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Screener machine

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Product Attributes:
Type: Gravity Separator
Volumetric Filling Machine
Type: Circular
Rotary Drum Sieve
Type: Separating Plant
Type: Linear
Type: Forage Equipment
Fertilizer Sieving Machine
Voltage: 220V
Weight: <1T
Material: Casting Steel
Certification: ISO9001:2008
Energy Saving: Energy Saving
Color: Multi Color
Customized: Customized
Condition: New
Automatic Grade: Automatic
Material Type: Granular
Filling Valve Head: Multi-Head
Feed Cylinder Structure: Multi-Room Feeding
Dosing Device: Capacity Cup
Filling Principle: Pressure
Packaging Container Lifting Structure: Pneumatic Lifting
Structure: Rotary
Packaging: Box
Packaging Material: Plastic
Material Feature: Fire Resistant
Warranty: 1 Year
Thin Oil Shaker
Transmission Structure: Vibrating Screen
Usage: Mine Shaker
Rotary Vane Shaker
Object: Ore
Shaft Number: Single
Circular Vibrating Screen
Supporting Device: Coil Spring
Application: Ore
Capacity: 80-129m�/h
Sorting Standard: Size
Separation Mode: Filter Type
Operating Type: Continuous Type
Installation: Vertical
Horizontal Spiral Centrifuge
Molecular Distillation Equipment
Extraction Tower Type: Turntable Tower
Pressure: Low Pressure
Processing Object: Beans
Processing Technics: Crushing-before-Mixing
With Screen Mesh
Feed Hammer Mill
Pellet Mill Type: Pressing Granulator
Single Screw Bulking Machine
Expanding Method: Dry Expansion
Applicable Materials Shape: Granular
Controlling Mode: CNC
Appearance: Horizontal
Press Materials: Corn
Press Series: Second
Kind: Ophthalmology
Mesh Size: >100 mesh
Voltage: 380V
Weight: >10T
Material: Carbon Steel
Certification: ISO9001:2000
Certification: CE
Certification: ISO
Customized: Non-Customized
High Frequency Vibrating Screen
Eccentric Vibrating Screen
Lightweight Fine Shaker
Usage: Experiments Shaker
Spiral Flash Shaker
Object: Food Processing
Object: Chemicals
Shaft Number: Double
Linear Vibrating Screen
Running Track: Oval Sieve
Supporting Device: Rubber Spring
Application: Beans
Application: Wheat
Application: Aquatic Product
Application: Auto Part
Application: Grain
Application: Hardware Fitting
Application: Tea
Application: Vegetable
Capacity: 20-39m�/h
Processing Object: Animal-Derived Feed
Ring Die Pelleter
Expanding Method: Wet Expansion

Sourcing guidance for Screener Machine

What are the key technical specifications to consider when selecting a Screener Machine for industrial use?

When evaluating a screener machine, you must prioritize Screening Efficiency and Throughput Capacity. Key specs include the vibration frequency (RPM), amplitude, and the mesh size (micron rating). For heavy-duty applications, ensure the frame is constructed from SUS304 or SUS316L stainless steel to prevent corrosion. Additionally, check the motor power (kW) and whether it uses a dual-motor system for linear motion or a single eccentric weight system for circular motion.

How do I ensure the screener machine meets international compliance and safety standards?

For global trade, the machine must carry a CE Marking for the European market or UL/CSA certification for North America. If you are in the food or pharmaceutical industry, FDA compliance and GMP (Good Manufacturing Practice) standards are mandatory to ensure the equipment is sanitary and easy to clean. Always request Material Test Reports (MTRs) to verify the grade of steel used.

What are the different types of screener machines and their specific usage scenarios?

The choice depends on your material: Vibratory Separators are ideal for general dry bulk solids; Gyratory Screeners are best for high-capacity, high-precision sizing of fine powders; Centrifugal Sifters are preferred for scalping materials that tend to clump; and Tumbler Screeners are designed for fragile materials to prevent particle breakage. Ensure the supplier provides customizable deck layers (1-5 decks) based on how many fractions you need to separate.

What maintenance requirements should be factored into the procurement decision?

Focus on the Screen Change Time; top-tier machines allow for tool-free mesh replacement in under 10 minutes. Inquire about the self-cleaning mechanism, such as bouncing balls or ultrasonic de-blinding systems, which prevent mesh clogging. You should also verify the bearing lubrication intervals and the availability of wear-and-tear spare parts like gaskets and springs.

Cross-Border Procurement Risks and Strategies for Screener Machines

How can I mitigate the risk of receiving a machine that doesn't match the technical requirements?

Always conduct a Factory Acceptance Test (FAT) via video call or hire a third-party inspection agency (like SGS or Intertek) to verify the machine's performance before balance payment. Ensure the Technical Protocol is signed and attached to the Proforma Invoice, detailing every specific parameter like noise levels (<80dB) and vibration accuracy.

What are the best practices for negotiating with Chinese industrial equipment suppliers?

Focus on the Total Cost of Ownership (TCO) rather than just the unit price. Negotiate for a longer warranty period (18-24 months) and include a spare parts package (extra mesh screens and seals) in the initial price. For large orders, use Made-in-China.com's secured payment services to ensure funds are only released upon proof of shipment.

What shipping and logistics precautions should be taken for heavy machinery?

Screener machines are sensitive to calibration; insist on Seaworthy Plywood Crate Packaging (IPPC standard) to prevent moisture and physical damage. Ensure the motor is bolted down with transport braces to prevent internal damage during transit. For shipping to the US or Europe, clarify the Incoterms (FOB vs DDP) to understand who handles the Import Customs Clearance and Duties.

How do I handle after-sales support and technical issues across borders?

Prioritize suppliers who offer Remote Technical Support via AR or video conferencing. Confirm if they provide English-language manuals and PLC software interfaces. Ask the supplier if they have local service partners or if they can provide a guaranteed response time (e.g., within 24 hours) for troubleshooting to minimize production downtime.

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