L.R.S. Micrometric Swivelling Clamp

Key features and benefits of the L.R.S. Micrometric Swivelling Clamp

The L.R.S. Micrometric Swivelling Clamp is a precision tool with remarkable features. It has a micrometric adjustment system that allows for ultra-fine control. This enables users to position objects with extreme accuracy, down to micrometer levels. The swivelling function provides added versatility, allowing for workpieces to be rotated and angled as needed.

One of the key benefits is its ability to hold objects firmly while maintaining precision. It’s suitable for a wide range of applications, from delicate electronics work to heavy-duty machining. Easy to operate, it saves time and effort. Its durable construction means it can withstand regular use. Overall, it offers high precision, flexibility, and reliability for various tasks

Indications for L.R.S. Micrometric Swivelling Clamp

In Precision Machining

• When working on small and intricate parts, the L.R.S. Micrometric Swivelling Clamp is invaluable. For example, in making watch components, it can hold the tiny gears and shafts with precision. The micrometric adjustment allows for exact positioning for milling, drilling, or grinding operations. It can swivel to access different sides of the part without having to reposition it multiple times, saving time and ensuring accuracy.
• In the machining of medical instruments, it helps hold the parts at the correct angles and positions. The fine adjustment is crucial for creating instruments with the required tolerances. For instance, when fabricating surgical scalpels or dental tools, the clamp can hold the workpieces firmly while allowing for precise modifications.

In Electronics Assembly

• When soldering surface-mount components onto circuit boards, the clamp can hold the board at the optimal angle and position. The micrometric adjustment enables the technician to align the components accurately before soldering. It can also swivel the board to access different areas for soldering or inspection, reducing the risk of errors and improving the quality of the assembly.
• In the repair and refurbishment of electronic devices, it can hold the device parts securely. Whether it’s a smartphone screen or a laptop motherboard, the clamp’s ability to adjust and swivel helps in the disassembly and reassembly processes, making it easier to work on the components and increasing the efficiency of the repair work.

How Does The L.R.S. Micrometric Swivelling Clamp Work

The L.R.S. Micrometric Swivelling Clamp functions through a combination of precise mechanical components. The user starts by placing the object to be clamped within the clamp’s jaws. The micrometric adjustment mechanism, often a screw or dial with calibrated markings, allows for fine-tuning of the clamp’s grip.

The swivelling feature is enabled by a pivot joint. This joint allows the clamp to rotate in various directions. Once the desired angle is set, it can be locked in place for stability. The clamp exerts a firm but controlled force on the object, ensuring it stays in position during operations.

The high-quality materials and manufacturing ensure accurate and repeatable adjustments. Whether for delicate or heavy-duty work, the clamp provides the necessary precision and flexibility, enabling users to achieve accurate positioning and a secure hold for a wide variety of applications.

FAQ

Q1: What is the smallest adjustment increment?

A: The smallest adjustment increment can vary depending on the model. Some L.R.S. Micrometric Swivelling Clamps offer an adjustment increment as small as 0.01mm, allowing for extremely precise positioning. Others may have a slightly larger increment, such as 0.05mm or 0.1mm, but still provide high accuracy for most applications.
Q2: How much weight can the clamp hold?
A: The weight capacity differs among models. Basic models might be able to hold up to a few kilograms, while more heavy-duty versions can handle weights ranging from 5kg to 20kg or more. The clamp’s design, materials, and locking mechanism all contribute to its weight-holding capacity.
Q3: Can it be used with irregularly shaped workpieces?
A: It can be used with some irregularly shaped workpieces. If there are areas on the workpiece that can fit within the clamp’s jaws and be gripped, the swivelling and adjustment features can help position it properly. However, for highly complex and asymmetric shapes, additional fixtures or modifications may be required for a secure hold.
Q4: What materials are the jaws made of?
A: The jaws are typically made of hardened steel or a durable alloy. These materials provide the necessary strength and wear resistance to grip the workpiece firmly. Some jaws may have a non-marring coating or surface treatment, such as rubber or plastic overlay, to protect delicate workpieces from scratches or damage.
Q5: How is the swivelling mechanism lubricated?
A: Many clamps use a self-lubricating material or have grease fittings. Self-lubricating bushings or bearings in the swivelling joint reduce friction and wear over time. If there are grease fittings, regular application of a suitable lubricant, as recommended by the manufacturer, helps maintain smooth swivelling.
Q6: Can the clamp be mounted on different surfaces?
A: Yes, it often comes with mounting options. It can be mounted on workbenches, machine tables, or other flat surfaces. Some models have adjustable mounts or brackets that allow for different angles and positions. The surface needs to be stable and able to support the weight and forces involved during clamping.
Q7: What is the accuracy of the swivelling angle?
A: The accuracy of the swivelling angle can be within a few degrees, typically ±1 to ±3 degrees for most models. Higher precision models may achieve an even smaller tolerance, around ±0.5 degrees. This accuracy allows for precise positioning of the workpiece at the desired angle for operations like drilling or milling.
Q8: How do you clean and maintain the clamp?
A: To clean it, wipe off dirt and debris with a clean cloth. For maintenance, check the adjustment and swivelling mechanisms regularly for smooth operation. Lubricate as needed, and inspect the jaws for wear. Any damaged or worn parts should be replaced following the manufacturer’s instructions to maintain its performance.
Q9: Can it be used in a dusty environment?
A: Some models are designed to handle dusty environments. They may have seals or covers to protect the internal mechanisms. However, excessive dust can still affect its performance over time. Regular cleaning and proper storage when not in use are recommended to prolong its life in a dusty environment.
Q10: What is the warranty period for the clamp?
A: The warranty period varies by manufacturer. It can range from one year to several years. During the warranty period, if the clamp has manufacturing defects or malfunctions under normal use conditions, the manufacturer will usually repair or replace it. Check the product documentation or contact the seller for specific warranty details and terms.