Vibrating Sieve Loading and Unloading System
Pouring heavy containers of fine metal powder into a sieve by hand is slow, dusty and risky. A vibrating sieve loading and unloading system automates it. Powder is conveyed pneumatically from the 3D printer, depowdering station or collection container straight into the sieve inlet. The sieve removes oversize particles and agglomerates, and the screened powder discharges into a sealed container or back toward the printer for the next build.
Because transfer and screening happen in a closed system, operators lift and pour less, airborne dust is reduced, and high-value powder is not lost or contaminated. The system is configured for titanium, aluminum, stainless steel, nickel alloy, cobalt-chrome and tool steel powders.
Vibrating Sieve Loading and Unloading System - Benefits
The integrated system transfers and screens valuable metal powder in a controlled way, with far less manual work.
Reduced Dust Exposure −
Enclosed powder transfer helps limit airborne dust around the screening operation.
Improved Operator Safety +
Powder Recovery +
Reduced Product Loss +
Lower Contamination Risk +
Process Automation +
Compact Installation +
Easy Cleaning +
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Contact us todayVibrating Sieve Loading and Unloading System - Features
Loading and unloading systems are configured to your powder, capacity and process.
- Enclosed Powder Transfer
- Efficient Screening
- Automatic Loading
- Controlled Unloading
- Powder Recovery
- Compact Design
- Easy Cleaning
- Automated Control
- Ultrasonic Cleaning
- Stainless Steel Construction
Automated Metal Powder Handling
AM metal powders need careful handling to protect powder quality and keep the workspace clean. Manual loading and unloading creates airborne dust, increases operator exposure and leads to powder loss. TiERMAX combines conveying, screening, collection and discharge into one compact system.
How the System Works
Powder collected after a build is drawn by vacuum into a receiver above the sieve. The receiver feeds the vibrating screen at a controlled rate. Oversize and agglomerates are discharged to a reject container, while good powder flows into a sealed collection container or a transfer line back to the printer. Ultrasonic mesh cleaning keeps fine screens open, and inert gas operation can be added for reactive alloys.
Looking for a Reliable Vibrating Sieve Loading and Unloading System?
Our experts can help you select the right vibrating sieve loading and unloading system solution for your material and production requirements.
Complete Powder Recovery Solution
The loading and unloading system pairs with our metal powder sieving and recovery equipment and vacuum conveying systems to build a complete closed-loop powder management line around your printers.
Frequently Asked Questions
Powder is conveyed pneumatically to the vibrating sieve, which separates oversize and agglomerates, and the screened powder is collected for reuse or further processing.
Yes. Pneumatic transfer moves powder directly from the source to the sieve, eliminating most lifting and pouring.
Yes. Acceptable powder can be collected and returned to production when your powder quality procedures allow.
Enclosed conveying and screening reduce powder dispersion, spills and operator exposure to fine particles.
Yes. Ultrasonic mesh cleaning improves separation of very fine powders and reduces blinding.
Yes. Sieve, mesh, conveying, hopper, contact materials and controls are selected for your powder, capacity and process.
