Eriksen - Aluminum gear cnc parts

PNP PHANOOMPHAI PRECISION CO., LTD.

Cooperative Supplier 28 Years

Aluminum gear cnc parts

numerical control：CNC or MNC
process utilization：CNC machines for metal cutting, CNC tools for non-standard machines, CNC machining tools for shaping metal
control method：closed-loop control

USD 8.36

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Product DescriptionProduct parametersCustom Process

Product Description

CNC machining of large double herringbone shafts involves precise design, material selection, and state-of-the-art machining techniques. The main steps include turning, gear cutting, heat treatment, and finishing processes to achieve precision and durability. Specialized tools such as CNC gear cutting machines and grinding equipment are essential for creating complex tooth shapes. Quality control measures ensure that the shafts meet dimensional and performance requirements. This process is important for high-torque applications where reliability and high efficiency are critical.

Product parameters

List	Details
Product name	large spiral bevel gear
Applicable Industries	Manufacturing Plant, Machinery Repair Shops, Retail, Construction works , Energy & Mining
Weight (KG)	550
Shape	Rack Gear
Model Number	OEM/ODM
Color	Customized Color
Usage	Machinery Parts
Module	M16-M50
Quality	High quality

Custom Process

1. send inquiries

2.drawings or samples

3. Quotation

4.customer confirmation

5. places order and pays

6.Mass production

7.Test before packaging

8.Shipping & confirmation

Process Type

Turning

Milling

CNC Machining

Material

Metal Sheet

Brass Sheet

Copper Sheet

Quality Control

Double-layer large herringbone helical gear shafts are essential to ensure that each part meets stringent performance and dimensional standards. Primary quality control procedures include dimensional inspection using a coordinate measuring machine (CMM) to verify shaft dimensions, tooth geometry and helix angle. Gear tooth contact pattern analysis using specialized equipment verifies tooth play and proper force distribution. Tooth contact surfaces are measured to ensure smoothness and wear resistance. Hardness testing ensures that the gear teeth are strong enough for durability. Finally, post-machining inspections such as load testing and run-in testing verify the gear’s performance under actual operating conditions.

Processing capability

Stamping and CNC turning gear processing combine the efficiency of forging for primary forming with the precision of CNC turning to produce high-quality, functional gears. Key processes such as tooth cutting, heat treatment, and surface finishing ensure that the gears meet stringent performance and dimensional requirements. Quality control throughout the process, including dimensional inspection, tooth shape confirmation, and hardness testing, ensures that the final gear will perform reliably in its intended operating conditions. This method offers both cost-effectiveness and precision, making it a suitable option for the mass production of gears used in demanding industries such as automotive and machinery.

Supplier Information

Company：PNP PHANOOMPHAI PRECISION CO., LTD.

Email：Pnp@ttbridge.com

Tel：092890837440

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