01 Intended use
Cold-state metal chips and workbench cleaning
This machine suits the collection of cold chips in metalworking areas. Check filtration and filter cleaning for the wet or dry task, including how material collected in workstation corners will be separated for recovery.
Cold-state metal chips and workbench cleaning
Around dust, filtration, and classification recycling.
Metal shavings and filter compatibility; power, tools, and maintenance are compatible with this machine's configuration.
Properties of cold-state chips, dust, and sharpness
Shutdown scheduling, suction port space and airway distance
Shedding amount, route, and disposal container.
Liquid components, compatibility, and discharge methods.
As with dust or debris, differences in temperature, particle size, moisture content, and hazard classification require different handling; cold metal shavings and workstation cleaning also need to be verified based on the medium.
Around the collection of debris, filtration, and sorting and recycling, the suction port, hose, filter clogging, and container loading also affect on-site recycling.
Arrange the metal shavings with filter matching and shutdown, emptying, and turnfield together to avoid repeated interruptions in cleaning tasks.
Properties of cold-state chips, dust, and sharpness
Shutdown scheduling, suction port space and airway distance
Shedding amount, route, and disposal container.
Liquid components, compatibility, and discharge methods.
| Site task | Pay attention to the configuration and conditions | Selection check |
|---|---|---|
| Metal processing area | Properties of cold-state chips, dust, and sharpness | High temperature, sparks, and hazardous dust are not handled according to the standard dry-wet configuration directly. |
| External maintenance area for machinery | Shutdown scheduling, suction port space and airway distance | First isolate the equipment, match the suction head and flexible hose for corner tasks. |
| Warehouse debris passage | Shedding amount, route, and disposal container. | Zone collection, avoid mixing incompatible materials into the same container. |
| Cutting fluid surrounding wet contamination. | Liquid components, compatibility, and discharge methods. | The liquid type and dry-wet conversion attachment must be verified before scheduling for recovery. |
Please also specify the daily collection capacity, working hours, and the location for filter cleaning and disposal; whether it is applicable should be determined based on the machine's configuration and on-site testing. Without obtaining the corresponding certification, it should not be used for processing flammable and explosive dust, toxic dust, hot chips, or corrosive media.

Application illustration: a hardware workshop, outside stopped machine tools, with small quantities of ordinary cold/dry short metal chips and no sparks. Confirm materials and accessories for this model.

Application illustration: a machine-shop maintenance area, with ordinary dust and cold chips beside closed machine housings. Confirm materials/accessories for this model.

Application illustration: warehouse shelving/pallet aisles with small amounts of packaging debris. Confirm materials and accessories for this model.
First check the configurations related to the task, then verify the complete specifications and delivery version.
| Configuration item | This machine's page records |
|---|---|
| Airflow | 572m³/h |
| Vacuum pressure | 205mbar |
| Filter area | 26800cm² |
| Wet and dry collection capability | Wet and dry use |
| Container capacity | 80L |
| Hose / Accessories | 40 mm accessory kit, 8m power cable and vacuum hose |
| Power Supply Usage | 220V |
| Rated power | 3600W |
| Motor configuration | 3×1200 W independent motor control |
| Product model | JGY-3078P |
| Filtration method | Unwoven fabric star-type filter |
| Filter-cleaning method | Hand-pull reverse blow |
| Machine dimensions | 620×620×1150mm |

