描述

Automatic Dividing Rounding Machine: Precision Dough Processing for Commercial Bakeries

The ​Automatic Dividing Rounding Machine​ (Model AS-HMK-30S) revolutionizes dough preparation with 380V power, a 2kW motor, and a 30-piece batch capacity, designed for bakeries, food plants, and high-volume kitchens. This NSF-certified machine divides and rounds dough balls (±1g accuracy) at speeds up to ​1,800 units/hour, ensuring uniform shape and texture for bread, buns, and pastries. Its compact 650×730mm footprint saves floor space, while stainless steel construction guarantees hygiene and durability.

Key Specifications

• ​Model: AS-HMK-30S
• ​Voltage: 380V
• ​Power: 2kW
• ​Capacity: 30 pieces/batch
• ​Dimensions: 650mm × 730mm × 1440mm
• ​Weight: 440kg (N.W.)

[Image: automatic-dividing-rounding-machine-ashmk30s-front.jpg]
Alt text: Automatic Dividing Rounding Machine AS-HMK-30S with stainless steel conveyor

High-Efficiency Dough Processing

This ​Automatic Dividing Rounding Machine​ optimizes production with:

• ​Adjustable Weight Settings: 50–500g dough portions
• ​Dual-Action Mechanism: Divides and rounds in one cycle
• ​Touchscreen Interface: Pre-set programs for bread types (e.g., ciabatta, baguette)

Key benefits include:

• ​​±1g Precision: Uniform dough ball weights
• ​Anti-Stick Coating: Eliminates residue on rollers
• ​Energy Saver Mode: Reduces idle power use by 25%

Alt text: Processing dough balls with Automatic Dividing Rounding Machine AS-HMK-30S

Industrial Safety & Compliance

Certified for rigorous use, this machine includes:

• ​CE/ETL Certification: Meets electrical safety standards
• ​Emergency Stop Button: Instantly halts operations
• ​FDA-Grade Materials: Safe for direct food contact

Performance Comparison

Installation & Maintenance

The ​Automatic Dividing Rounding Machine​ simplifies workflows:

1. Position on a reinforced, level floor.
2. Connect to a 380V three-phase power supply.
3. Lubricate gears every 200 operating hours.
4. Sanitize rollers and conveyor after each shift.

Kitchen project