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| Brand Name: | WANSHIDA |
| Model Number: | Y83-6300 |
| MOQ: | 1 set |
| Price: | Negotiable |
| Delivery Time: | 45days |
| Payment Terms: | T/T |
The Y83-6300 Hydraulic Metal Chip Briquetting Press is designed for industrial facilities that generate large quantities of metal chips during machining, cutting and casting operations. With a nominal compression force of 6300 kN, this heavy-duty machine converts loose cast iron sawdust, steel chips, aluminum chips and brass chips into compact cylindrical briquettes.
The press produces briquettes measuring Φ180 × 70–100 mm. When processing cast iron sawdust, its rated capacity is 2000–3000 kg/h, depending on material characteristics and operating conditions.
For foundries, machining plants and metal recycling businesses, briquetting offers a practical way to organize metal residues, reduce the space occupied by loose chips and prepare material for transportation or remelting.
6300 kN Compression Force
The hydraulic pressing system delivers a nominal force of 6300 kN, approximately 630 metric tons-force. This provides the compression capacity needed for demanding metal chip briquetting applications.
Consistent Cylindrical Briquette Dimensions
The standard briquette diameter is 180 mm, with a height ranging from 70 to 100 mm. The regular shape makes finished briquettes more convenient to collect, stack and handle than scattered metal chips.
Industrial Processing Capacity
For cast iron sawdust, the specified processing capacity reaches 2–3 tons per hour. Actual output depends on material density, chip characteristics, feeding consistency and the operating cycle.
PLC Semi-Automatic Control
The PLC control system manages the pressing sequence, helping operators maintain a consistent working process. Material feeding and other manual tasks depend on the final equipment configuration.
Hydraulic Drive with Stable Operation
The hydraulic system is designed for smooth, stable pressing with minimal noticeable vibration under normal operating conditions. Its 45 kW motor supplies power for the briquetting process.
| Parameter | Technical Data |
|---|---|
| Model | Y83-6300 |
| Equipment | Hydraulic Metal Chip Briquetting Press |
| Nominal Pressing Force | 6300 kN / Approx. 630 Ton |
| Briquette Dimensions | Φ180 × 70–100 mm |
| Pressing Cycle | 20 seconds per briquette |
| Main Motor Power | 45 kW |
| Processing Capacity | 2000–3000 kg/h for cast iron sawdust |
| Control System | PLC Semi-Automatic |
| Drive Type | Hydraulic |
| Operating Characteristics | Stable operation with minimal noticeable vibration |
| Installation | Underground foundation footing required |
| Listed Quality Standard | ISO 9001:2000 |
| Warranty | One-year guarantee |
| Maintenance Support | Long-term maintenance service |
Capacity and briquette quality depend on the processed material. The listed cycle time and hourly capacity should be evaluated separately under actual production conditions.
Metalworking facilities often face difficulties managing loose swarf and sawdust. Irregular chip shapes make materials difficult to contain, while low bulk density increases storage and handling requirements.
A hydraulic briquetting press changes the physical form of these residues, creating a more manageable material for subsequent recycling operations.
| Before Briquetting | After Briquetting |
|---|---|
| Loose chips occupy substantial storage volume | Compressed briquettes require less space |
| Irregular material is difficult to collect and stack | Uniform briquettes simplify handling |
| Low bulk density can limit transport utilization | Higher bulk density may improve loading efficiency |
| Loose chips can be difficult to charge into furnaces | Briquettes provide a more regular charging form |
| Residual coolant may complicate material handling | Compression may expel some free liquid, depending on the material and equipment arrangement |
For remelting applications, compact briquettes may also help reduce material scattering and improve furnace charging practices. Actual metal recovery and melting performance depend on alloy composition, contamination, furnace conditions and operating methods.
The Y83-6300 is intended for metal chip recycling rather than general-purpose compression of large solid scrap pieces.
Cast Iron Sawdust and Machining Chips
Foundries and cast iron machining facilities can use the press to consolidate fine metal residues into briquettes for collection, resale or return to suitable melting processes.
Steel Turning and Milling Chips
Steel chips generated by lathes, CNC machining centers and other metalworking equipment can be evaluated for briquetting based on their shape, size and condition.
