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Professional Manufacturer of Copier And Printer Parts & Accessories since 1998.

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Ascend c5030 printer consumables

Ascend c5030 printer consumables

Brand
Ascend
Product Name
Fuser Assembly
Compatible
HP M600/601/602
For use in
HP
OEM No
RM1-8396-000, RM1-8395-000
MOQ
1 Set
Price
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Quantity Needed:
Pieces
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Product Description
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Ascend c5030 printer consumables-1

Fuser Assembly for HP M600 601 602

Difficult to penetrate / no paper jam, high performance;

The fixing temperature is short/high temperature resistance, and the measurement temperature is accurate.

Product Parameter
Product NameFuser Assembly
For Use InHP M600 601 602
FeatureOriginal Refurbished
Brand NameAscend
Compatible BrandHP
MOQ1set
Supply Ability5000 sets per Month
PackingCarton
ShippingAir/Sea/Express



Ascend c5030 printer consumables-2
Ascend c5030 printer consumables-3
Ascend c5030 printer consumables-4
Product Demand
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The manufacture of Ascend copier parts includes several important stages. They mainly include mechanical drawing design, metal materials preparation, parts fabrication&welding, assembly, and commissioning.
Ascend copier parts is carefully designed. It has been carried out by our designers who keep some important factors in mind, including wear resistance, toughness, friction force, vibrations, reliability, and fatigue.
Ascend copier parts is designed in a professional manner. The design is carried out by professionals who have taken great care extensively researching the aesthetic elements and materials.
Ascend copier parts has to go through the following processes. They include CAD/CAM design, procurement of raw materials, fabrication, welding, spraying, assembly, and commissioning.
The production of Ascend copier parts is based on high packaging and printing standards, combined with traditional methods and modern advanced packaging & printing technology.
This product has the advantage of temperature resistance. Temperature variations do not cause significant errors in their stiffness or fatigue resistance, nor do they cause significant errors in any other mechanical properties.
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