Vises

Part Number	Description / PDF	Quantity
304 PanaVise	VISE HEAD 2.25" LOW PROFILE	10
301 PanaVise	VISE 2.25" NYLON JAWS	87
396 PanaVise	VISE 6" RIBBED NEOPRENE JAWS	29
308 PanaVise	BASE MOUNT WEIGHTED	36
311 PanaVise	BASE MOUNT C CLAMP	17
437 PanaVise	VISE HEAD HEAVY DUTY	2
217 PanaVise	PV JR CIRCUIT BOARD HOLDER HEAD	50
305 PanaVise	BASE LOW PROFILE	24
313 PanaVise	HD CLAMPING PANAVISE	0
333 PanaVise	VISE 12" NOTCHED BLADES	13
315 PanaVise	VISE HEAD 12"	14
312 PanaVise	BASE MOUNT PARTS TRAY	35
324 PanaVise	VISE 12" PARTS TRAY	15
385 PanaVise	VISE HEAD 0.50"	4
303 PanaVise	VISE HEAD 2.25" NYLON JAWS	18
220 PanaVise	PV JR CIRCUIT BOARD HOLDER	99
302 PanaVise	LOW PROFILE PANAVISE WORK CENTER	43
380 PanaVise	BASE VACUUM PAD	46
209 PanaVise	VISE 2.88" GROOVED JAWS VAC PAD	8
350 PanaVise	VISE 9" RIBBED NEOPRENE JAWS	14

Vises

1. Overview

ToolsVises are mechanical clamping devices used to secure workpieces during machining, assembly, or inspection. As core fixtures in manufacturing, they ensure stability and precision by preventing unintended movement. Modern vises integrate advanced materials and ergonomic designs to meet demands for automation, high-speed processing, and multi-axis machining.

2. Major Types & Functional Classification

Type	Functional Features	Application Examples
Bench Vises	Fixed base with manual screw drive	Metalworking benches, woodworking
Machining Center Vises	Quick-clamp mechanism with modular bases	CNC milling/drilling operations
Pneumatic/Hydraulic Vises	Automated clamping with pressure regulation	Mass production lines
Angle Vises	Adjustable clamping angles (0-90 )	Welding fixtures, 3D measurement

3. Structure & Components

Typical construction includes:

Base: Cast iron/steel for vibration damping
Jaws: Hardened tool steel with replaceable inserts
Lead Screw: Trapezoidal thread for precise force transmission
Actuation System: Manual handle, pneumatic cylinder, or servo motor
Swivel Base (optional): 360 rotational capability

Advanced models incorporate digital force sensors and quick-change jaw systems.

4. Key Technical Specifications

Parameter	Importance
Clamping Force (kN)	Determines maximum workpiece stability
Opening Capacity (mm)	Defines maximum workpiece size
Stroke Length (mm)	Affects clamping speed and range
Material Hardness (HRC)	Impacts wear resistance
Repeatability ( m)	Critical for precision machining

5. Application Fields

Main industries:

Automotive: Engine block machining
Aerospace: Composite material cutting
Electronics: PCB assembly fixtures
Construction: Steel component welding

Typical equipment integration: CNC lathes, grinding machines, robotic assembly cells.

6. Leading Manufacturers & Products

Manufacturer	Representative Product
Schlueter Tool GmbH	Hydro 160P pneumatic vise (20kN force)
Wilton Tools	3000 Series bench vise with carbide jaws
Mitutoyo America	Precision 5-Axis vise ( 0.002mm repeatability)

7. Selection Recommendations

Key considerations:

Match clamping force to material strength requirements
Verify throat depth for oversized components
Assess automation compatibility (IO-Link, pneumatic interfaces)
Prioritize corrosion-resistant models for wet environments
Consider modular systems for multi-variant production

Example: Automotive brake disc machining requires >15kN force with 300mm opening capacity.

8. Industry Trends

Development directions:

Smart vises with IoT-enabled pressure monitoring
Carbon fiber composite bodies for weight reduction
AI-powered adaptive clamping systems
Quick-swap modular jaw systems
Eco-friendly surface treatments (electroless nickel)