SCV Tilt Lock Down Self Centering Vice

SCV Tilt Lock Down Self Centering Vice Specification

Tool Type
Self Centering Vice

Application
Industrial

Material
Ductile iron

Automatic Grade
Manual

Feature
Stable Performance

SCV Tilt Lock Down Self Centering Vice Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
2-10 Days

Main Domestic Market
All India

About SCV Tilt Lock Down Self Centering Vice

The U 350 SCV Tilt Lock Down Self Centering Vice is a premium industrial tool designed for maximum stability and precision. Made from durable ductile iron, this manually operated vice ensures stable performance even under demanding conditions. Its self-centering feature provides seamless alignment of the workpiece, reducing time and effort during operations. The tilt lock-down mechanism offers secure positioning, making it suitable for intricate industrial applications. Precision-crafted using robust materials, the U 350 SCV is an ideal choice for professionals seeking reliability and efficiency. Perfect for workshops and manufacturing environments, this vice guarantees consistent performance and a long service life.

FAQs of U 350 SCV Tilt Lock Down Self Centering Vice:

Q: What is the primary function of the U 350 SCV Tilt Lock Down Self Centering Vice?

A: The primary function is to securely hold and center the workpiece, ensuring alignment and stability during industrial operations.

Q: What material is used in the construction of this vice?

A: It is constructed using high-quality ductile iron for added durability and performance.

Q: Is this vice manually operated?

A: Yes, the U 350 SCV is designed for manual operation, providing users with full control over its functionality.

Q: Can this tool withstand heavy-duty industrial applications?

A: Yes, its stable performance and robust material make it ideal for demanding industrial tasks.

Q: What makes the U 350 SCV unique compared to other vices?

A: Its tilt lock-down mechanism and self-centering design offer superior precision and secure positioning, making it highly efficient for industrial use.