest product, factory and project updates from DILOYA.

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