TOS B40U/1000 Cylindrical Grinder

Price 8000 INR/ Piece

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TOS B40U/1000 Cylindrical Grinder Specification

Product Type
Cylindrical Grinder

General Use
Grinding cylindrical surfaces

Material
Metal components

Type
TOS B40U/1000 Cylindrical Grinder

Capacity
1000 mm

Computerized
No

Automatic
No

Control System
Manual

Drive Type
Mechanical

Grinding Diameter
Up to 400 mm

Grinding Length
1000 mm

Spindle Speed
Variable

Feature
Precision grinding for cylindrical components

Color
Green

About TOS B40U/1000 Cylindrical Grinder

TOS B40U/1000 Cylindrical Grinder

TOS-Hostiva (Czech Republic) make Universal Cylindrical Grinding Machine in excellent working condition. The model of the machine is B40U/1000 and it is equipped with Internal Grinding Attachment.

The technical details are as follows -

Make - TOS-Hostivar (Czech Republic)
Model - B40U/1000
Center Height - 205 mm
Max. Diameter of Job - 400 mm
Max. Length of Job - 1000 mm
Grinding Wheel Size - Diameter 500 mm x 75 mm Width
Work-Head Speeds - 15 rpm to 375 rpm

Features:

Equipped with Internal Grinding Attachment.
Complete with Coolant Tank & Pump.
Machine is in excellent working condition.

Video link - https://youtu.be/1GE0FCXwT0o

Manual Precision Grinding for Versatile Applications

The TOS B40U/1000 Cylindrical Grinder excels in delivering accurate cylindrical grinding for metal components. Featuring manual controls, it allows skilled operators to tailor the process for unique requirements, ideal for industries where precision is paramount. Capable of handling up to 1000 mm length and 400 mm diameter, this mechanical grinder accommodates a wide range of cylindrical workpieces.

Mechanical Reliability and Operator Control

With a mechanical drive system and absence of computerization, the TOS B40U/1000 offers steadfast reliability and allows users to directly control grinding parameters. Variable spindle speeds enhance adaptability for different material characteristics, while manual operation ensures consistent results through operator expertise. This makes it particularly suited for custom grinding tasks and low-to-medium volume production.

FAQs of TOS B40U/1000 Cylindrical Grinder:

Q: How does the TOS B40U/1000 Cylindrical Grinder ensure precision in grinding operations?

A: The manual control system empowers operators to finely adjust settings according to the specifications of each component, resulting in highly accurate and uniform cylindrical surfaces. Its robust mechanical construction minimizes vibration, further enhancing grinding consistency.

Q: What is the typical process for using the TOS B40U/1000 Cylindrical Grinder?

A: Operators securely mount the metal workpiece and manually set the grinding parameters, including spindle speed and feed rate. The grinder is then engaged to create a precise and smooth cylindrical finish over lengths up to 1000 mm, using mechanical drives and variable speeds.

Q: When is the TOS B40U/1000 most beneficial in industrial settings?

A: This grinder is most advantageous when high-precision, manual control is required for cylindrical metal components, particularly in small to medium batch production, custom orders, or prototype work where automation is not necessary.

Q: Where can the TOS B40U/1000 Cylindrical Grinder be integrated within manufacturing workflows?

A: It can be placed in workshops, tool rooms, and factories, especially those managed by exporters, importers, manufacturers, and suppliers in India who deal with metal fabrication and engineering applications requiring cylindrical grinding.

Q: What materials are suitable for processing with this cylindrical grinder?

A: It is designed primarily for grinding ferrous and non-ferrous metal components. The robust construction and variable spindle speeds allow efficient processing of various metal alloys commonly used in engineering and manufacturing.

Q: What benefits does manual operation provide compared to automated grinding solutions?

A: Manual operation offers enhanced flexibility and direct operator control, making it easier to adjust for unique geometries or specific project requirements, while reducing reliance on automation and lowering maintenance complexities.

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