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TAIHO Rice Observation Ultra Infrared Series
Exclusive lnfrared Sorting Solution, equipped with three professional configurations: Near-infrared (NlR), Composite infrared, and InGaAs infrared, as well as customized recognition algorithms. It accurately captures tiny impurities undetectable by the eyes and conventional equipment, enables in-depth sorting from the perspectives of composition and material properties, and provides multi-dimensional, high-precision quality assurance for premium rice processing
Product advantages
Twenty Years Of Deep Cultivation In Color Sorting, Doubled Production
Twenty years of deep cultivation in color sorting, both internal and external improvements, and doubled production. With new evolution, improved efficiency and increased production, platform-based models, upgraded modular structure, load increased by 3-5 times, feeding and rejection system efficiency increased by 30%, dust removal optimized by 50%, and production increased by 66%.
Thousand Process Quality Inspections, Consistent Quality
Nearly a thousand process quality inspections, consistent quality, and excellence. Thousands of quality inspections, quality control, standardized production, more stable equipment effects, SOC smart core matching intelligent high-frequency solenoid valve, blowing thousands of times per second, lower carry-out, higher clean rate.
Hundreds Of Algorithms To Identify Colors And Shapes
Hundreds of algorithms have been developed to identify colors and shapes. Shape and color selection by AI empowerment, intelligent system, identification as fine as 0.15mm, 350 million pixels ultra-clear resolution, new shape selection algorithm for yellow, white, transparent, long, round, and broken materials.
Cooperating With 10000+ Customers, Worry-Free After-Sales
Cooperating with tens of thousands of customers, intelligent interconnection, worry-free after-sales. We are listed brand with strong strength, we offer customized service 24/7 online, and real-time response in the cloud. Including user profile creation for tracking service, equipment can be intelligently interconnected to achieve remote operation and maintenance.
Specifications and Parameters

Model


Single-channel

throughput

(t/h)

Power

(kw)

Supply voltage

(v)

Air pressure

(mpa)

Air consumption

(m ³/min)

Size

(mm)

Weight

(kg)

6SXM-630V+IR ≤3.0
4.6 AC220V±5%     50/60Hz 0.5-0.8 <5.5 2823*1525*1935 1910
6SXM-720V+IR 5.2 AC220V±5%     50/60Hz 0.5-0.8 <6.0 3137*1525*1935 2125
6SXM-900V+IR 6.4 AC220V±5%     50/60Hz 0.5-0.8 <7.0 3765*1525*1935 2510
6SXM-1080V+IR 8.0 AC220V±5%     50/60Hz 0.5-0.8 <8.0 4403*1525*1935 2960

6SXM-1080V+IR

(back to back)

8.1 AC220V±5%     50/60Hz 0.5-0.8 <8.0 2822*2901*1940 2837

6SXM-1440V+IR

(back to back)

10.5 AC220V±5%     50/60Hz 0.5-0.8 <10.0 3450*2901*1940 3636

Note:

1. All color-sorting performance metrics are based on rice containing ≤5% impurities.

2. Product configurations are continuously updated; specifications may differ across production batches. The actual machine takes precedence.

3. Performance data in this brochure are derived from controlled tests; on-site results may vary due to environmental factors.


Model


Single-channel

throughput

(t/h)

Power

(kw)

Supply voltage

(v)

Air pressure

(mpa)

Air consumption

(m ³/min)

Size

(mm)

Weight

(kg)

6SXM-630V+IR ≤3.0
4.6 AC220V±5%     50/60Hz 0.5-0.8 <5.5 2823*1525*1935 1910
6SXM-720V+IR 5.2 AC220V±5%     50/60Hz 0.5-0.8 <6.0 3137*1525*1935 2125
6SXM-900V+IR 6.4 AC220V±5%     50/60Hz 0.5-0.8 <7.0 3765*1525*1935 2510
6SXM-1080V+IR 8.0 AC220V±5%     50/60Hz 0.5-0.8 <8.0 4403*1525*1935 2960

6SXM-1080V+IR

(back to back)

8.1 AC220V±5%     50/60Hz 0.5-0.8 <8.0 2822*2901*1940 2837

6SXM-1440V+IR

(back to back)

10.5 AC220V±5%     50/60Hz 0.5-0.8 <10.0 3450*2901*1940 3636

Note:

1. All color-sorting performance metrics are based on rice containing ≤5% impurities.

2. Product configurations are continuously updated; specifications may differ across production batches. The actual machine takes precedence.

3. Performance data in this brochure are derived from controlled tests; on-site results may vary due to environmental factors.