Facom Garage Maintenance Tool Kits

A FACOM Expert Metal Toolbox with 5 Compartments 450-535 mm, E010201 typically refers to a high-quality, durable toolbox designed for professionals or enthusiasts who work with tools in various industries such as construction, automotive repair, or metalworking. The term "expert" suggests that the toolbox is intended for skilled and demanding users who require a robust and efficient tool storage solution. Here are some characteristics commonly associated with an expert metal toolbox: Material: It is constructed from sturdy metal, such as steel or aluminum, to provide durability and protection for tools in harsh working environments. Design: The toolbox is designed for optimal organization, with compartments, drawers, or trays to accommodate different types and sizes of tools. The layout is often well thought out to maximize storage capacity and accessibility. Security Features: Expert toolboxes may include secure locking mechanisms to protect valuable tools and prevent unauthorized access. Portability: Despite being made of metal, these toolboxes are designed to be portable. They often have reinforced handles or wheels for ease of transportation. Resistance to Elements: The toolbox is usually resistant to elements like water, rust, and corrosion, ensuring that the tools inside remain in good condition. Professional Appearance: The toolbox may have a professional and sleek appearance, reflecting its intended use by skilled individuals in various trades. When selecting an expert metal toolbox, it's essential to consider the specific needs of the user and the type of tools they work with to ensure that the toolbox meets their requirements for durability, organization, and security.

A FACOM 2200 N Brake Calliper Piston Pusher, DF.23PB is a tool designed to retract or push back the pistons in a brake caliper. This tool is particularly useful during brake pad replacement or brake system maintenance. When installing new brake pads, it's often necessary to push the caliper pistons back into their housing to create enough space for the new, thicker brake pads. Here are key features and details about a brake caliper piston pusher: Design: The tool typically features a mechanism or set of components designed to engage with the caliper piston and push it back into the caliper housing. Compatibility: Brake caliper piston pushers come in various designs to accommodate different types of calipers and piston configurations. It's essential to choose a tool that is compatible with the specific brake caliper you are working on. Manual or Power-Assisted: Some brake caliper piston pushers are manual tools that require physical effort to operate, while others may be power-assisted or designed to work with a pneumatic tool. Adjustable Size: The tool may have an adjustable feature to accommodate different sizes of caliper pistons. This is important because caliper pistons can vary in diameter. Ease of Use: Brake caliper piston pushers are designed to be user-friendly and make the process of retracting pistons relatively easy, reducing the risk of damaging the caliper or other brake components. Prevents Damage: Using a dedicated piston pusher helps prevent damage to the caliper and the brake system. It ensures a controlled and even retraction of the pistons. Professional and DIY Use: Brake caliper piston pushers are suitable for both professional mechanics and DIY enthusiasts who perform their own brake maintenance. Versatility: These tools are versatile and can be used on various vehicles, including cars, trucks, and motorcycles. Integrated Handle or Attachment Point: The tool may have an integrated handle or attachment point for a ratchet or other tools, making it easy to operate. Safety: Using a brake caliper piston pusher contributes to the safety of the brake system by ensuring that the pistons are properly retracted, allowing for the correct installation of new brake pads. When using a brake caliper piston pusher, it's crucial to follow the manufacturer's instructions and guidelines for proper use. Using the correct tool and following the recommended procedures contribute to the efficiency and safety of brake system maintenance.

