Integrated Resin Sand Shakeout Machine
Shakeout and sand separation with project-defined handling and dust-control arrangements.
Coordinate vibration shakeout, sand separation, material handling and extraction around the casting and sand process. Select effective payload and operating conditions together with the foundry layout.
About Integrated Resin Sand Shakeout Machine Overview
Shakeout, manual cleanup and airborne dust are important foundry process considerations. The Integrated Resin Sand Shakeout Machine combines vibration shakeout and sand separation with the handling and dust-control arrangements specified for the selected configuration.
Model selection requires the combined carried load, casting and flask geometry, sand condition and agreed process requirements. Dust collection, operating safeguards and interfaces with downstream equipment are confirmed in the project documentation.
We offer a range of significant benefits:
Manual shakeout is slow, physically demanding, and inconsistent. Our integrated system automates the process, reducing labor intensity and improving work safety.
Where included in the selected configuration, enclosed negative-pressure dust collection is designed to control airborne dust during operation; it does not imply zero dust.
Slow sand-core separation causes delays in cleaning and finishing. Our powerful vibration mechanism speeds up shakeout, helping you move castings faster to the next stage.
Equipment, loading access, dust extraction and maintenance clearances are coordinated in the approved project layout.
Structural and wear-component selection follows the actual duty and equipment configuration. Inspection and test completion are supported by the corresponding equipment records.
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Comprehensive Support and ServicesAlways Providing the Help You Need
Production delays, unclear instructions, and slow after-sales response don’t just waste time — they cost you output, manpower, and trust in your equipment.
We understand these risks because we build for real foundries. That’s why our support is designed to keep you running: faster commissioning, intuitive operation guidance, and quick technical response when every hour matters.
You don’t just receive a machine — you gain the stability, clarity, and assurance to keep your workflow on track from day one.
Technical Specification of Integrated Resin Sand Shakeout Machine - Technical Specifications
Model Selection and Effective Payload
Select the shakeout model for the total simultaneously carried load and the actual casting, sand, flask/pallet and tooling arrangement. Payload is not casting weight alone and is not an hourly throughput rating.
Key Technical Parameters
| Model | Maximum effective payload (t) |
|---|---|
| L123 | 3 |
| L125 | 5 |
| L1210 | 10 |
| L1215 | 15 |
| L1220 | 20 |
| L1225 | 25 |
| L1230 | 30 |
Load boundary: Payload includes the combined mass of castings, molding sand, flask/pallet and tooling carried on the shakeout table at the same time. Dynamic foundation loads are separate and require the approved engineering data.
Configuration confirmation: Table/grating size, overall dimensions, machine mass, vibration-motor quantity and power, frequency/amplitude, total installed power, throughput and dust-extraction requirements must be confirmed for the selected model using the approved GA, motor BOM/nameplates and foundation information. Do not use unverified legacy table figures for layout, utility sizing or foundation design.
Process and dust control: Shakeout settings and handling depend on the casting and sand condition. Where included in the selected configuration, enclosed negative-pressure dust collection is designed to control airborne dust during operation; this is not a zero-dust or universal compliance guarantee.
| Input | Configuration decision |
|---|---|
| Carried load | Casting, sand, flask/pallet and tooling mass present simultaneously. |
| Workpiece envelope | Table/grating area, loading method, discharge and casting access. |
| Sand and casting condition | Binder route, temperature, lump size and separation requirement. |
| Vibration package | Selected motor arrangement, frequency/amplitude and isolation. |
| Civil and dust interfaces | Dynamic foundation data, enclosure/pickup locations and extraction design. |
Does effective payload define hourly production?
No. Payload is the carried-load boundary. Loading, shakeout, separation and discharge times must be reviewed separately.
Can foundation loads be read from the payload table?
No. The foundation must use the approved dynamic load and installation information for the selected machine.
Why Choose Us
Unmatched Quality and Innovation
Description: "Tailored solutions designed to meet specific industrial needs
Durable machines built to last, even in the toughest environments
Reduce operating costs with energy-efficient designs
Remote technical support, overseas installation and commissioning, operator training, spare-parts support and emergency technical assistance are available according to project requirements.
Installation guidance, commissioning, training and remote support are available according to project requirements; overseas engineer support is arranged within the agreed scope.
Dust-control arrangements and environmental acceptance requirements depend on the selected configuration and project location.
Enjoy low maintenance costs due to high-quality components
Safety functions and operating requirements are defined for the selected equipment configuration; confirm them in the approved documentation.
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Let’s Discuss Your Foundry Needs
We are ready to hear about your needs. Partner with Hitech to create your success story. Contact us to begin the conversation
