GreenBroz M+ Dry Trimmer, Includes Rise Conveyor

Higher-Capacity Trimming with Custom, Shareable Recipes

The GreenBroz M+ Dry Trimmer System gently trims over 30 pounds of dried flower an hour, enabling operations to dramatically cut processing time and remove potentially harmful manual touchpoints.

With the M+, operators can create custom recipes that are saved and shared across the organization, so the same ideal bag appeal can be achieved regardless of which operator or location is running the machine. This package includes the Rise Conveyor for continuous feeding.

Key Features & Benefits

• 30+ lbs per hour throughput — nearly double the Model M's capacity for high-volume operations
• Saveable custom recipes — lock in ideal bag appeal and share settings across locations
• Includes Rise Conveyor — continuous feeding removes manual touchpoints from the process
• Consistency across operators — shared recipes reduce variability between shifts and sites

Who Should Use the M+ System

High-volume cultivation operations running multiple shifts or locations that need consistent bag appeal and reduced processing time without adding headcount.

Operational Notes

The included Rise Conveyor integrates directly with the M+ trimmer for a continuous, largely hands-off feeding workflow from harvest to finished trim.

Frequently Asked Questions

How much flower can the M+ process per hour?

It gently trims over 30 pounds of dried flower an hour.

What's included with the M+ System?

This system includes the Rise Conveyor for continuous feeding alongside the trimmer itself.

What are 'custom recipes' on the M+?

They are saveable settings that can be shared across an organization to achieve consistent bag appeal regardless of operator or location.

How does the M+ reduce manual touchpoints?

The Rise Conveyor feeds material continuously, reducing the need for hands-on material handling during processing.

Is the M+ suited to multi-location operations?

Yes, shareable recipes are designed specifically to keep results consistent across different operators and sites.