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| Brand Name: | WANSHIDA |
| Model Number: | Y83/T-160 |
| MOQ: | 1 set |
| Price: | Negotiable |
| Delivery Time: | 45days |
| Payment Terms: | T/T |
The reference processing capacity is 2000–3000 kg/h, while the single-cycle time is stated as less than 80 seconds. The machine uses a 22 kW motor and a hydraulic push-out discharge system. After compression, the finished bale is pushed directly out of the chamber, reducing manual bale-removal work and making it easier to collect with a forklift, material handler or conveyor.
The Y83/T-160 is equipped with PLC semi-automatic control. After material loading, the control system coordinates the compression, return and bale-discharge movements, helping maintain a more consistent working cycle.
As a practical Hydraulic Scrap Metal Baling Press, Scrap Metal Baler, Hydraulic Metal Baler, Push-Out Metal Baler and Metal Recycling Baling Machine, the Y83/T-160 reduces scrap volume while improving storage utilization, transportation density, yard organization and delivery standardization.
Main specifications include:
The profitability of a scrap-metal business depends not only on purchasing and selling prices, but also on transportation, storage, handling, labor and downstream acceptance.
Many recyclers collect a substantial amount of scrap every day, yet loose material can still create significant hidden costs.
Light sheet scrap, plate offcuts, stamping waste, profile remnants and dismantling scrap are irregular and difficult to stack.
This may result in:
Low-density scrap often fills the available truck or container volume before reaching an efficient cargo weight.
For long-distance transportation or export operations, this can lead to:
Loose scrap must be repeatedly grabbed, arranged and compacted. Small pieces may also fall during loading and transport, creating cleaning work and material loss.
Steel mills, foundries and smelters can often receive uniformly compressed bales more efficiently.
Regular bales are easier to:
Using loaders, excavators or manual labor to compact scrap inside a truck cannot consistently produce bales with controlled dimensions and density.
The Y83/T-160 hydraulic metal baler uses hydraulic compression to reduce the volume of loose metal scrap and form bales with an approximate 400×400 mm cross-section.
After scrap is loaded into the 1600×1000×800 mm chamber, the PLC control system coordinates the hydraulic movements for pre-compression, shaping and final pressing.
Once compression is complete, the hydraulic pusher moves the bale out of the chamber, allowing the machine to begin the next cycle.
This process can help customers:
Hydraulic compression removes internal voids and increases bulk density, reducing storage-space requirements.
Regular bales can be arranged more efficiently inside trucks and containers.
Different metal categories can be baled, identified and stored separately.
The reference cycle time of less than 80 seconds, combined with PLC semi-automatic control, can provide stable repetitive operation.
The push-out discharge system moves the finished bale directly out of the compression chamber.
A 400×400 mm bale cross-section and a reference density above 1800 kg/m³ can support more consistent delivery and inventory procedures.
| Item | Specification |
|---|---|
| Product Name | Push-Out Hydraulic Scrap Metal Baling Press |
| Model | Y83/T-160 |
| Nominal Force | 1600 kN, approximately 160 tons |
| Compression Chamber Size | 1600×1000×800 mm, L×W×H |
| Bale Cross-Section | 400×400 mm |
| Complete Bale Length | Not specified in the source data |
| Bale Density | Above 1800 kg/m³ |
| Reference Capacity | 2000–3000 kg/h |
| Single-Cycle Time | Less than 80 seconds |
| Motor Power | 22 kW |
| Bale Discharge | Push-out |
| Operation | PLC semi-automatic control |
| Drive System | Hydraulic |
| Main Materials | Scrap steel, light metal, stamping offcuts and selected non-ferrous scrap |
| Quality Management | Manufactured according to the ISO 9001 quality requirements stated in the supplied information |
| Warranty | One year |
| Long-Term Service | Maintenance and technical support available |
The stated 2000–3000 kg/h is a reference processing capacity.
Actual output depends on:
The stated density above 1800 kg/m³ is a reference figure. Actual bale density varies according to material type, contamination, spring-back and compression conditions.
Scrap steel, light steel sheet, aluminum scrap and stainless-steel offcuts will not produce identical bale densities.
The 1600 kN hydraulic force is suitable for small and medium scrap steel, sheet offcuts, stamping waste and light metal scrap.
