Processing » Hiroshima

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Used feeder in Hiroshima, Japan

  • Circle feeder (table feeder)

    Circle feeder (table feeder)

      Tank capacity: 400L Material: SUS 1.5KW 200 / 220V with movable casters

      Kure, Japan
    • Screw feeder

      Screw feeder

        Disassembled, cleaned, painted, operation checked Compact fixed-quantity feeder

        Kure, Japan
      • Screw feeder

        Screw feeder

          Fixed quantity feeder made of SUS Power: 2.2KW, 200V, reduction ratio: 1:15 Sumitomo Bayer Cyclo Transmission Disassembled, cleaned, painted, and operation checked

          Kure, Japan
        • 1984 2-axis quantitative feeder

          1984 2-axis quantitative feeder

          • Manufacturer: Made by Hosokawa Micron

          Quantitative feeder, powder contact material: SUS, power: 0.75KW eg2 (explosion-proof) hopper 80φ * Previously connected to the crusher Disassembly, cleaning, operation confirmed

          Kure, Japan
        • 2008 Nippon Aries Magnetics HS26

          2008 Nippon Aries Magnetics HS26

          • Manufacturer: Nippon Aries Magnetics

          Sealed tray 120W x 530L Purchasing area: 50Hz | Material: Wetted part SUS | Quantity saved: One

          Hiroshima, Japan
        • Shinko Electric FH-33 BDT

          Shinko Electric FH-33 BDT

          • Manufacturer: Shinko

          Remarks No controller Material: SUS | Quantity saved: One | Size: External dimensions: 800W x 2000L x 700H Trough internal dimensions: 610W x 1067L

          Hiroshima, Japan
        • HASHITA HF-300-1.2

          HASHITA HF-300-1.2

          • Manufacturer: HASHITA

          Vibration Feeder Trough Specifications: ① Open flat bottom ② Open flat bottom Trough dimension: L1200 × W300 Electromagnetic screen feeder Trough specification: with open exit Dimension: L610 × W135 (tip discharg...

          Hiroshima, Japan
        • 2000 Kohken Powtech FS-J01-S

          2000 Kohken Powtech FS-J01-S

          • Manufacturer: Kohken Powtech Co.

          Capacity: 20Kg/h max. ⇓Test run video⇓. Power: 0.4Kw200V | Quantity saved: 1

          Hiroshima, Japan
        • 1990 NPK AF-30-15

          1990 NPK AF-30-15

          • Manufacturer: NPK

          Outer diameter dimension: 600 φ × 500 H Material powder contact area: SUS

          Hiroshima, Japan
        • 2005 Riken Powtex MW-F-300-SZ

          2005 Riken Powtex MW-F-300-SZ

          • Manufacturer: Powder Powtex

          Auto feeder x 4 Screw conveyor x 1 Flow mixer (notary capacity MAX 700Kg/h) Remarks Completion drawings available (Please inquire for details)

          Hiroshima, Japan
        • Hot air dryer (current dryer)

          Hot air dryer (current dryer)

          • Manufacturer: Made by Tsutsuyoshi

          With blower, feeder and operation panel With electric circuit diagram Application (Drying of powder, granule, etc.) Confirmed that the main operation panel is energized.

          Kure, Japan

        Overview

        Processing equipment encompasses a wide range of machinery used in various industries to transform raw materials into finished products. This category includes machines like grinders, mixers, blenders, and specialized equipment for food, chemical, pharmaceutical, and other manufacturing processes. These machines are essential for improving efficiency, consistency, and quality in production lines.

        FAQ

        What should I consider when buying used processing equipment?

        Consider the machine's condition, age, maintenance history, and whether it meets your specific processing requirements. It's also important to check for any signs of wear and ensure compatibility with your existing systems.

        How do I arrange shipping for processing equipment?

        Use a reliable transport service experienced in handling industrial machinery. Ensure the equipment is properly cleaned, secured, and protected during transit to avoid any damage.

        What is the typical maintenance for processing equipment?

        Regular maintenance includes cleaning, lubrication, inspection for wear and tear, and calibration. Follow the manufacturer's guidelines for specific maintenance schedules and procedures to ensure optimal performance and longevity.