Aluminum Machining Waste
Aluminum processing businesses may use briquetting to reduce the volume of loose chips and improve material organization. Chip preparation and the required compression conditions should be assessed before production.
Brass and Copper-Alloy Chips
Manufacturers processing brass components can consolidate suitable machining residues into briquettes, making material separation and handling more convenient.
For mixed metal waste, separating materials by metal type and alloy grade before briquetting is recommended to avoid reducing downstream recycling value.
The performance of a metal briquetting machine depends not only on hydraulic force but also on how material enters and leaves the equipment.
For facilities planning continuous production, the following factors should be considered:
Material preparation: Remove oversized pieces and unsuitable foreign objects before feeding. Evaluate chip length, moisture and cutting-fluid content.
Feeding arrangement: Select a practical loading method according to available labor, production volume and workshop layout.
Briquette collection: Allow sufficient space for finished briquettes to be collected and transferred safely.
Hydraulic maintenance: Provide access for hydraulic oil inspection, filtration, hose checks and routine servicing.
Foundation and utilities: Confirm installation dimensions, floor conditions, electrical supply and foundation requirements before delivery.
Depending on the project, feeding hoppers, conveyors and other auxiliary equipment can be evaluated as part of the overall recycling line.
A 630-ton briquetting press is a significant equipment investment. Buyers should match the machine to their actual production requirements rather than selecting it solely because of its high pressing force.
The Y83-6300 is worth evaluating when a facility processes substantial quantities of metal chips and requires a high-force hydraulic press with a standard 180 mm briquette diameter.
Before selecting the machine, consider three questions:
How much material must be processed per shift?
The stated 2000–3000 kg/h capacity applies to cast iron sawdust under suitable operating conditions. Other materials may produce different hourly outputs.
What condition are the incoming chips in?
Short, relatively uniform chips may behave differently from long, tangled swarf or materials containing significant moisture and coolant. Material samples or detailed photos can help determine the appropriate configuration.
What requirements must the finished briquettes meet?
If briquettes are intended for resale or furnace charging, confirm the buyer's requirements for dimensions, material purity, handling characteristics and acceptable residual liquid.
A suitable briquetting solution should balance production capacity, briquette quality, operating costs and the available factory infrastructure.
1. Can the Y83-6300 process different types of metal chips?
Yes. The machine is intended for cast iron sawdust, steel chips, aluminum chips and brass chips. However, material characteristics influence compression performance, so the suitability of each material should be evaluated before ordering.
2. Does a 20-second cycle guarantee 3 tons of output per hour?
No. Cycle time alone does not determine hourly capacity. Output also depends on the weight of each briquette, feeding efficiency, material properties and interruptions between cycles. The specified 2000–3000 kg/h capacity refers to cast iron sawdust.
3. Can briquetting completely remove cutting oil or coolant?
Not necessarily. Compression may release some free liquid, but the result depends on the material and machine configuration. If low residual oil or moisture content is required, additional separation or pretreatment may be necessary.
4. Can the briquettes be charged directly into a melting furnace?
Briquettes may be suitable for remelting when their material composition, cleanliness and physical properties meet the furnace operator's requirements. Furnace compatibility should be confirmed by the end user.
5. Does PLC semi-automatic operation mean the entire production line is automatic?
No. PLC semi-automatic control manages the machine's operating sequence. Automatic feeding, conveying and collection functions depend on the selected auxiliary equipment.
6. What installation preparations are necessary?
The machine requires an underground foundation footing. Buyers should confirm the foundation drawing, electrical supply, installation space and material-handling arrangement before installation.
7. What warranty and maintenance services are available?
The Y83-6300 is offered with a one-year guarantee and long-term maintenance support. Specific warranty coverage, spare parts responsibilities and service arrangements should be confirmed in the sales contract.
WANSHIDA supplies hydraulic briquetting equipment for industrial metal recycling applications, with equipment selection based on actual material and production requirements.
For an accurate Y83-6300 quotation, buyers are encouraged to provide the metal type, approximate chip size, hourly processing target, material photos and preferred feeding arrangement.
These details allow the technical team to evaluate machine suitability, recommend practical configurations and prepare a proposal aligned with the intended recycling operation.
