Shenzhen Wesort Optoelectronics Co., Ltd.
Address:Building 29, Longwangmiao Industrial Zone, Fuyong street, Bao'an District, Shenzhen, Guangdong Province, China.
Phone:+86 181 2370 6862
The most reliable color sorter manufacturer in China
AI Coffee Cherry Color Sorter Machine
The WESORT Coffee Cherry Color Sorter is a belt-type optical sorting machine for fresh coffee cherries. It uses front and rear cameras to inspect both visible sides of each cherry and separates material according to the selected color, ripeness, shape and surface-condition standard.
Coffee Cherry Color Sorter Technical Specifications
| Model | S1L32-JB | Power (Kw) | 0.7 kW |
| Capacity (KG/H) | 200–300 kg/h | Sorting accuracy (%) | ≥99% |
| Machine size (mm) | 800 × 1976 × 1753 mm | Weight (Kg) | 280 kg |
| Air pressure(Mpa) | 0.6 MPa | Air consumption(L/Min) | <250 |
The WESORT Coffee Cherry Color Sorter is a belt-type optical sorting machine for fresh coffee cherries. It uses front and rear cameras to inspect both visible sides of each cherry and separates material according to the selected color, ripeness, shape and surface-condition standard.
Coffee Cherry Color Sorter Technical Specifications
| Model | S1L32-JB | Power (Kw) | 0.7 kW |
| Capacity (KG/H) | 200–300 kg/h | Sorting accuracy (%) | ≥99% |
| Machine size (mm) | 800 × 1976 × 1753 mm | Weight (Kg) | 280 kg |
| Air pressure(Mpa) | 0.6 MPa | Air consumption(L/Min) | <250 |
PRODUCT DETAILS
What Can This Coffee Cherry Color Sorter Separate?
The machine is configured around the buyer’s acceptance standard. Based on visible external differences, it can be trained or adjusted to separate unripe and green cherries, turning-color cherries, mature red cherries, overripe or post-cherry material, raisin-like dry cherries, leaves and other visible foreign material.
Optical sorting evaluates visible surface information. The achievable result depends on the incoming coffee variety, color boundaries, material presentation, moisture and contamination level, feeding stability and the required good-product/reject definition. WESORT therefore recommends testing representative samples before final equipment selection.
Technical Advantages for Coffee Cherry Sorting
Focused Lighting and Clearer Viewing
The observation glass is positioned farther from the material path and paired with focused lighting to provide a clearer inspection view.
Automatic Glass Cleaning
An automatic cleaning design helps keep the observation glass clear during production and supports stable visual inspection.
Easier Routine Maintenance
The structure is designed to reduce hard-to-clean areas, making routine cleaning and access more convenient.
AI or Non-AI Configuration
The platform is available with or without AI, allowing the final configuration to match the material, sorting target and project budget.
How the Coffee Cherry Sorting Process Works
- Coffee cherries enter the in-feed hopper.
- The vibratory feeder distributes the cherries onto the horizontal belt.
- The cherries leave the belt and fall through the optical inspection zone.
- Front and rear cameras capture both visible sides. The control system compares each cherry with the selected sorting standard, and ejectors separate the accept and reject streams.
S1L32-JB Technical Specifications
| Product category | AI belt color sorter |
|---|---|
| Model | S1L32-JB |
| Capacity | 200–300 kg/h |
| Sorting accuracy | ≥99% |
| Power | 0.7 kW |
| Air pressure | 0.6 MPa |
| Air consumption | <250 L/min |
| Machine size | 800 × 1976 × 1753 mm |
| Weight | 280 kg |
Capacity and sorting results vary with coffee variety, incoming quality, feeding conditions, defect ratio and the selected acceptance standard. Final settings and performance should be confirmed through representative sample testing.
How to Select the Right Coffee Cherry Sorting Configuration
A useful quotation requires more than an hourly-capacity target. Buyers should also define the incoming cherry condition, the defects or maturity stages to remove, the acceptable boundary between good and reject material, whether a second pass is planned, and how the sorter will connect with the existing processing line.
For a practical evaluation, provide WESORT with representative samples from each intended category, photographs or video of the current material flow, the required capacity, available compressed-air conditions and the desired accept/reject standard. WESORT can then review sortability, confirm boundary samples and discuss the suitable machine and line arrangement.
Coffee Cherry Color Sorter FAQ
Is this the same as a coffee bean color sorter?
