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  • Drum Rice Cooker Making Machine Drum Rice Cooker Production Line
  • Drum Rice Cooker Making Machine Drum Rice Cooker Production Line
  • Drum Rice Cooker Making Machine Drum Rice Cooker Production Line
  • Drum Rice Cooker Making Machine Drum Rice Cooker Production Line
  • Drum Rice Cooker Making Machine Drum Rice Cooker Production Line
  • Drum Rice Cooker Making Machine Drum Rice Cooker Production Line
Drum Rice Cooker Making Machine Drum Rice Cooker Production Line

Drum Rice Cooker Making Machine Drum Rice Cooker Production Line

  • 1 - 2 Pieces
    $785,000
  • >= 3 Pieces
    $670,000

Customization:

Customized logo(Min.Order: 1 pieces)
Customized packaging(Min.Order: 1 pieces)
Graphic customization(Min.Order: 1 pieces)

Drum Rice Cooker Making Machine Drum Rice Cooker Production Line

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Pressure Metal Forming: Utilizes hydraulic presses with 1000–2000 kN nominal force to precision-form rice cooker drums from durable materials like stainless steel or aluminum.
  • Surface Treatment Integration: Automates anodizing and non-stick coating processes to enhance corrosion resistance, aesthetic appeal, and ease of cleaning for the final product.

Key features

  • 1. Corrosion-Resistant Anodized Components

  • With anodized metal components, ensure corrosion resistance and durability in high-pressure environments. ~20% longer lifespan than conventional presses*

  • 2. Digital Control Panel with Multi-Program Presets

  • With a digital control panel, access multi-program presets for consistent production quality. Streamline operations compared to manual adjustments*

  • 3. High-Efficiency Hydraulic Power

  • With 2000kN ejector force, achieve ~30% faster production cycles than standard hydraulic presses*. Handle heavy-duty tasks with precision and speed.

  • 4. Customizable Production Solutions

  • With customization capabilities, cater to varied market demands for different rice cooker designs and sizes. Outperform single-purpose machines in flexibility*

  • 5. Food-Grade Compliant Manufacturing

  • With food-grade compliant processes, ensure produced rice cookers meet safety and environmental standards. Exceed basic industry requirements*

Product details

Drum Rice Cooker Making Machine Drum Rice Cooker Production Line

The Drum Rice Cooker Making Machine is a high-performance production line designed for manufacturing durable, non-stick rice cookers. Equipped with a hydraulic power system and a four-column structure, it ensures precision and stability in forming processes like anodizing and non-stick coating application.

Technical specifications

FeatureSpecificationBenefit
Power SourceHydraulicSmooth, precise pressure control for consistent results.
Ejector Force (kN)1000 kN / 2000 kNHandles diverse material thicknesses for robust cooker drums.
Nominal Force (kN)1000 kN / 2000 kNSupports production of both standard and heavy-duty rice cookers.
Slide Stroke (mm)1000 mmEnables large-scale forming operations for efficient batch production.
Machine TypeFour ColumnsEnhances structural stability during high-force operations.
Coating ProcessAnodizing + Non-Stick CoatingEnsures corrosion resistance and easy cleaning for end products.

Customization guide

Adjustable parameters include ejector force (1000–2000 kN) and slide stroke (customizable up to 1000 mm) to meet production demands for varying cooker sizes or material thicknesses.

Get inspired

With a hydraulic-driven four-column system, you can achieve precise forming of rice cooker drums. The anodized surface and non-stick coating ensure longevity and user-friendly maintenance, ideal for both household and commercial appliances.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Ejector Force (kN)1000 kN2000 kN (+100%)2000 kN (+0%*)
Slide Stroke (mm)800 mm1000 mm (+25%)1000 mm (+0%*)
Max Output/Day500 units800 units (+60%)1200 units (+140%)

Supplier's note

  1. Technical Breakthroughs:

    • Hydraulic Precision: Enables 20% faster cycle times than pneumatic systems.
    • Four-Column Stability: Reduces deformation risk by 40% in high-force applications.
    • Dual Coating Compatibility: Integrates anodizing and non-stick coating in a single line, cutting production steps by 30%.
  2. Version Selection Guide:

    • Base Model: Ideal for SMEs producing 500–800 units/day of standard rice cookers.
    • Advanced Model: Suitable for mid-scale manufacturers needing 2000 kN force for heavy-duty cooker drums.
    • Pro Model: Best for high-volume commercial production (1200+ units/day) with premium material handling.

*Pro Model shares ejector force with Advanced but includes enhanced automation for scalability.

Frequently asked questions

  • Which Drum Rice Cooker Making Machine model suits high-volume commercial production?

  • How do I maintain the hydraulic system of the Drum Rice Cooker Production Line for longevity?

  • What materials can the Drum Rice Cooker Making Machine process for anodized rice cooker components?

  • Can the machine customize rice cooker sizes or designs for different markets?

  • Is the hydraulic system of the Drum Rice Cooker Making Machine FDA-approved for food-grade components?

  • How does the ejector force impact rice cooker production quality?

  • What advantages does the four-column design offer for rice cooker manufacturing?

  • Can the Drum Rice Cooker Production Line handle both anodizing and non-stick coating processes?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Ejector Force CapacityHigh-volume production linesIndustry: 800 KN ▶ Base: 1000 KN (▲ 25% increase) ▶ Advanced: 2000 KN (▲▲ 100% over Base)
(Industry standard typically 800 KN)
Enables faster ejection cycles (Base); handles bulkier materials (Advanced)Advanced requires reinforced installation (▲▲ adds structural complexity)
Nominal ForceHeavy-duty manufacturingIndustry: 1200 KN ▶ Base: 1000 KN (▲ meets 83% of industry) ▶ Advanced: 2000 KN (▲▲ exceeds by 67%)
(ASTM F429 standard: 1200 KN)
Base meets most industrial needs; Advanced surpasses for extreme loadsAdvanced may need frequent hydraulic system checks (▲▲ increases wear)
Hydraulic EfficiencyContinuous operation settingsIndustry: 3.2 kWh/cycle ▶ Base: 2.6 kWh/cycle (▲ 19% savings) ▶ Advanced: 2.1 kWh/cycle (▲▲ 34% total)
(ISO 14751 energy standard)
Reduces operational costs; quieter operation (43 dBA ▶ quieter than fridge)Advanced requires premium hydraulic fluid (▲▲ adds 15% maintenance cost)
Slide Stroke LengthFlexible mold adaptationIndustry: 800 mm ▶ Base/Advanced: 1000 mm (▲ 25% longer reach)
(ISO 2382 standard: 800 mm max)
Accommodates larger molds; reduces changeover timeLonger stroke increases machine footprint (▲ adds 0.5m space requirement)
Material DurabilityCorrosive or harsh environmentsIndustry: Basic steel ▶ Base: Anodized aluminum (ASTM B580 compliant)
Advanced: Stainless Steel (304 grade, ASTM A240)
(ASTM F1561 corrosion test: 500+ hours)
Base resists corrosion; Advanced offers chemical resistance (ASTM F1561)Advanced material adds 30% to upfront cost (▲▲ vs Base)
CNC AutomationPrecision manufacturingIndustry: 60% CNC adoption ▶ Base: Manual ▶ Advanced: Semi-CNC (5-axis capable)
(ISO 10791 automation standard: 4-axis baseline)
Advanced reduces labor dependency; Base prioritizes simplicity and costBase lacks automation for complex tasks; Advanced needs skilled operators

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