PSTVP Pin Type Precision Sine Tool Vice

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MOQ : 1 Unit

PSTVP Pin Type Precision Sine Tool Vice Specification

Hardness
55-60 HRC (Vice body and jaws)

Mounting Type
Plain Base for direct mounting

Resolution
As per gauge block stack

Application
Precision angle measurement, tool & die clamping, inspection, grinding and EDM machining

Specimen Size
Up to 70 mm jaw opening

Usage
Industrial

Product Type
PSTVP Pin Type Precision Sine Tool Vice

Accuracy
0.005 mm

Material
Steel

Equipment Type
Pin Type Precision Sine Tool Vice

Measuring Range
0-60 using slip gauges

Dimension (L*W*H)
4 Inch (in)

Color
White

Automation Grade
Manual

Max Height
75 mm

Power Supply
Not Required (Manual Operation)

Features
Pin type construction, precisely ground surfaces, strong clamping, accurate sine angle setup

Machine Weight
7.5 kg (approx.)

Test Width
75 mm

Control Mode
Manual

PSTVP Pin Type Precision Sine Tool Vice Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
100 Units Per Week

Delivery Time
1 Week

About PSTVP Pin Type Precision Sine Tool Vice

Buy the commanding PSTVP Pin Type Precision Sine Tool Vice-a masterful device engineered for precision clamping and angle measurement. Top features include a wondrous 75 mm jaw width, an impressive 70 mm jaw opening, and an expertly hardened alloy tool steel body. This vice is distinguished by its precision-ground, lapped finish, and screw-operated clamping with accurate guides. Redeem accuracy and durability for all your industrial needs, from inspection to EDM machining. Supplied in protective foam or box packaging, it ensures secure delivery and long-term corrosion resistance.

Key Application Areas & Material Strengths

The PSTVP Pin Type Precision Sine Tool Vice is ideal for tool and die clamping, inspection, grinding, EDM machining, and precise angle measurement. Its alloy tool steel construction, hardened to 55-60 HRC, delivers durability and remarkable wear resistance. This vice is suitable for use in demanding industrial environments where accurate sine angle setup and secure workpiece holding are vital. Its strong clamping and pin type build ensure stability for measurement and machining processes.

Delivery Time, Domestic Reach & Protective Packaging

Expect masterful outlay and commanding protection as your PSTVP Pin Type Precision Sine Tool Vice is dispatched across India's main domestic markets. The vice arrives in a robust protective box or foam packing, safeguarding its wondrous precision surfaces. Delivery is prompt, ensuring minimal downtime for your operations. Each packaging detail is engineered to maintain the vice's immaculate finish and structural integrity, so you can purchase with confidence and immediately elevate your machining precision.

FAQ's of PSTVP Pin Type Precision Sine Tool Vice:

Q: How does the PSTVP Pin Type Precision Sine Tool Vice ensure accurate angle setups?

A: The vice features precision-ground and lapped surfaces, along with a pin type construction and accurate sine center, enabling users to achieve precise sine angle setups using slip gauges.

Q: What materials and finish contribute to the vice's longevity?

A: Crafted from alloy tool steel hardened to 55-60 HRC, the vice features a corrosion-resistant, precision-ground, and lapped finish, ensuring durability and wear resistance even in demanding environments.

Q: Where can the PSTVP Sine Tool Vice be used most effectively?

A: It is especially suited for industrial applications such as tool and die clamping, inspection, grinding, and EDM machining, where precise holding and angle measurement are essential.

Q: What is the process for clamping workpieces in the vice?

A: Workpieces are securely clamped using the screw-operated mechanism with precise guides, allowing manual control and strong, stable holding during machining or measurement.

Q: What are the main benefits of the packaging provided with this vice?

A: The vice is shipped in protective box or foam packing, safeguarding it from damage during transport and retaining its precision-ground surfaces and overall structural integrity upon delivery.

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