A Legacy of Precision Engineering
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Legacy Of Excellence
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Precision Range
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Precision Assured
ABOUT US
Five Decades of Excellence in High-Performance Workholding and Tooling Solutions
Driving industrial excellence through five decades of precision, innovation, and global engineering expertise.
Since 1972, Unique Industries (India) has stood as a pioneer in precision engineering, delivering elite workholding solutions and machine tool accessories from its manufacturing hub in Jalandhar. Known for unmatched rigidity and dimensional accuracy, the company produces a diverse global range—including heavy-duty machine vices, magnetic chucks, and tilting tables—engineered from high-tensile seasoned cast iron and hardened tool steel. Whether for carpentry, milling, or specialized assembly, every tool in their expansive portfolio is built to meet the most demanding industrial standards.
Common Queries & Support
Everything You Need to Know About Our Industrial Precision Tools
1. What materials are used in the construction of these vices?
Our vices are manufactured from high-grade close-grained cast iron and hardened alloy steel to ensure maximum durability and strength.
5. Do the rotary vices offer a full 360-degree rotation?
Yes, our rotary vices provide a full $360^\circ$ horizontal rotation with a clear scale for precise angular positioning.
6. How do I maintain these tools for long-term use?
We recommend regular cleaning of the lead screw, applying a light coat of anti-rust oil, and keeping the sliding surfaces free of debris.
4. Can the compound sliding table be mounted on any drill press?
The sliding table features a universal mounting slot design, making it compatible with most standard drill presses and milling machines.
2. Are the jaws of the precision vices replaceable?
Yes, most of our precision and machine vices come with hardened, ground, and replaceable steel jaws for extended tool life.
3. What is the accuracy level of your precision and tilting vices?
Our precision tools are engineered with extremely tight tolerances, ensuring perfect parallelism and squareness within microns.