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Armature Under Cutting Machine

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Armature Under Cutting Machine Specification

Drive Motor
Single Phase AC Motor

Product Type
Armature Undercutting Machine

General Use
For Undercutting the Mica between Commutator Segments of Armature

Material
Mild Steel Body

Type
Undercutting Machine

Capacity
Up to 50 Armatures/Hour

Weight (kg)
Approx. 45 kg

Computerized
No

Automatic
No; Manual

Cutting Speed
1400 rpm

Cutting Function
Commutator Undercutting for Armature

Cooling System
No Cooling System Required

Drive Type
Belt Driven

Voltage
220 V AC, 50 Hz Single Phase

Dimension (L*W*H)
600 mm x 350 mm x 450 mm

Feature
Robust Construction, Precision Cutting, Easy Operation

Color
Industrial Green & Silver

Motor
0.5 HP Electric Motor

Mechanical Precision
0.01 mm

Software Detail
Not Required (Manual Operation)

Cutting Method
Saw Blade Undercutting

Control System
Manual

Cutting Material
Mica between Commutator Segments

Cutting Area
Armature Commutator Undercut Section

Armature Under Cutting Machine Trade Information

Payment Terms
Others

Supply Ability
Piece

Delivery Time
Week

Packaging Details
CARTON BOX

Main Domestic Market
Delhi

About Armature Under Cutting Machine

Armature Under Cutting Machine

Backed by dexterous workforce and sound infrastructure unit, we are able to manufacture and supply optimum quality Armature Under Cutting Machine. Our knowledgeable professionals manufacture these industrial machines using advance production technology and best-grade raw materials that enhance their performance. Our skilled and diligent workforce has rich domain knowledge, which helps us in conducting our business proceedings in streamlined and prompt manner. Fabricated using optimum grade stainless steel, our offered Armature Under Cutting Machine is highly acclaimed of its following attributes:

Precise functioning
Rugged construction
Corrosion-resistant
Dimensional accurate

Precision and Robust Construction

This undercutting machine is engineered for durability with a mild steel body, ensuring stability during operation. Its robust build minimizes vibration, contributing to its excellent 0.01 mm cutting precision, essential for optimal commutator performance and long-term armature health.

User-Friendly and Efficient Operation

Designed for manual operation, the machine is easy to use and requires no complex software or computerized controls. Its belt-driven system and 0.5 HP electric motor allow for smooth, consistent cutting. Handling up to 50 armatures per hour, it enhances productivity while maintaining high quality.

Versatile Application

Ideally suited for repairing or manufacturing electric motors in workshops or small-scale production facilities, this armature undercutting machine efficiently removes mica between commutator segments using a saw blade. Its moderate size and weight facilitate easy installation and movement within the workspace.

FAQs of Armature Under Cutting Machine:

Q: How does the Armature Under Cutting Machine operate?

A: The machine uses a belt-driven system powered by a 0.5 HP single-phase AC motor. Operators manually position the armature, and a saw blade precisely undercuts the mica between commutator segments. The control is entirely manual, offering users full oversight of the process.

Q: What is the primary function of this machine?

A: Its main function is to undercut the mica insulation found between the commutator segments on armatures, preparing the components for efficient electrical operation and extending their service life.

Q: When is this machine typically used during armature servicing?

A: The machine is used after commutator turning or resurfacing, once the overall armature is cleaned and inspected, to ensure the mica is properly recessed below the commutator segments for optimal electrical contact.

Q: Where can this undercutting machine be used?

A: It is suitable for use in motor repair shops, manufacturing plants, and any facilities in India requiring precise armature maintenance or production. Its manageable size and weight make it portable for various industrial environments.

Q: What are the benefits of this undercutting machine?

A: Key benefits include robust construction for long-term reliability, high cutting precision, fast processing of up to 50 armatures per hour, and straightforward manual operation without the need for additional software or cooling systems.

Q: What process does the machine use for undercutting?

A: The machine employs a saw blade undercutting method, which delicately removes the mica from between commutator segments without damaging the copper, helping maintain commutator performance.

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We are dealing only in Delhi, NCR regions.