The Pollinator® P500 dry sift machine is built for high-volume solventless extraction, delivering speed, precision and repeatable results for serious processors.

Designed to handle up to 500g of dried plant material per cycle, the P500 dry sift tumbler uses smooth drum rotation and a precision 150-micron screen to separate fine particulate efficiently without excessive agitation or over-processing.

Available in both Standard (closed base) and Bottomless (continuous flow) configurations, the P500 range is ideal for extended dry sift sessions and controlled production workflows.

Why Choose the Pollinator® P500 Dry Sift Machine?

• Processes up to 500g per run
• Engineered for solventless dry sift extraction
• Precision 150µm drum included
• Food-grade, hygienic construction
• Smooth, consistent drum rotation
• Designed for extended commercial use
• Suitable for cool rooms and freezer environments

This is professional-grade dry sift equipment designed for users who require higher throughput without sacrificing separation quality.

P500 vs P500 Bottomless – Workflow Differences

Pollinator® P500 (Standard)

• Closed base design
• Traditional batch-style dry sifting
• Collect material between runs
• Ideal for controlled, measured processing

Pollinator® P500 Bottomless

• Open-base design for continuous dry sifting
• Sift falls directly into removable collection trays
• No need to remove drum between cycles
• Faster grading and uninterrupted sessions

In short: The Standard P500 offers classic batch-style dry sift processing. The Bottomless model is designed for continuous solventless extraction workflows where speed and efficiency matter.

Bottomless Design Advantage

The P500 Bottomless allows sift to drop directly into two removable, food-grade trays positioned below the drum.

• Separate grades during operation
• Continue running without stopping
• Reduce handling and contamination risk
• Improve workflow efficiency

Optional stackable tray upgrades and alternative micron drum sizes provide enhanced quality control for advanced dry sift processing.

Size & Practical Scale

The Pollinator® P500 measures 70 × 40 × 50 cm.

• Comparable to a large countertop microwave
• Approximately the height of four stacked shoe boxes
• Large drum volume while remaining bench-manageable

It delivers serious dry sift throughput without requiring industrial floor space.

Typical Applications

• Professional dry sift production
• Solventless extraction workflows
• Botanical and herbal refinement
• Aromatic plant material processing
• Food-safe pollen and particulate separation

How to Use the Pollinator® P500 Dry Sift Machine

Preparation

• Place dried material in an airtight bag.
• Freeze for approximately 2 hours before use.
• Ensure working environment is cold and dry.

Operation

1. Open the lid and lift the drum from the motor side.
2. Load material carefully, avoiding dense stems or debris.
3. Run for 2–5 minutes depending on desired quality.
4. Stop the machine and collect sift from trays or base.
5. Repeat as needed.

Best Practice for Cleaner Dry Sift Results

• Operate in cool or refrigerated environments
• Keep humidity low to prevent contamination
• Collect sift frequently during longer sessions
• Avoid condensation inside the drum
• Hand-wash trays and screen with mild soap only
• Store components dry between uses

Technical Overview

Model	Pollinator® P500 / P500 Bottomless
Machine Type	Dry Sift Machine / Dry Sift Tumbler
Extraction Method	Solventless Dry Sifting
Maximum Capacity	Up to 500g per cycle
Standard Screen	150 Micron
Dimensions	70 x 40 x 50 cm
Construction	Food-Grade Materials
Versions Available	Standard (Closed Base) / Bottomless (Continuous)

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Buy a Commercial Dry Sift Machine in the UK or EU

If you're looking for a high-capacity dry sift machine UK or EU suppliers trust, the Pollinator® P500 range delivers professional solventless extraction performance with flexible workflow options.

Whether you prefer structured batch runs or continuous dry sift processing, the P500 series provides the durability, control and output required for serious production environments.