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Printing Machine Gear

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MOQ : 100 Pieces

Printing Machine Gear Specification

For Use In
Printing Machines

Lead Time
5-7 days

Printer Type
Offset Printing Machine

Year Built
2024

Pattern
Spur Gear

Print Technology
Mechanical Drive

Power Source
Manual/Mechanical

Product Type
Printing Machine Gear

Inner Diameter
35 mm

Model No
PM-GEAR-100

Features
Precision engineered, anti-corrosive, high durability

Printing Speed
Depends on Machine

Outer Diameter
100 mm

Noise Level
Low

Weight
950 g

Storage Instructions
Store in a dry, dust-free environment

Connectivity Type
Mechanical

Compatible Brand
Universal

Capacity
Heavy Duty

Size
Standard

Color
Silver

Height
50 mm

Surface Finish
Polished

Manufacturing Process
CNC Machined

Application
Transmission of rotational motion in printing machines

Hardness
55 HRC

Number of Teeth
60

Lubrication Requirement
Periodic lubrication recommended

Material
Alloy Steel

Tolerance
0.05 mm

Printing Machine Gear Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About Printing Machine Gear

Get your hands on this outstanding Printing Machine Gear, crafted from potent alloy steel for praiseworthy performance in offset printing machines. Featuring 60 precision spur gear teeth, a polished finish, and a robust 55 HRC hardness, it ensures reliable transmission of rotational motion. Manufactured on CNC machines for tight 0.05 mm tolerance, this heavy-duty, anti-corrosive gear guarantees superior durability and low noise. Suitable for universal printer brands and compatible with standard sizes, this must-have component elevates your mechanical drive setup. Markdown storage: Dry, dust-free. Lead time: 5-7 days.

Printing Machine Gear: Usage, Application & Key Features

This Printing Machine Gear is designed for intensive use in offset printing machines, excelling at transmitting rotational motion for mechanical printing processes. Its precision engineering, heavy-duty capacity, and anti-corrosive alloy steel build make it an ideal component for high-speed, smooth, and low-noise printing operations in pressrooms and workshops. Compatible with a variety of brands, its durable spur gear pattern and polished finish ensure longevity and outstanding performance in high-demand environments.

Printing Machine Gear Delivery & Payment Terms

Our estimated lead time for the Printing Machine Gear is 5-7 days, with express shipping and dependable logistics available to meet urgent requirements. We accept standard payment terms for your convenience and can provide samples upon request, in accordance with our sample policy. Our process prioritizes secure handling and timely delivery, ensuring clients receive their high-quality gear components quickly and efficiently with clear communication throughout each stage of the transaction.

FAQ's of Printing Machine Gear:

Q: How often should the Printing Machine Gear be lubricated?

A: Periodic lubrication is recommended to ensure smooth operation and longevity, depending on the specific working conditions and intensity of use.

Q: What is the manufacturing process used for this gear?

A: The Printing Machine Gear is manufactured using advanced CNC machining, which delivers high precision, consistent quality, and tight tolerances.

Q: What are the main application areas for this gear?

A: This gear is primarily used in offset printing machines to transmit rotational motion, making it essential in commercial print shops, pressrooms, and manufacturing facilities.

Q: When can I expect my order to be delivered?

A: Standard delivery time is estimated at 5-7 days, with express shipping options available for quicker turnaround depending on location and order size.

Q: Where should the Printing Machine Gear be stored for optimal longevity?

A: Store the gear in a dry, dust-free environment to maintain its performance and prevent corrosion or surface damage.

Q: What are the key benefits of using this gear in printing machines?

A: Key benefits include outstanding durability, low noise, praiseworthy precision, and a potent ability to handle heavy-duty mechanical loads without compromising efficiency.

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