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TOS OH-4 Gear Shaping Machine

Price 23500 INR/ Piece

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MOQ : 1 Piece

TOS OH-4 Gear Shaping Machine Specification

Voltage
380 V, 3-phase

Color
Green

Power
Main motor: 3 kW

Capacity
Maximum gear diameter: 400 mm

Used For
External and internal gear shaping

Weight
3200 kg (approx.)

Condition
Used

Dimension (L*W*H)
2200 mm x 1500 mm x 2200 mm (approx.)

Machine Type
Gear Shaping Machine

Feature
Precision gear shaping, sturdy design, high productivity

Output
Mechanical transmission gears and similar items

Workpiece Mounting
On table with dividing device

Net Weight
3200 kg

Max Gear Width
100 mm

Maximum Stroke Length
125 mm

Floor Space Required
Approx. 3.5 m

Number of Strokes Per Minute
44 220

Spindle Speed
Variable

Control
Conventional

Lubrication System
Centralized

Max Module
6 mm

Table Diameter
400 mm

TOS OH-4 Gear Shaping Machine Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

About TOS OH-4 Gear Shaping Machine

Make - TOS (Czech Republic)

Model - OH 4

Max. Module - 4 module

Max. Diameter of the Gear - 200 mm

Max. Width of the Gear - 40 mm

Stroke Rate - 224 strokes/min to 630 strokes/min

Max. Cutter Diameter - 4"

- Complete with 3 x spare Cams, Change Gears, Mandrels etc.

- Operating Manual, Electrical Drawings, etc. are available.

- Machine is in excellent working condition.

Video of The Machine -

https://youtu.be/5yh5Bn3I9cI

Versatile Gear Shaping Capabilities

The TOS OH-4 Gear Shaping Machine supports both internal and external gear production. With a maximum gear width of 100 mm and a table diameter reaching 400 mm, it accommodates a variety of gear sizes and profiles for transmission and mechanical components. Its dividing device provides precise workpiece mounting, making it suitable for small and medium-scale production runs.

High Productivity and Precision

Engineered for efficiency, this machine offers stroke rates from 44 to 220 per minute and a main motor rated at 3 kW. Centralized lubrication and a sturdy build minimize downtime and maintain accuracy, resulting in high-quality output over extended operating periods.

Compact and Durable Design

Despite its heavy-duty capabilities, the TOS OH-4 occupies a modest floor space of about 3.5 m. Its solid construction and robust components ensure longevity, and the conventional controls make it accessible for a wide range of skilled operators globally.

FAQs of TOS OH-4 Gear Shaping Machine:

Q: How is the workpiece mounted on the TOS OH-4 Gear Shaping Machine?

A: The workpiece is mounted on the machine table using a dividing device, ensuring precise positioning and stability during gear shaping operations for both internal and external gears.

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

A: The TOS OH-4 is capable of shaping both external and internal gears, making it versatile for mechanical transmission components, automotive gears, and similar parts up to 400 mm in diameter and 100 mm in width.

Q: When should the centralized lubrication system be maintained?

A: Its advisable to routinely check and maintain the centralized lubrication system according to usage frequency. Regular inspection ensures smooth operation and extends the lifespan of critical machine parts.

Q: Where is the TOS OH-4 Gear Shaping Machine commonly utilized?

A: This machine is widely used in gear manufacturing plants, workshops, and industrial facilities that require precise and efficient gear production, particularly in sectors like automotive, machinery manufacturing, and mechanical engineering.

Q: What is the process of gear shaping with this machine?

A: Gear shaping on the TOS OH-4 involves mounting the workpiece, selecting the required stroke and spindle speed, and using the cutting tool to incrementally shape the gear teeth as the table and dividing device control gear orientation.

Q: What are the main benefits of using the TOS OH-4 machine?

A: The key benefits include high precision, flexible production capabilities, durable construction, variable operation speeds, and a centralized lubrication system for reduced maintenance downtime and enhanced productivity.

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