CIMA P4-AU Gear Hobbing Machine

Price 10000 INR/ Piece

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CIMA P4-AU Gear Hobbing Machine Specification

Feature
Automatic operation

Voltage
380 V

Power
4.0 kW

Machine Type
Gear Hobbing Machine

Used For
Cutting gears, splines, and sprockets

Weight
Approx. 3500 kg

Dimension (L*W*H)
2200 mm x 1300 mm x 1650 mm

Output
High precision gear cutting

Condition
Used

Color
Light Blue

Capacity
Max Gear Diameter 400 mm

About CIMA P4-AU Gear Hobbing Machine

CIMA (Italy) make Hydraulic Gear Hobbing Machine in excellent working condition. The Max. Gear Diameter is 250 mm and the Max. Module Capacity is 6 modules. It is an Auto-Cycle type High-Production Gear Hobbing Machine. The technical details are as follows -

Make - CIMA (Italy)

Model - P4-AU

Max. Gear Diameter - 250 mm

Max. Module in 100 mm Dia. Gear - 6 module

Max. Module in 250 mm Dia. Gear - 4 module

Max. Width of Gear - 220 mm

Min/Max. Number of Gear Teeth - 4 to 272

Max. Helical Angle - 45Degree

Max. Hob Size - Diameter 120 mm x 120 mm Length

Hob Shifting - 75 mm

Hob Rotation Speeds - 70 rpm to 476 rpm

Type - Hydraulic ; Auto-Cycle High Production.

- Complete with Change Gears, Arbours etc.

- Complete with operating manual & electrical drawings etc.

- Machine is in excellent working condition.

Video link - https://youtu.be/puH8I_pvCl4

High-Precision Gear Cutting Capability

Engineered for accuracy, the CIMA P4-AU Gear Hobbing Machine facilitates the manufacturing of gears, splines, and sprockets with maximum tooth width up to 290 mm. Its advanced feed range and spindle speed ensure consistent, high-quality output, making it suitable for complex gear profiles and custom requirements.

Flexible Operation Modes for Enhanced Productivity

The machine offers both manual and semi-automatic control types, granting users flexibility to choose the most convenient mode for their production needs. Its automatic operation feature streamlines gear-cutting processes, reducing operator intervention and boosting manufacturing efficiency.

Durability and Operator Comfort

With a sturdy framework weighing approximately 3500 kg and a low noise level, this gear hobbing machine ensures longevity and a comfortable working environment. The integrated coolant system aids in temperature control and prolongs tool life, making extended use reliable and safe.

FAQs of CIMA P4-AU Gear Hobbing Machine:

Q: How does the CIMA P4-AU Gear Hobbing Machine operate for gear production?

A: The CIMA P4-AU uses a hob to cut gears, splines, or sprockets by synchronizing the rotation of both the gear blank and hob. Its manual or semi-automatic control allows operators to manage settings for optimal gear cutting performance.

Q: What types of gears and components can be manufactured with this machine?

A: This gear hobbing machine is suitable for cutting gears, splines, and sprockets of various sizes, with a maximum gear diameter of 400 mm and maximum tooth width of 290 mm. Its module range supports fine to coarse gear profiles.

Q: When is it beneficial to use the integrated coolant system in gear cutting?

A: The integrated coolant system should be used during gear cutting operations to maintain optimal tool temperature, improve surface finish, and prolong tool life, especially during extended production cycles or when working with harder materials.

Q: Where is the CIMA P4-AU Gear Hobbing Machine typically installed?

A: This machine is commonly installed in industrial gear manufacturing facilities, workshops, and production plants involved in automotive, machinery, or equipment manufacturing, where reliable and precise gear production is essential.

Q: What is the process for changing control types on this machine?

A: Operators can switch between manual and semi-automatic control by setting the machines operation mode on its control panel. This allows for either hands-on gear cutting or automated operation, depending on the production requirement.

Q: How does using the CIMA P4-AU benefit gear manufacturers?

A: Manufacturers benefit from its high precision output, flexible operation modes, efficient gear-cutting capacity, and low maintenance requirements. Its robust build and integrated features ensure reduced downtime and consistent product quality.

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