The overall view of the machine shows the appearance of the machine; the following numbers are function description indexes, and do not claim to be verified internal component positions.
Schedule emptying based on the volume of materials and the location of discharge to avoid obstruction during transfer.
Select the operating mode based on the machine's control and on-site power supply, do not consider power stacking as efficiency.
Check the filter material and seal, the risk attributes of metal dust still need to be assessed separately.
Combine the manual with suction variation maintenance, no filter area estimation for maintenance-free operation.
General debris and allowed liquid separation, check the attachments and discharge conditions when switching.
The interface, tools, and suction distance should be matched, and the sharp debris wear and leakage should be checked in time.
The following is an operational organization description, which is not the internal air circuit cross-section of this machine.
Properties of cold-state chips, dust, and sharpness; first exclude incompatible and hazardous materials.
Check the filter material and seal, and the risk attributes of metal dust still need to be evaluated separately. The suction head and air circuit should be checked against the machine's interface.
Combine the route arrangement for the hardware processing area, and pay attention to the container, suction, and filtration status.
The interface, tools, and suction distance should be matched, and the sharp debris wear and leakage should be checked in time.
Around the collection, filtration, and classification recovery of debris, it is necessary to coordinate with the actual medium, attachments, and operational time periods.
The compatibility of filter material, cleaning, sealing, and collection is jointly influential on maintenance; no certification can be assumed for special dust protection.
Hose length, bends, tools, filter material load, and emptying methods should be included in trial operation; rated parameters do not equal field wastewater recovery speed.
The middle is this model, and the left and right are configuration or material task references; different tasks do not mean simple high or low grades.
| Comparison criteria | JGY-3070 | JGY-3078P | JGY80-40 |
|---|---|---|---|
| Main tasks | Workshop regular dry and wet cleaning | Cold-state metal chips and workbench cleaning | Industrial power source workbench dust collection |
| Selection focus | Switching between dry-wet tasks | Metal shavings and filter matching. | Fixed position and air line load. |
| Power supply | 220V | 220V | 380V |
| Rated power | 3000W | 3600W | 4.0kW |
| Container | 70L | 80L | 80L |
| Filter cleaning. | Dust separator filter | Unwoven fabric star-type filter | Polyester fiber filter element |
| Cleaning and routine maintenance | Verify the configuration documents of this model independently | Hand-pull reverse blow | Manual dust removal cleaning |
Include the machine, compatible nozzle and hose, filter media and necessary collection attachments in the quotation. List optional extras separately.
Verify the record based on actual power consumption, operation time, and metal shavings and filtration compatibility, without using the rated power to directly calculate the energy saving ratio.
Compare emptying, filter use, servicing and waste disposal on the same basis. A payback estimate requires these operating figures.
Arrange emptying based on the volume of materials and the location of discharge to avoid hindering the transfer. Specific disassembly, cycle, and consumables shall be carried out in accordance with the manual of this machine.
Select the operating mode based on the machine's control and on-site power supply, do not consider power stacking as efficiency. Specific disassembly, maintenance cycle, and consumables should be checked against the machine's manual.
Check the filter material and seal, and the risk attributes of metal dust still need to be assessed separately. Specific disassembly, cycle, and consumables should be carried out according to the manual of this machine.
Combining the maintenance instructions with suction changes, no maintenance is required for the filter area. Specific disassembly, cycle, and consumables should be followed according to the machine's manual.
General debris and allowed liquid separation, check the attachments and discharge conditions when switching. Specifically, the disassembly, cycle, and consumables should be executed according to the manual of this machine.
The interface, tools, and suction distance should be matched, and the sharp debris should be checked for wear and leakage in a timely manner. Specific disassembly, cycle, and consumables should be carried out according to the manual of this machine.
Verify the model number, nameplate, random accessories, and documentation.
Understand start/stop, collection, emptying, and abnormal stop procedures as specified in the machine's manual.
Combine cold metal shavings with workstation cleaning to clearly define the applicable conditions and job boundaries.
Check the spare parts against the machine's version, interface, and filter material.
Fault description and inspection records should be provided first; service scope and arrangements shall be according to the actual agreement.
Check the agreed content, location, and cost for the equipment and working conditions.
This machine suits the collection of cold chips in metalworking areas. Check filtration and filter cleaning for the wet or dry task, including how material collected in workstation corners will be separated for recovery.
Around the selection of equipment for debris, filtration, and classification recycling, the actual selection also needs to be combined with the characteristics of cold-state debris, dust properties, and sharpness.
Without corresponding protection and applicable evidence, cannot recommend the general industrial vacuum configuration; hot chips, sparks, and corrosive media require separate evaluation.
Based on the machine's nameplate, delivery version, and on-site circuit determination; the operation, filter cleaning, emptying, and transfer time are respectively verified, without committing to rated parameters for actual efficiency.
The previous model focuses on dry-wet task switching, while this model emphasizes metal debris and filtration compatibility; compare based on medium and configuration, not on model numbers.
First, follow the instructions to shut down the machine, then check for blockage in the suction hose, load in the container, filter material, and seal. Do not directly determine motor damage, and do not disassemble while powered.
You cannot assume it is universal. Interfaces, materials, versions, and collection media should all be verified. You should not rely on the accessories configuration of a similar model for assurance.
Provide photos of the hardware processing area and other sites, collect the nature and quantity of the collected materials, the distance of the hose, power supply, working hours, and the disposal point, and together determine whether it is suitable.

Please specify the characteristics of cold-state debris, dust properties, and sharpness, and supplement the power supply, suction distance, and daily operation schedule. We will combine this machine's configuration comparison tool with filtration and disposal solutions.
Phone consultation: 0755-25621811