► ITM | Double Vice

Precision Workholding for Accurate Machining & Repeatable Results Machining accuracy doesn’t fail at the cutter — it fails at the hold. When a workpiece shifts even slightly under load, tolerances drift, surface finish degrades & scrap rates climb fast. In milling, drilling & fabrication, poor clamping doesn’t just slow the...

Precision Workholding for Accurate Machining & Repeatable Results

Machining accuracy doesn’t fail at the cutter — it fails at the hold. When a workpiece shifts even slightly under load, tolerances drift, surface finish degrades & scrap rates climb fast. In milling, drilling & fabrication, poor clamping doesn’t just slow the job — it leads to rework, tool damage & inconsistent results across every pass.

ITM double vice systems are engineered to eliminate that risk through balanced, dual-point clamping. Designed for precision machining, these double milling vice setups apply even pressure across the workpiece, reducing deflection & maintaining alignment under load. Whether you're running a machine vice on a mill or setting up repeat jobs in a workshop, this system improves consistency, reduces setup time & delivers reliable results. Positioned within Shop Presses & Vices, supported by Fabrication Tools & Workholding & integrated into stable setups with Workbenches, these vices are built for serious machining environments.

Clamping performance is about control, not just force. Uneven pressure creates vibration, tool chatter & dimensional inaccuracy. That’s why experienced operators secure mounting with Mounting Hardware, verify alignment using Measuring & Layout Tools & support additional holding setups with Clamps & Vises when required. In real workshop conditions, One Year On The Tools Lessons Learned highlights how setup consistency directly impacts long-term output & efficiency.

Designed for Trade, Workshop & Industry

Built for stable, repeatable workholding in precision machining environments.

  • Dual clamping reduces workpiece movement under load

  • Improves tolerance accuracy across machining operations

  • Minimises vibration & tool chatter

  • Enhances surface finish quality

  • Built for continuous workshop & production use

Shop Double Vice by Category

Precision Double Vices

Designed for tight tolerances & fine machining work.

 ► Even clamping pressure for accurate positioning
 ► Ideal for milling, drilling & precision work
 ► Improves dimensional consistency

Heavy-Duty Double Vices

Built for larger workpieces & high-force applications.

 ► Handles increased clamping loads
 ► Suitable for fabrication & heavy machining
 ► Maintains stability under pressure

Adjustable Double Vices

Flexible setups for varying material sizes.

 ► Adjustable jaws for different workpieces
 ► Improves versatility across jobs
 ► Maintains consistent clamping alignment

Industrial Double Vices

Engineered for repeat production environments.

 ► Designed for repetitive machining workflows
 ► Maintains setup consistency across batches
 ► Improves operational efficiency

For expanded workholding capability, pairing with Clamps & Vises allows additional stabilisation across complex setups, while correct fastening selection is covered in Fastener Guide Bolts Screws Anchors for improved setup accuracy.

Why Tradies Choose Double Vice Systems

Machining accuracy depends on consistent workholding. A properly configured double vice Australia setup delivers the stability required for precise, repeatable results across every job.

  • Maintains tight tolerance accuracy during machining

  • Reduces setup variation across repeat jobs

  • Improves surface finish consistency

  • Minimises vibration & tool wear

  • Increases efficiency across production workflows

  • Supports safer, more controlled machining

In precision environments, poor clamping increases scrap rates & can lead to tool damage — even small clamping inconsistencies can compound across multiple parts, affecting overall machining accuracy.

Built for Real Trade Applications

Automotive & Mechanical

Used for holding components during precision machining & repair work.

Construction & Site Work

Supports fabrication tasks where stable clamping improves cutting accuracy.

Engineering & Fabrication

Critical for machining where tolerance accuracy & repeatability are essential.

Maintenance & Industrial

Used in production environments to maintain consistency across multiple parts.

How to Choose the Right Double Vice

  • Choose precision vices for tight tolerance machining
  • Select heavy-duty models for larger materials
  • Ensure compatibility with your machine table
  • Prioritise clamping accuracy over raw force
  • Match vice size to workpiece dimensions

Keep your setup organised with Tool Storage to ensure tools remain accessible & protected between jobs.

Trade Tip

Always check parallel alignment before tightening — even slight misalignment can affect tolerance accuracy, surface finish & tool life.

Best Selling Double Vice

  • Precision double vices
  • Heavy-duty double vices
  • Adjustable double vices
  • Industrial double vices

Why Buy ITM Double Vice from Industrial Shed

Industrial Shed supplies workholding equipment built for real machining environments where precision & reliability matter.
✔ Trade-grade vices designed for continuous machining use
✔ Reliable stock availability across Australia
✔ Fast dispatch to keep operations running
✔ Proven performance in fabrication & machining
✔ Competitive pricing without sacrificing accuracy
✔ Local support from experienced trade specialists

Lock Precision In, Every Pass

When tolerance, finish & efficiency matter, the right double vice Australia setup keeps your workpiece stable, aligned & ready for accurate machining every time. Industrial Shed backs every order with Same Day Dispatch so you’re not waiting on critical equipment, while Tool & Equipment Care ensures long-term performance across your setup. Built for Australian workshops — reduce scrap, improve finish & machine with confidence using a precision vice setup that delivers consistent results.

Frequently Asked Questions

It applies even pressure across two points, reducing deflection & improving machining accuracy.

Yes, stable clamping reduces vibration & tool chatter, resulting in cleaner finishes.

Yes, precision double vices are commonly used in CNC setups for consistent repeatability.

Usually due to uneven clamping pressure or incorrect setup.

Yes, consistent positioning allows faster repeat setups across multiple parts.

Longer or irregular workpieces that require balanced pressure across the surface.

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