Tin Component Press Brake

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MOQ : 1 Unit

Tin Component Press Brake Specification

Automation Grade
Semi-Automatic

Strokes Per Min
30-50

Frequency
50 Hz

Features
Heavy-duty construction, Precision guideways, Easy tool change, Low maintenance

Sheet Size
Up to 2000 mm

Stroke Length
100 mm

Voltage
380V-440V

Cutting Size
As per requirement

Bending Strength
Up to 60 Tons

Motor Power
5 HP

Application
Tin Sheet Bending and Component Fabrication

Material
Mild Steel / Stainless Steel

Accuracy
0.1 mm

Color
Blue & White

Surface Finish
Powder Coated

Control System
Manual/PLC based

Worktable Width
Up to 500 mm

Operation Mode
Hydraulic/Mechanical

Safety Features
Overload Protection, Emergency Stop

Body Type
Rigid Welded Steel Frame

Tin Component Press Brake Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

Tin Component Press Brake About

Introducing our Trending and Best-seller Tin Component Press Brake, featured for its extraordinary precision and kingly heavy-duty construction. Designed with a rigid welded steel frame in striking blue & white, this machine offers perfect accuracy up to 0.1 mm and supports sheet sizes up to 2000 mm. Choose from flexible hydraulic/mechanical operation modes and advanced manual/PLC controls. Safety is paramount with overload protection and emergency stops. With a powder-coated finish, low maintenance, and easy tool change, this semi-automatic press brake is ideal for tin sheet bending and component fabrication, providing outstanding performance and reliability.

Primary Competitive Advantages & Applications

Our Tin Component Press Brake stands out with its precision guideways, robust welded steel frame, and heavy-duty strength-making it the perfect choice for tin sheet bending and a variety of component fabrication tasks. Used in industries across India for manufacturing tin containers, industrial parts, and other sheet metal components, it delivers consistent performance and extraordinary reliability. Its semi-automatic functionality ensures users benefit from both accuracy and efficiency, while the overload protection guarantees unrivaled safety during operations.

Sample, Exchange, and Delivery Details

Sample units for the Tin Component Press Brake are available upon proposal approval, enabling firsthand evaluation before full-scale exchange. We ensure safe packaging details and reliable transportation through reputed logistics partners for timely delivery via your specified FOB port. Our packaging process safeguards the machine's kingly design, preventing damage during transit. Detailed exchange terms, including the essential proposal amount, are discussed transparently to facilitate smooth procurement and installation for service providers, manufacturers, and suppliers throughout India.

FAQ's of Tin Component Press Brake:

Q: How does the Tin Component Press Brake ensure workpiece accuracy?

A: The press brake features precision guideways and a rigid welded steel frame, offering extraordinary accuracy up to 0.1 mm for consistent bending and shaping of tin sheets.

Q: What safety features are included with this press brake?

A: The machine is equipped with overload protection and an emergency stop system, providing kingly safety standards for both operators and workspace environments.

Q: Where is the Tin Component Press Brake primarily used?

A: It is widely used in manufacturing, fabrication, and sheet metal workshops across India, perfect for tin sheet bending and diverse component fabrication applications.

Q: What is the process for ordering a sample unit?

A: You can receive a sample unit after proposal approval. Our team will coordinate packaging, transportation, and exchange details to ensure a seamless experience.

Q: What are the benefits of using this press brake for tin sheet fabrication?

A: This trending machine offers exceptional strength, kingly reliability, low maintenance, and precise bending capabilities-resulting in higher productivity and reduced operational downtime.

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