Crystal Magnetic Square Block — AA-1935
Specifications
For: AA-1935- Series
- AA-193
- Pull Capacity
- 75 Kg
- Clamping Range (Ø D)
- 8–75 mm
- V-Angle
- 120°
- Accuracy
- ±5 microns
- Magnetic Surfaces
- 2
- Size
- 75x75x75 mm
Configurations
Click a row to switch| Variant | Series | Size | Clamping Range (Ø D) | Pull Capacity | Price |
|---|---|---|---|---|---|
| AA-1935 | AA-193 | 75x75x75 mm | 8–75 mm | 75 Kg | ₹6,245 |
| AA-1936 | AA-193 | 100x100x100 mm | 10–80 mm | 100 Kg | ₹10,691 |
| AA-1937 | AA-193 | 150x150x150 mm | 10–110 mm | 125 Kg | ₹16,500 |
Maintenance & Care
- Keep magnetic surfaces clean from debris
- Wipe down with dry cloth after each use
- Store in a dry environment to prevent rust
- Avoid dropping to maintain surface accuracy
- Check magnet strength periodically
- Do not expose to extreme heat sources
- Lubricate moving parts if applicable
- Inspect for chips or damage before use
- Handle with care to avoid pinching hazards
- Follow manufacturer guidelines for storage
Operational Benefits
- Improves setup speed for machining tasks
- Reduces manual clamping errors significantly
- Allows for quick positioning of workpieces
- Enhances safety by securing parts firmly
- Saves time on alignment and calibration
- Consistent results across multiple batches
- Reduces scrap due to misalignment issues
- Supports both manual and automated workflows
- Increases throughput in production environments
- Provides confidence in measurement data
Construction & Durability
- Made from high-grade hardened steel materials
- Ground surfaces ensure flatness and accuracy
- Strong permanent magnets provide secure holding
- Resistant to wear from frequent use
- Coated finish protects against rust and corrosion
- Precision manufactured for long service life
- Withstands high vibration environments
- Maintains magnetic strength over time
- Built to handle industrial workshop conditions
- Quality control ensures consistent magnetic pull
Precision Applications
- Supports precision machining / inspection work
- Essential for setting up parts at 90-degree angles
- Used in welding jigs and fixture alignment
- Suitable for quality control and measurement tasks
- Helps maintain accuracy during milling operations
- Reduces setup time for repetitive manufacturing
- Provides stable reference surfaces for gauging
- Minimizes workpiece movement during cutting
- Enhances overall process reliability
- Trusted by engineers for critical alignment needs
Product Series & Configuration
- Available in Series AA-193 for consistent quality
- Designed for precision machining and inspection work
- Standard configuration includes 3" Square Block
- Robust design ensures reliable performance in workshops
- Ideal for holding workpieces securely during operations
- Compatible with standard magnetic holding systems
- Versatile solution for various industrial setups
- Engineered to meet high tolerance requirements
- Easy to integrate into existing production lines
- Reliable hold strength for heavy duty tasks
More questions buyers ask
What is the Crystal Magnetic Square Block used for?
The Crystal Magnetic Square Block is primarily used for precision machining and inspection work. It is essential for setting up parts at 90-degree angles, holding odd-shaped parts for grinding, and maintaining accuracy during milling operations.
What is the accuracy of the Crystal Magnetic Square Block?
The Crystal Magnetic Square Block offers an accuracy of ±5 microns for flatness, parallelism, and squareness, ensuring highly precise results for your machining tasks.
What material is the Crystal Magnetic Square Block made of?
It is constructed from high-grade hardened steel materials, with ground surfaces to ensure flatness and accuracy, providing long-lasting durability.
Does the magnetic block require an external power source?
No, it features strong permanent magnets that provide secure holding power without the need for an external electrical power source.
How do I turn the magnetic force on and off?
The block is equipped with a convenient ON and OFF switch, allowing you to easily engage and disengage the magnetic pull for quick positioning and removal of workpieces.
Which surfaces of the block are magnetized?
The Crystal Magnetic Square Block typically has 3 magnetized faces: the top and both sides, providing versatile holding options for various setups.
Can it hold round or irregular shapes?
Yes, the magnetic square block, especially models with a Vee, is ideal for holding round or irregular shapes securely during grinding or inspection.
How should I maintain the magnetic square block?
Keep the magnetic surfaces clean from debris, wipe it down with a dry cloth after each use, store it in a dry environment to prevent rust, and avoid dropping it to maintain surface accuracy.
Is the block resistant to rust?
Yes, it features a coated finish that protects against rust and corrosion, enhancing its lifespan even with frequent use.
What are the operational benefits of using this magnetic block?
It improves setup speed, significantly reduces manual clamping errors, allows for quick positioning, enhances safety by securing parts firmly, and ensures consistent results across multiple batches.
Who should choose the 3" Square Block (AA-1935)?
The 3" Square Block (AA-1935) is ideal for professionals working with smaller workpieces or in confined spaces where a compact yet highly accurate magnetic holding solution is required.
Who should choose the 4" Square Block (AA-1936)?
The 4" Square Block (AA-1936) is a versatile middle-ground option, perfect for medium-sized machining and inspection tasks that require a balance of size and holding power.
Who should choose the 6" Square Block (AA-1937)?
The 6" Square Block (AA-1937) is best suited for heavy-duty applications and larger workpieces, offering maximum surface area and magnetic pull for secure clamping during demanding operations.
What is the main difference between the AA-1935, AA-1936, and AA-1937 models?
The primary difference lies in their physical size and corresponding magnetic pull. The AA-1935 is a 3-inch block, the AA-1936 is a 4-inch block, and the AA-1937 is a 6-inch block. Larger blocks offer greater holding capacity for bigger workpieces.
How does the price vary across the different sizes?
The price increases with the size of the block. The 3" model is the most affordable, followed by the 4" model, while the 6" model is the most expensive due to its larger size and higher material and magnetic capacity.
Can I use the 3" block for the same tasks as the 6" block?
While both offer the same ±5 microns accuracy, the 3" block may not have sufficient magnetic pull or surface area to securely hold the larger, heavier workpieces that the 6" block is designed to handle.