No. This page covers fresh coffee cherry sorting. Green and roasted coffee beans have different material characteristics and should be evaluated with the corresponding coffee bean sorting solution.
Can the machine separate different ripeness stages?
It can classify visible color and surface differences between categories such as green, turning, mature red, overripe and raisin-like cherries. The final category boundaries should be confirmed using the buyer’s samples.
Is AI required for every project?
No. S1L32-JB can be configured with or without AI. The appropriate option depends on the material variation, target categories and required recognition complexity.
How are capacity and accuracy verified?
The published specification is 200–300 kg/h with sorting accuracy of ≥99%. Actual performance should be checked under representative material and feeding conditions during a sample test.
Request a Coffee Cherry Sample Test
Send WESORT your coffee variety, target defects or ripeness categories, required capacity, photos or video of the raw material, and representative accept/reject samples. Our team will use this information to discuss material sortability, boundary standards, machine configuration and production-line connection.
What Can This Coffee Cherry Color Sorter Separate?
The machine is configured around the buyer’s acceptance standard. Based on visible external differences, it can be trained or adjusted to separate unripe and green cherries, turning-color cherries, mature red cherries, overripe or post-cherry material, raisin-like dry cherries, leaves and other visible foreign material.
Optical sorting evaluates visible surface information. The achievable result depends on the incoming coffee variety, color boundaries, material presentation, moisture and contamination level, feeding stability and the required good-product/reject definition. WESORT therefore recommends testing representative samples before final equipment selection.
Technical Advantages for Coffee Cherry Sorting
Focused Lighting and Clearer Viewing
The observation glass is positioned farther from the material path and paired with focused lighting to provide a clearer inspection view.
Automatic Glass Cleaning
An automatic cleaning design helps keep the observation glass clear during production and supports stable visual inspection.
Easier Routine Maintenance
The structure is designed to reduce hard-to-clean areas, making routine cleaning and access more convenient.
AI or Non-AI Configuration
The platform is available with or without AI, allowing the final configuration to match the material, sorting target and project budget.
How the Coffee Cherry Sorting Process Works
- Coffee cherries enter the in-feed hopper.
- The vibratory feeder distributes the cherries onto the horizontal belt.
- The cherries leave the belt and fall through the optical inspection zone.
- Front and rear cameras capture both visible sides. The control system compares each cherry with the selected sorting standard, and ejectors separate the accept and reject streams.
S1L32-JB Technical Specifications
| Product category | AI belt color sorter |
|---|---|
| Model | S1L32-JB |
| Capacity | 200–300 kg/h |
| Sorting accuracy | ≥99% |
| Power | 0.7 kW |
| Air pressure | 0.6 MPa |
| Air consumption | <250 L/min |
| Machine size | 800 × 1976 × 1753 mm |
| Weight | 280 kg |
Capacity and sorting results vary with coffee variety, incoming quality, feeding conditions, defect ratio and the selected acceptance standard. Final settings and performance should be confirmed through representative sample testing.
How to Select the Right Coffee Cherry Sorting Configuration
A useful quotation requires more than an hourly-capacity target. Buyers should also define the incoming cherry condition, the defects or maturity stages to remove, the acceptable boundary between good and reject material, whether a second pass is planned, and how the sorter will connect with the existing processing line.
For a practical evaluation, provide WESORT with representative samples from each intended category, photographs or video of the current material flow, the required capacity, available compressed-air conditions and the desired accept/reject standard. WESORT can then review sortability, confirm boundary samples and discuss the suitable machine and line arrangement.
Coffee Cherry Color Sorter FAQ
Is this the same as a coffee bean color sorter?
No. This page covers fresh coffee cherry sorting. Green and roasted coffee beans have different material characteristics and should be evaluated with the corresponding coffee bean sorting solution.
Can the machine separate different ripeness stages?
It can classify visible color and surface differences between categories such as green, turning, mature red, overripe and raisin-like cherries. The final category boundaries should be confirmed using the buyer’s samples.
Is AI required for every project?
No. S1L32-JB can be configured with or without AI. The appropriate option depends on the material variation, target categories and required recognition complexity.
How are capacity and accuracy verified?
The published specification is 200–300 kg/h with sorting accuracy of ≥99%. Actual performance should be checked under representative material and feeding conditions during a sample test.
Request a Coffee Cherry Sample Test
Send WESORT your coffee variety, target defects or ripeness categories, required capacity, photos or video of the raw material, and representative accept/reject samples. Our team will use this information to discuss material sortability, boundary standards, machine configuration and production-line connection.
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