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Tap Extractor Machine

Name: Tap Extractor Machine
Brand: NAKSH ENGINEERS
Price: 60000.0 INR
Availability: InStock

Price 60000.0 INR/ Piece

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MOQ : 1 Piece

Tap Extractor Machine Specification

Power Rating
0.8 kW

Control System
Panel Switches & Analog Meter

Frequency
50/60 Hz

Features
Compact design, Portable, Energy efficient, Safe for operator

Noise Level
Low

Operating Temperature
0C to 45C

Frame Type
Bench-Top

Connectivity Options
Manual Operation, No Network Connectivity

Machine Type
EDM Tap Remover

Accuracy
High Precision

Drive
Electronic/Pulse Discharge

Production Capacity
Up to 25mm broken tap removal

Cooling System
Built-in Cooling Fan

Voltage
220 V AC

Model No
EDM-8C

Lubricating System
Minimal, Electrolyte Liquid Used

Product Type
Tap Extractor Machine

Technology
EDM (Electrical Discharge Machining)

Power Source
Electric

Operating Type
Semi-Automatic

Power
800 W

Surface Treatment
Paint Coated (Yellow & Gray Finish)

Dimension (L*W*H)
Approx. 400 x 220 x 300 mm

Weight (kg)
Approx. 15 kg

Color
Yellow and Gray

Usage & Applications
For removing broken taps, drills, and fasteners from workpieces

Safety Features
Overload protection, Anti-shock design

Electrolyte Type
Tap water or specific EDM liquid

Panel Display
Analog Ammeter & Settings Switch

Max. Removal Depth
Up to 80 mm

Installation Type
Portable & Clamp Mountable Unit

Input Cable Length
Approx. 2 meters (standard)

Application Material
Works on steel, iron, aluminum, copper, hard alloys

Electrode Size Acceptable
1mm - 10mm

Working Speed
Fast Spark Removal, Approx. 2-4mm/min (depends on material)

Compatible Workpiece Size
Flexible, adjustable stand for various workpiece sizes

Tap Extractor Machine About

The Broken Tap Remover Machine (Portable EDM Spark Erosion Machine) is an indispensable, high-efficiency solution engineered for machine shops, tool rooms, and heavy manufacturing units. Designed to overcome the critical challenge of broken taps, drills, studs, and screws stuck inside expensive workpieces, this machine removes broken tools quickly without causing any damage to the internal threads or parent material.

Utilizing advanced Electrical Discharge Machining (EDM) spark erosion technology, the machine vaporizes hard materials like High-Speed Steel (HSS), Tungsten Carbide, and Hardened Steel effortlessly. Its non-contact processing mechanism ensures 100% safety for complex molds, dies, engine blocks, and precision CNC components, saving them from becoming costly scrap.

Key Features & Highlights:

Portable & Compact: Easily transportable and directly mountable onto large workpieces or machine beds.
Precision Extraction: Removes broken tools ranging from M2 to M30+ sizes with high accuracy.
Versatile Applications: Ideal for CNC/VMC machine shops, die-mold makers, automotive component units, and aerospace engineering.
User-Friendly Operation: Features automatic feed mechanism, adjustable power settings, and minimal operator training requirement.

Invest in our Broken Tap Remover Machine to eliminate production downtime, minimize tooling losses, and boost operational productivity in your metalworking facility.

Efficient Tap and Fastener Removal

The EDM-8C Tap Extractor Machine is engineered for the rapid extraction of broken taps and fasteners, delivering high-speed performance and precision through electrical discharge machining. Portable and easy to mount, it accommodates various electrode sizes and workpiece dimensions, ensuring flexibility for diverse industrial and workshop needs.

Advanced Safety and Operator Protection

This tap extractor incorporates advanced safety features like overload protection and anti-shock design, safeguarding users during operation. The robust construction and low noise level further enhance your workspace comfort, while the analog ammeter and simple panel switches offer intuitive control for optimal results.

Versatile Material Compatibility

Designed to work effectively on steel, iron, aluminum, copper, and even hard alloys, the EDM-8C makes tap, drill, and fastener removal feasible from a broad spectrum of workpieces. Its adjustable stand and flexible compatibility ensure seamless adaptation to various tasks and applications.

FAQ's of Tap Extractor Machine:

Q: How does the EDM-8C Tap Extractor Machine remove broken taps or fasteners?

A: The EDM-8C uses the Electrical Discharge Machining (EDM) process, which produces controlled electrical sparks to erode and remove broken metal taps, drills, or fasteners without damaging the parent workpiece. This method enables high-precision removal, even from complex or hardened materials.

Q: What materials can the EDM-8C extractors work on?

A: The machine is compatible with a wide range of materials, including steel, iron, aluminum, copper, and various hard alloys. Its adjustable features make it suitable for diverse industrial and workshop applications.

Q: When should I use this machine for broken tap removal?

A: The EDM-8C is ideal for situations where traditional removal methods risk damaging the workpiece or are ineffective-especially with hardened or precision components. Use it whenever you need fast, precise extraction of broken taps, drills, or fasteners from metal parts.

Q: What is the process for operating the EDM-8C Tap Extractor Machine?

A: To operate, install the machine on a portable or clamp-mounted stand, connect the workpiece, select the appropriate electrode size (1-10mm), fill with suitable electrolyte (tap water or EDM liquid), and adjust settings using the panel switches. The analog ammeter helps you monitor the current while the built-in cooling fan manages operational temperature.

Q: Where can this machine be used?

A: Thanks to its compact, bench-top design and portability, the EDM-8C Tap Extractor can be used in workshops, on-site repair jobs, manufacturing plants, and maintenance departments that require efficient and reliable broken tap or fastener removal.

Q: What are the main benefits of using the EDM-8C Tap Extractor Machine?

A: Key benefits include rapid removal speed (2-4mm/min), high precision, compatibility with multiple metals, operator safety features, energy efficiency, minimal maintenance needs, and flexibility to handle various workpiece sizes-all with low noise and simple manual operation.

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