The relatively large compression chamber can receive a practical volume of loose scrap and reduce excessive pre-cutting.
The uniform cross-section supports organized stacking, transportation, weighing and downstream handling.
Higher-density bales help reduce space loss during storage and transportation.
The machine is suitable for small and medium recycling businesses with a stable scrap supply.
The relatively short cycle supports repeated processing, although actual production still depends on loading and bale-handling speed.
The installed power is moderate compared with larger heavy-duty balers, simplifying power-distribution planning for many facilities.
The PLC coordinates the hydraulic movements and improves cycle consistency.
The hydraulic pusher discharges the bale directly from the chamber, simplifying downstream collection.
The hydraulic cylinders, pump unit, valves and electrical controls use conventional industrial structures that support routine inspection and servicing.
For compressing light scrap steel, plate offcuts, short rebar, used profiles and machinery-dismantling scrap.
For handling metal offcuts generated during stamping, cutting, bending and machining.
For compacting stamping waste, sheet edges and production-line scrap.
After proper sorting, the machine may process selected aluminum offcuts, copper scrap and other non-ferrous materials. Bale density must be evaluated according to the material.
For producing more regular furnace-feed bales.
Baling can improve container-space utilization and reduce loose-material problems during transportation.
The baler can work with material handlers, conveyors, shears and sorting equipment as part of a complete scrap-processing system.
Scrap should be separated by material type, with plastic, rubber, soil and other contaminants removed where possible.
The operator or material handler loads scrap into the 1600×1000×800 mm chamber.
Loading quantity should be controlled according to material density and machine requirements.
The operator starts the working sequence through the control panel. The PLC coordinates the hydraulic movements.
The compression mechanisms concentrate and shape the loose scrap inside the chamber.
The hydraulic system applies a nominal force of 1600 kN and forms a dense bale with an approximate 400×400 mm cross-section.
After reaching the set pressure or stroke, the system completes the pressure-holding stage and returns the relevant cylinders.
The hydraulic pusher moves the finished bale out of the compression chamber.
The bale can be collected using a forklift, material handler, loader or conveyor according to its actual weight.
Customers should identify whether the main material is:
Material strength, spring-back and bulk density directly affect bale density and throughput.
Customers should provide:
The chamber dimensions do not mean that every rigid item close to the chamber size can be loaded without preparation.
The Y83/T-160 has a reference capacity of 2–3 tons per hour, but customers should also specify:
The source data confirms only a 400×400 mm bale cross-section. It does not state a fixed bale length or bale weight.
Where the downstream buyer has specific requirements, the actual machine stroke and control solution should be confirmed before production.
Sufficient space should be reserved for bale discharge and collection.
The customer should confirm whether the site has:
The machine uses a 22 kW motor. Customers should provide:
The electrical configuration should be confirmed according to local standards.
The machine should not be selected only for the current minimum requirement. If scrap volume is expected to increase significantly, additional capacity should be reserved.
The nominal force is 1600 kN, approximately 160 tons. It is suitable for small and medium scrap steel and metal offcuts.
The supplied information states 400×400 mm. This is more accurately understood as the bale cross-section. The complete bale length is not specified and should be confirmed separately.
The reference capacity is 2000–3000 kg/h. Actual output depends on material type, original density, loading speed, loading quantity and operating efficiency.
The hydraulic pusher moves the finished bale directly out of the chamber, reducing manual removal work and simplifying collection by forklift, material handler or conveyor.
It may be suitable depending on the form, dimensions and density of the aluminum scrap. Lightweight aluminum offcuts generally have good compression potential, but their bale density and weight will differ from steel scrap.
The machine is supplied with a one-year warranty. Technical and spare-parts support is provided for manufacturing-related quality problems according to the actual situation.
After the warranty period, long-term technical guidance, troubleshooting, maintenance advice and spare-parts supply remain available.
Our engineers can assist customers through email, phone, WhatsApp or video call with checks involving:
Available parts include:
Operating instructions, maintenance guidance and basic technical documents can be supplied to support installation, commissioning, daily operation and regular servicing.
If a problem occurs during operation, customers can contact us directly. Our team will provide recommendations based on fault descriptions, photos, videos and machine operating information.
