Batch Tray Dehydrator Large Scale Drying Solution

Cut costs 30%, boost output 25% with gentle, eco-friendly drying.

Batch Tray Dehydrator is

Modular tray drying

Preserving material integrity while cutting energy costs by 35%, ideal for pharmaceuticals, herbs, and small-batch specialty foods.

Parameter Range Precision Key Advantage
Temperature -20°C to 120°C ±0.3°C Freeze-drying to sterilization
Humidity Control 5%–90% RH ±1.0% RH Prevents overdrying fragile compounds
Batch Capacity 100–500 kg/shift N/A Flexible load sizing
Airflow Distribution Vertical/Horizontal 95% uniformity Eliminates tray hotspots
Energy Efficiency 2.8–3.2 kWh/kg N/A 35% savings vs. conventional batch dryers
Cycle Time 2–24 hours ±5 min Adaptive to material sensitivity
85%

Bachelor Degree Employeers

12%

R&D Expenditure Ratio

Batch Tray Dehydrator Supports

Great Results

Precision Outcomes, Not Just Output

 

Parameter Industry Standard SnLuck Performance Improvement
Moisture Control ±3% ±0.5% +83% accuracy
Color Retention 85-90% ≥95% +10% vibrancy
Breakage Rate 5-8% <1% -87% loss
  • Multi-zone temperature control (-15-120°C precision)
  • AI-driven humidity sensors (±1.5% RH accuracy)
  • Patented anti-browning tech
85%

Bachelor Degree Employeers

12%

R&D Expenditure Ratio

Lower Consumption

Smart Labor + Minimal Waste = True Sustainability

 

Optimization Area Traditional System SnLuck Solution Improvement
Energy Consumption High volatility + waste AI-driven stability ↓30-70% cost
Labor Efficiency Manual-intensive checks Automated control ↓50-90% workload
Loss Rate Control Frequent downtime + waste Predictive prevention ↓75-88% loss
  • Combined Annual Savings: $2.1M (for 200t/day cassava plant)
  • ROI Period: 8-14 months (Africa/Asia energy cost model)
  • Maintenance Labor Reduction: 76% average across 12 factories
85%

Bachelor Degree Employeers

12%

R&D Expenditure Ratio

Batch Dryer Configure – Manual Load Produce
Batch Drying Produce Machine Configure
Continuous Configure – Auto Convey Produce
Continuous Drying Produce Machine Configure

Simpler Operation

Select any material to see how SnLuck automates optimal settings – no engineering degree required!

Operation Parameter SnLuck Continuous Dryer Traditional Dryers Improvement
Startup Time ≤5 minutes 30+ minutes ↓83%
Preset Programs 400+ material profiles Manual settings only ∞ presets
Parameter Adjustment 1-touch sync (belt speed/temp/humidity) Separate controls per parameter ↓70% steps
Training Required ≤2 hours 3-5 days ↓92%
Error Recovery Auto-resume with 30-min memory Full restart required 100% continuity
  • One-Screen Control
  • 7-inch touchscreen with color-coded zones

  • Drag-and-drop program sequencing

  • Smart Parameter Linking
  • Changing belt speed auto-adjusts temperature profile

  • Humidity sensors trigger exhaust fan modulation

85%

Bachelor Degree Employeers

12%

R&D Expenditure Ratio

Batch Tray Dehydrator available for

85%

Bachelor Degree Employeers

12%

R&D Expenditure Ratio

Batch Tray Dehydrator models

Capacity Model S/N Suits Configuration
200-500Kg/Batch SL-BSSX-L1 House Hold Size: 4*2.2*2.2CBM
Module:
1*Heat module, 1*Drive module , 1*Load module
Trays Qty:
108pcs
500-1000Kg/Batch SL-BSSX-L2 Farm Hold Size:
5.6*2.2*2.2CBM
Module:
1*Heat module, 1*Drive module , 2*Load modul
Trays Qty: 216pcs
800-1500Kg/Batch SL-BSSX-L3 Small Collective Size:
8.8*2.2*2.2CBM
Module:
1*Heat module, 1*Drive module , 3*Load module
Trays Qty: 324pcs
1-2Mt/Batch SL-BSSX-L4 Industrial Plant Size: 10.8*2.2*2.2CBM
Module:
1*Heat module, 1*Drive module , 4*Load module
Trays Qty: 432pcs

Batch Tray Dehydrator parts

Nothing Found

Batch Tray Dehydrator Reviews

200+ Customers

Bringing innovative drying solutions to life with every tray rotation — advancing efficiency and sustainability.

Small workshops praise its space-saving tray design and even drying (±2°C control). However, food factories note manual flipping is still required, with corners prone to over-drying. Energy consumption runs 15% higher than continuous dryers—recommend adding heat recovery modules. Ideal for small/medium batches of irregular materials; continuous types suit mass production better.

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