MC Series Dual Jaw Synchronous Compact Precision Vise for Simultaneous Double Workpiece Machining
Description
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Dual Synchronous Jaw Equal Force Clamping Mechanism
Internal linked synchronous transmission design ensures the left and right movable jaws advance synchronously with identical clamping pressure. No unilateral offset or uneven compression on paired workpieces, maintaining uniform dimensional tolerance for two parts processed in one cycle, perfectly suited for symmetrical part batch production.
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Solid All-steel Fully Ground Rigid Bed Frame
Integrated thick solid steel frame undergoes multiple stress relief and full surface precision grinding. Ultra-high flatness, parallelism and perpendicularity far exceed standard cast iron vises; strong anti-deformation performance withstands long-term heavy rough milling without loss of precision.
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Super High Heavy-load Clamping Force Design
Reinforced thick trapezoidal screw with force-amplifying torque head delivers maximum clamping force of 4000–4500kg. Sufficient rigid clamping eliminates workpiece vibration and chatter during high-speed heavy stock removal, supporting both rough blank milling and ultra-precision finish machining.
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Multi-range Adjustable Opening for Versatile Workpieces
Three specifications with independent multi-section adjustable opening travel (F1/F2/F3/F4 variable stroke ranges) cover small, medium and large size blanks. 0–150mm / 0–180mm / 0–300mm central adjustable gap adapts to different workpiece thicknesses without replacing extra jaws.
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Optimized Compact Layout for CNC Table Space Saving
Streamlined narrow compact body structure occupies less T-slot table space, allowing multiple vises to be arranged on one machine worktable for ultra-large batch production. Standard through-mount base holes for quick bolt fixing and fixture changeover.
Full Dimension & Performance Specification Table (Unit: mm / kg / cm)
| Model | A Jaw Width | B Total Overall Length | C Bed Effective Length | D Base Width | E Jaw Height | F1 Central Adjustable Gap | F2 Min-Mid Opening 1 | F3 Min-Mid Opening 2 | F4 Min-Max Full Opening | G Mounting Groove Height | Max Clamping Force | NW Net Weight | Outer Packing Size (L×W×H) | Price |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| MC-4" | 102 | 490 | 365 | 133 | 48 | 0–150 | 65–230 | 110–276 | 175–360 | 18 | 4000 | 32 | 560×160×185 | — |
| MC-5" | 130 | 540 | 415 | 150 | 55 | 0–180 | 75–270 | 125–305 | 213–393 | 18 | 4500 | 38 | 640×190×205 | — |
| MC-6" | 160 | 674 | 550 | 163 | 63 | 0–300 | 85–400 | 120–438 | 205–521 | 18 | 4500 | 60 | 760×235×240 | — |
Parameter Explanation
- A: Effective clamping jaw width, core inch-size model identifier
- B / C / D / E: Total outer length, bed working length, base overall width and vertical jaw height
- F1~F4: Multi-section adjustable opening stroke ranges for different workpiece thickness layouts
- G: Height of base T-slot mounting groove
- Clamping Force: Maximum static clamping output under full torque tightening
- NW: Single vise net weight; Packing Size: Export outer carton dimension
Model Naming Rule
MC-[Jaw Inch Size]
- MC: Series code for compact double synchronous station CNC precision Machine vise
- 6": 6-inch standard effective jaw width
Applications
CNC Machining
Ideal for CNC lathe, milling and machining center operations, ensuring high-precision dimensional control and reliable tool holding for mass production.
Quality Control Labs
Suitable for quality inspection departments and calibration labs, providing accurate measurement data to verify product compliance with ISO and industry standards.
Mold & Die Making
Perfect for mold and die workshops, where micron-level precision tools and gauges are essential for complex cavity machining and final inspection.
OEM/ODM Projects
Customizable solutions for OEM and ODM manufacturing partners, offering tailored measuring tools and CNC accessories to meet unique production requirements.
Automotive Manufacturing
Designed for automotive component production lines, ensuring consistent precision and durability in engine parts, transmission components and assembly processes.
Aerospace & Precision Engineering
Ideal for aerospace and defense manufacturing, where ultra-high precision instruments and reliable tool holders meet strict quality and safety requirements.