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Used Processing in Hiroshima, Japan

  • 2002 Morimatsu Industrial Square Type

    2002 Morimatsu Industrial Square Type

    • Manufacturer: Morimatsu Industry

    Panel tank with coin filling machine Tank 1000 × 2500 × 2000H + coin filling machine Total length 4000

    Hiroshima, Japan
  • 2009 Nippori Engineering DD-40NX6-0

    2009 Nippori Engineering DD-40NX6-0

    • Manufacturer: Nippon Polymer Engineering Co.

    Treatment air volume 25m3/min

    Hiroshima, Japan
  • 1989 Tanabe Wiltech Z32SL-3LV

    1989 Tanabe Wiltech Z32SL-3LV

    • Manufacturer: Tanabe Wiltech

    Three-layer decanter 5000rpm/4400G Nominal capacity: 3-5m3/h Variable impeller type Pole change motor

    Hiroshima, Japan
  • Tomoe Engineering P-3000

    Tomoe Engineering P-3000

    • Manufacturer: Tomoe kogyo

    No spare ball gearbox for decanter Material: SUS | Quantity saved: Two

    Hiroshima, Japan
  • 1984 Westfalia SA45

    1984 Westfalia SA45

    • Manufacturer: GEA
    • Model: SA

    30kw (motor not pictured but available separately). 4950rpm

    Hiroshima, Japan
  • 2002 Tamagawa Machinery TC-3.5S

    2002 Tamagawa Machinery TC-3.5S

    • Manufacturer: Tamagawa Machinery

    Internal volume: 4.6 m3 Heat transfer area: 62.6 m² Design temperature: 165 ° C Rotation speed: 1.36 to 5.33 rpm Type 2 pressure vessel

    Hiroshima, Japan
  • Suiko PP tank

    Suiko PP tank

    • Manufacturer: Suiko

    MC-3000 Enclosed round tank Drawings available Material: PE | Quantity saved: One | Size: External dimensions: φ1625 x 2080H

    Hiroshima, Japan
  • 1996 Iwai Machine GHX

    1996 Iwai Machine GHX

    • Manufacturer: Iwai Machinery

    Plate material: SUS316 Heat transfer area: 85.8m2 Flow rate: 100m3/h(MAX) Heat resistance: 150°C Number of Plates：CH①62 CH②42 CH③30

    Hiroshima, Japan
  • 1997 Izumi Food Machinery NB36SS-163-6-HWW

    1997 Izumi Food Machinery NB36SS-163-6-HWW

    • Manufacturer: Izumi

    Plate material: SUS316 Heat transfer area: 56.52m2 13500L/h Number of plates: CH①77, CH②72, CH③14

    Hiroshima, Japan
  • 2003 Mitsui Mining FM150L

    2003 Mitsui Mining FM150L

    • Manufacturer: Mitsui Seiki

    Capacity: 150L With control panel Power: 30kw/15kw | Material: Wetted part SUS | Quantity saved: One

    Hiroshima, Japan
  • 1990 [Tanabe Willtech] Basket type

    1990 [Tanabe Willtech] Basket type centrifuge 36inch

    • Manufacturer: Tanabe Wiltech

    Fully automatic bottom discharge type. Hydraulic driven scraper. Explosion-proof low-speed motor 0.8Kw 200V.

    Hiroshima, Japan
  • [TANABE WILTECH] Basket type centrifuge

    [TANABE WILTECH] Basket type centrifuge 55inch

    • Manufacturer: Tanabe Wiltech

    Fully automatic bottom discharge type. Hydraulic drive for scraper. Low speed motor 2.2Kw 200V. Star-delta startup board available.

    Hiroshima, Japan
  • 2006 Hitachi Zosen TFAP-10-32MKII

    2006 Hitachi Zosen TFAP-10-32MKII

    • Manufacturer: Hitachi

    Fully automatic compression type 1000mm x 32 chambers Filtration area: 47.4 m2 Filtration volume: 835L Hydraulic unit: 2.2kw

    Hiroshima, Japan
  • 2004 Hitachi Zosen TFAP-10-18MKII

    2004 Hitachi Zosen TFAP-10-18MKII

    • Manufacturer: Hitachi

    Fully automatic compression type 1000mm x 18 chambers Unmaintained, but in fairly good condition Complete books and control panel available Filtration area: 26.6 m2 Filtration volume: 306 L

    Hiroshima, Japan
  • 2011 Japan H-Classifier PFM-8C

    2011 Japan H-Classifier PFM-8C

    • Manufacturer: Japan Filter

    Filter plate: 800 square x 8 chambers Total filtration area: approx. 8 m2 Total filtration volume: approx. 160 L Cake thickness: 25mm Huffing pressure: 0.4MPa Squeeze pressure: 0.5MPa

    Hiroshima, Japan
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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.