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Used paper converting machines

I have found results from40000+products and20000+suppliers aboutUsed paper converting machines

Commonly Used:
US$
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Customization Available
Sample Available
Manufacturer First
Product Attributes:
Type: Lavatory Paper
Carton Hemming Device
Paper Folding Machine
Type: Drum Type
Type: Roll Slitter
High-Speed Slitting Machine
Type: Cultural Paper
Filling and Sealing Machine
Plastic Bag Making Machine
Type: Special Paper
Sheet Former Type: Cylinder Mould
Paper Thickness: Thin Paper
Automation: Automatic
Customized: Customized
Condition: New
Certification: CE
Control: Automatic
Function: Multi-Function
Embossing Type: Edge-Embossing
Embossing Roller: Steel Roller
Tissue Packaging: Box
Application: Dining
Driven Type: Electric
Engineers Available to Service Machinery Overseas
Automatic Grade: Automatic
Professional Folding Machine
Flat Sheet Paper Feeding
Computerized: Non-Computerized
Folding Mechanism: Folding Buckle
Structure: Folding
Real Running speed: 350-400PCS/min
Tissue Type: Pull Out
Round Knife Cutting
Packaging: Case
Applicable Process: Process Materials
Suitable Substrates: Paper
Packaging Material: Paper
Paper Materials(100-1000G/M2): Paperboard
Speed: 15--20pcs/min
Forming Species: Melt Molding
Forming Function: Forming
Material Type: Solid
Toilet Paper Type: With Core
Lines: 1
Voltage: 380V
Seals Mode: Trilateral Seals
Continuous-Rolled: No
Sealing & Cutting: Heat-Sealing Cold-Cutting
Layer: Single
Bag Forming Machine
Surface Treatment: Polishing
Manufacturing Process: Casting
Material: Cast Steel
Sheet Former Type: Fourdrinier Wire
Normal Specification Paper
Certification: ISO 9001:2000
Certification: ISO9001
Certification: RoHS
Certification: ISO 9001:2008
Certification: ISO
Certification: UL
Function: Rewinder
Function: Folding
Embossing Type: Full-Embossing
Embossing Roller: Rubber Roller
Tissue Packaging: Bag
Application: Food
Application: Machinery&Hardware
Application: Commodity
Ultrasonic Label Cutting Machine
Computerized: Computerized
Structure: Host
Structure: Frame Part
Structure: Cutting Part
Tissue Type: Mini
Flat Knife Slitting
Packaging: Cartons
Packaging: Film
Packaging: Bag
Applicable Process: Disk
Suitable Substrates: Film Cutting
Packaging Material: Wood
Packaging Material: Film
Speed: Medium
Forming Function: Filling
Forming Function: Seal
Toilet Paper Type: Without Core

Sourcing guidance for Used Paper Converting Machines

What technical specifications are critical when evaluating a used paper converting machine?

When sourcing used equipment, you must verify the mechanical speed versus actual production speed, as older machines may not run at their original rated capacity. Key specs include the maximum web width, unwind/rewind diameters, and GSM range (paper weight) the machine can handle. Ensure the PLC and drive systems are not obsolete; prioritize machines using mainstream brands like Siemens or Mitsubishi to ensure future parts availability.

How can a buyer verify the remaining service life and maintenance status of the machine?

Request a video of the machine in operation (dry run and with material) and ask for the maintenance logbooks. Pay close attention to the condition of the rollers, cutting blades, and gears. If the machine has been refurbished, confirm if critical bearings and belts were replaced. A professional third-party pre-shipment inspection (PSI) is highly recommended to check for structural cracks or excessive vibration.

What compliance and safety standards should used paper machinery meet?

Even for used equipment, the machine should ideally carry a CE mark if destined for Europe or meet OSHA standards for the US. Ensure all safety guards, emergency stop buttons, and interlocking systems are functional. For paper tissue or food-grade packaging machines, verify that the lubricants used are food-safe and that the contact surfaces are corrosion-resistant (stainless steel).

How does a buyer ensure the machine is compatible with their specific end-product requirements?

Provide the supplier with your raw material specifications and finished product samples. For example, in toilet paper converting, confirm the embossing pattern capability and perforation accuracy. If you require specific automation levels (e.g., automatic core loading or tail sealing), verify these modules are included and functional in the used setup.

Cross-Border Procurement Risks & Strategies for Used Machinery

What are the primary risks when purchasing used machinery from overseas?

The biggest risks are hidden mechanical defects and missing components. Unlike new machines, used equipment often lacks a comprehensive warranty. To mitigate this, use Secure Payment services on Made-in-China.com to ensure funds are only released after proof of shipment. Always clarify the 'As-Is' vs. 'Refurbished' status in the sales contract to avoid disputes over machine condition.

How should I negotiate with suppliers regarding dismantling and loading?

Negotiate for the supplier to provide a detailed marking system during dismantling; each wire and pipe should be labeled to facilitate reassembly. Ensure the contract specifies that the supplier is responsible for professional export sea-worthy packing, including anti-rust coating and vacuum plastic wrapping, as used machines are highly susceptible to salt-air corrosion during transit.

What are the essential considerations for shipping and customs clearance of used equipment?

Many countries have strict regulations on importing 'waste' vs. 'used machinery'. You must ensure the H.S. Code is accurate and that the machine is thoroughly cleaned of paper dust and oil leaks to pass phytosanitary or environmental inspections. Check if your country requires a Pre-Export Inspection Certificate (like CCIC for China-bound goods or similar for other regions) before the machine leaves the port.

How can I manage the installation and after-sales support for a used machine?

Since used machines rarely come with factory installation, negotiate for remote video installation guidance or the dispatch of a technician (at the buyer's expense). Request a list of wear-and-tear parts and purchase a one-year supply of consumables (blades, sensors, belts) simultaneously to avoid production downtime due to shipping delays for small parts.

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