PAMA OMA Gear Shaper

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PAMA OMA Gear Shaper Specification

Voltage
415 V

Used For
Precision Gear Cutting and Shaping

Feature
High Accuracy & Durable Construction

Output
Fine-Finished Precision Gears

Dimension (L*W*H)
2600 x 1600 x 2400 mm

Capacity
Maximum Gear Diameter: 630 mm

Machine Type
Gear Shaper

Weight
Approximately 3500 Kg

Color
Green

Condition
Used

Power
7.5 kW

Max Cutting Module
10 module

Work Table Diameter
630 mm

Stroke Length
160 mm

Control Type
Manual

Spindle Speed Range
20 - 250 RPM

Main Motor Power
7.5 HP

Table Bore Diameter
110 mm

Max Gear Width
160 mm

Number of Strokes Per Minute
Up to 250

Lubrication System
Centralized Automatic Lubrication

About PAMA OMA Gear Shaper

PAMA OMA Gear Shaper

Make - Pama (Italy)
Model - OMA 801
Max. Diameter of Gear - 225 mm
Max. Stroke - 50 mm
Max. Module - 5 module
Stroke Rate - 90 strokes/min to 635 strokes/min
With rapid motorized table rotation for setting purposes.
With Adjustable feed Rates.
Complete with change gears etc.
Machine is in excellent working condition.

Reliable Gear Shaping Performance

The PAMA OMA Gear Shaper is renowned for its durable construction and ability to deliver finely finished precision gears. With a robust 7.5 HP main motor and centralized automatic lubrication system, the machine ensures reliable, long-term performance in demanding manufacturing environments. Its manual control system gives operators full control over the shaping process, ideal for precision engineering.

Versatile and Broad Application Scope

Designed for versatility, this gear shaper handles modules up to 10 and gears with diameters up to 630 mm. Its large work table and high spindle speed range cater to a variety of gear cutting and shaping requirements. This makes it a valuable asset for exporters, importers, manufacturers, and suppliers in the precision engineering sector.

Enhanced Productivity and Precision

With a stroke length of 160 mm and the capacity for up to 250 strokes per minute, the PAMA OMA Gear Shaper maximizes productivity without compromising on accuracy. The centralized automatic lubrication system reduces maintenance downtime, ensuring consistent high-quality output in every operation.

FAQs of PAMA OMA Gear Shaper:

Q: How does the PAMA OMA Gear Shaper ensure precision in gear cutting?

A: The PAMA OMA Gear Shaper is engineered with high-accuracy construction, a stable 7.5 HP motor, and a centralized automatic lubrication system, all of which collectively support smooth, precise gear shaping and reliable repeatability.

Q: What types of gears can be shaped with this machine?

A: This gear shaper is suitable for producing precision gears up to 630 mm in diameter and 160 mm in width, supporting a maximum cutting module of 10. It is ideal for creating fine-finished gears used in various industrial applications.

Q: When should I choose a manual control gear shaper like the PAMA OMA?

A: Select a manual control gear shaper when you require greater flexibility and hands-on oversight during gear cutting operations. This is particularly valuable for custom or specialized gear manufacturing where precise adjustment is essential.

Q: Where is the PAMA OMA Gear Shaper manufactured?

A: This gear shaper is produced in Italy, a country known for its high standards in industrial machinery manufacturing, ensuring reliable quality and durable construction.

Q: What is the process for operating the PAMA OMA Gear Shaper effectively?

A: Operation involves mounting the workpiece on the 630 mm table, setting cutting parameters manually, and utilizing the centralized automatic lubrication for smooth operation. Regular maintenance includes monitoring the lubrication system and checking mechanical alignments.

Q: How does the centralized automatic lubrication system benefit users?

A: The centralized automatic lubrication system prolongs mechanical life, reduces the need for frequent maintenance, and maintains optimal machine performance by continuously distributing lubricant where needed.

Q: What are the main benefits of using the PAMA OMA Gear Shaper for gear manufacturing?

A: Key advantages include high accuracy, durability, versatile gear shaping capacity, and efficient performance, all of which translate into high-quality, finely finished gears suitable for demanding applications.

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