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Precision machine vises for CNC milling, machining centers and repeat workholding setups.

Milling Vises & Machine Vises

KORRETTO machine vises are used on vertical machining centers, horizontal machining centers and 5-axis machining centers for stable workpiece clamping. The range includes standard precision vises, quick-load vises, auto-centering vises, double-station vises, multi-workpiece vises and 5-axis vises. Selection should consider jaw opening, workpiece height, table layout, cutter clearance, clamping force, repeatability and production volume.

Standard Precision Vise

Standard Precision Vise

Product type
Standard milling vise / machine vise.
Typical applications
General CNC milling, drilling, boring and machining center workholding.

A practical vise for common prismatic workpieces. Check jaw width, jaw opening, table slot layout and workpiece height.

Quick-Load Precision Vise

Quick-Load Precision Vise

Product type
Quick-change / quick-load milling vise.
Typical applications
Frequent part changeover, small batches and repeat fixture setups.

Designed to reduce setup time when workpieces are changed frequently. Confirm clamping range and workpiece access.

Auto-Centre Vise

Auto-Centre Vise

Product type
Self-centering vise.
Typical applications
Symmetrical parts, 5-axis setups and center-location milling.

The jaws move toward the center to help locate the workpiece around its centerline.

Multi Workpiece Vise

Multi Workpiece Vise

Product type
Multi-station vise.
Typical applications
Batch machining, multiple small parts and compact table layouts.

Allows multiple parts to be clamped in one setup, subject to cutter clearance and table size.

5-Axis Vise

5-Axis Vise

Product type
Low-profile 5-axis vise.
Typical applications
5-axis machining, side access, compact fixtures and complex part milling.

Low-profile clamping improves tool access and helps reduce interference during 5-axis machining.

Quick Selection Table

RequirementStart with
General milling workholdingStandard Precision Vise
Frequent setup changeQuick-Load Precision Vise
Centered clamping of symmetrical partsAuto-Centre Vise
Two parts in one setupDouble Station Vise
Multiple small parts per cycleMulti Workpiece Vise
Maximum tool access on 5-axis machines5-Axis Vise

How to Select a Milling Vise

  1. Confirm the machine table layout
    Check table size, T-slot spacing, mounting direction and fixture height before choosing the vise.
  2. Check jaw opening and workpiece height
    The jaw opening must cover the workpiece size, while the vise body and jaw height must leave enough cutter clearance.
  3. Choose the right station layout
    Single-station vises are simple and flexible. Double-station and multi-workpiece vises improve productivity when parts are repeatable.
  4. Consider centering requirements
    Auto-centering vises help locate symmetrical workpieces around the centerline, especially in 5-axis and repeat milling setups.
  5. Review rigidity and interference
    Heavy cutting requires a rigid vise and stable mounting. 5-axis machining requires attention to tool, spindle and vise-body interference.

FAQ

What is the difference between a milling vise and a bench vise?

A milling vise or machine vise is designed for machining centers and milling machines. It must provide accurate location, stable clamping and suitable table mounting. A bench vise is a general workshop tool and is not used as a precision CNC workholding device.

When should I use a 5-axis vise?

A 5-axis vise is useful when the workpiece needs better side access, reduced interference and compact clamping on a 5-axis machine.

What is an auto-centering vise used for?

An auto-centering vise clamps from both sides toward the center, helping keep symmetrical workpieces centered during repeated setups.

When is a double-station or multi-workpiece vise suitable?

It is suitable when parts are repeatable and the machine table can hold multiple workpieces without tool interference.

What information should I provide for vise selection?

Provide the workpiece drawing, table size, T-slot layout, machining process, required accuracy, cutter access and expected production volume.

Email: qzy@korretto.com