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Edwards 2015 X 3.25 Mm Sheering Machine

Edwards 2015 X 3.25 Mm Sheering Machine Specification

Product Type
Shearing Machine

General Use
Sheet Metal Cutting

Material
Steel Body

Type
Hydraulic Shearing Machine

Capacity
3.25 mm Maximum Sheet Thickness, 2015 mm Cutting Length

Weight (kg)
2200 kg approx.

Computerized
No

Automatic
Semi-automatic

PLC Control
No

Bar Feeder
No

Power Source
Electric

Power Consumption
Approximately 7.5 kW

Rigidity
High Structural Rigidity

Voltage
415 V

Motor
7.5 HP Electric Motor

Table Size
2015 mm

Axial Choice
Manual

Dimension (L*W*H)
2760 mm x 1400 mm x 1400 mm

Feature
Hydraulic Operation, Precision Shearing, Low Maintenance

Color
Red and Grey

Maximum Shearing Thickness
3.25 mm (mild steel)

Hold Down System
Hydraulic Hold Down Clamps

Blade Length
2015 mm

Back Gauge Range
Up to 600 mm

Operation Mode
Foot Switch or Push Button

Strokes Per Minute
18 - 20

Frame Material
Heavy Duty Welded Steel

Cutting Length
2015 mm

About Edwards 2015 X 3.25 Mm Sheering Machine

*EDWARDS 2015 x 3.25 MM SHEERING MACHINE*

CATEGORY : SHEET METAL
CAPACITY : 2015 x 3.25 MM
Reference No: 3452
Video Link: https://youtu.be/ZP2lN9SQ-3Q

Technical Specifications:

sheet width: 2015 mm
plate thickness: 3.25 mm
distance between columns: 2200 mm
total power requirement: 7.5 kW
dimensions of the machine: 2.55 x 2.3 x 1.4 m

High-Precision Hydraulic Shearing

Achieve clean, precise cuts every time with the Edwards 2015 X 3.25 mm Shearing Machine. Its blade length matches the 2015 mm cutting table, and hydraulic operation ensures smooth, controlled shearing. The built-in hold down clamps provide stable sheet positioning, producing consistently accurate results.

Robust Design for Industrial Use

Manufactured from heavy-duty welded steel, this shearing machine boasts impressive structural rigidity and can handle challenging metalworking tasks. The hydraulic system and steel construction contribute to the machine's durability and low-maintenance operation, making it suitable for continuous industrial use.

User-Friendly and Efficient Operation

Featuring foot switch or push button control, this semi-automatic machine is easy to operate, improving productivity on the workshop floor. The manually adjustable axial choice and up to 600 mm back gauge range provide flexibility for different projects, while the clear PLC-free interface streamlines workflow.

FAQ's of Edwards 2015 X 3.25 Mm Sheering Machine:

Q: How does the Edwards 2015 X 3.25 mm Shearing Machine operate?

A: This hydraulic shearing machine operates via either a foot switch or a push button, enabling hands-free or manual control of the cutting process. The hydraulic hold down clamps secure the sheet while the blade performs a precise, consistent cut.

Q: What materials and thicknesses can the machine cut effectively?

A: The machine is designed to cut sheet metal, specifically mild steel, up to a maximum thickness of 3.25 mm and a maximum cutting length of 2015 mm in one stroke.

Q: When is the best time to use the hydraulic hold down system?

A: The hydraulic hold down clamps should always be engaged during operation to keep the metal sheet firmly in place, preventing slippage and ensuring precise, clean shearing results every time.

Q: Where can this shearing machine be used?

A: The Edwards 2015 X 3.25 mm Shearing Machine is ideal for industrial environments such as manufacturing plants, fabrication workshops, or any facility requiring precision sheet metal cutting. It is widely used by exporters, importers, suppliers, and traders across India.

Q: What is the process for adjusting the back gauge?

A: The manual back gauge can be adjusted up to 600 mm to set the desired cut length. Users can move the gauge by hand to achieve accurate positioning according to specific project requirements.

Q: How does this machine benefit my metalworking operations?

A: With high structural rigidity, hydraulic precision, and a low-maintenance design, this machine increases productivity, ensures consistently accurate cuts, and minimizes downtime, making it an efficient addition to metal fabrication workflows.