A FACOM Pneumatic Disc Brake Piston Pushing/Turning Tool, DF.17-P is a specialized pneumatic (air-powered) tool designed for tasks related to the installation and removal of pistons in internal combustion engines. This tool is particularly useful during engine rebuilding or repair processes when pistons need to be pushed into or turned within their cylinders. Here are key features and details about pneumatic piston pushing/turning tools: Pneumatic Power: These tools operate using compressed air to generate the necessary force for pushing or turning pistons. The pneumatic system provides consistent and controllable power. Pushing Function: The tool is equipped with a mechanism for pushing pistons into their respective cylinders. This is often necessary during engine assembly or when replacing piston rings. Turning Function: Some pneumatic piston tools come with a turning or rotating feature. This is useful for tasks such as positioning pistons correctly, aligning piston rings, or facilitating other engine assembly steps. Adjustable Force: The tool may have adjustable settings to control the force applied during the pushing or turning operation. This allows for precision and prevents damage to engine components. Versatility: Pneumatic piston tools are designed to accommodate different sizes and types of pistons, making them versatile for use in various engine configurations. Safety Features: These tools often incorporate safety features to prevent accidental damage to pistons or other engine components. This may include adjustable depth stops or protective mechanisms. Quick and Efficient Operation: The pneumatic power allows for quick and efficient piston pushing or turning, reducing the time required for engine assembly or disassembly. Compatibility: Pneumatic piston tools are designed to be compatible with a range of engine types and sizes, providing flexibility for use in different automotive applications. Ease of Use: The pneumatic design makes these tools relatively easy to use, especially when compared to manual methods that may require more physical effort. Professional Use: Pneumatic piston pushing/turning tools are commonly used by professional mechanics and engine rebuilders due to their efficiency and precision. Shop Air Supply: These tools require a compressed air supply, and the air pressure can usually be adjusted based on the specific requirements of the task. As with any pneumatic tool, it's important to follow the manufacturer's guidelines for proper use, maintenance, and safety precautions. Using the tool correctly ensures not only efficient engine work but also helps prevent damage to critical engine components.

A FACOM 0 - 4 Bar Digital Brake Bleeder, DF.101 is a specialized tool used in the process of bleeding brake systems in vehicles. Brake bleeding is a maintenance procedure that involves removing air bubbles from the brake fluid to ensure proper brake system function and responsiveness. The digital brake bleeder incorporates digital technology to provide enhanced precision and control during the bleeding process. Here are key features and details about digital brake bleeders: Digital Display: A digital brake bleeder features a digital display that provides real-time information about the pressure in the brake system. This digital readout enhances accuracy during the bleeding process. Pressure Control: Digital brake bleeders allow for precise control over the pressure applied to the brake system. This control is crucial for ensuring that the brake fluid is expelled along with any trapped air bubbles. Automated Operation: Some digital brake bleeders may have automated features that allow for hands-free operation. This can be especially useful when a single person is performing the brake bleeding procedure. Pressure Monitoring: The digital display often includes pressure monitoring, allowing the user to observe changes in pressure and identify any irregularities that may need attention. Compatibility: Digital brake bleeders are designed to be compatible with various types of brake systems, including those with ABS (anti-lock braking system) components. Sealable System: Many digital brake bleeders are designed to create a seal with the brake bleeder valve, preventing air from entering the system during the bleeding process. Efficiency: The digital technology in these bleeders helps streamline the brake bleeding process, making it more efficient and reducing the likelihood of introducing new air into the system. Reservoir Capacity: Some digital brake bleeders come with built-in reservoirs to hold brake fluid during the bleeding process. This can be convenient and reduce the need for additional tools. Versatility: Digital brake bleeders can be used for bleeding the brake system in various types of vehicles, including cars, trucks, motorcycles, and other automotive applications. Professional and DIY Use: While professional automotive technicians commonly use digital brake bleeders, they are also suitable for DIY enthusiasts who prefer to perform their own brake maintenance. Safety: Using a digital brake bleeder can contribute to the safety of the brake system by ensuring that there is no air trapped in the brake lines, which could compromise braking performance. When using a digital brake bleeder, it's essential to follow the manufacturer's instructions and guidelines for proper operation. Regular brake system maintenance, including bleeding, is crucial for vehicle safety and optimal brake performance.

A FACOM 325 mm Vag Timing Kit Petrol Engines No.2, DT.VAG-PTD1 is a specialized tool kit designed for working on the timing system of Fiat diesel engines. Timing kits are used in engine maintenance and repair to ensure proper synchronization of various components, such as the crankshaft and camshaft, to achieve optimal engine performance. Here are the key components and features typically found in a Diesel Engine Fiat Timing Kit: Timing Belt: The kit may include a timing belt, which is a crucial component for synchronizing the rotation of the crankshaft and camshaft in an interference engine. Tensioner: A timing belt tensioner helps maintain the correct tension in the timing belt to prevent slippage or misalignment. Idler Pulleys: Idler pulleys guide and support the timing belt, ensuring it follows the correct path and maintains proper tension. Timing Chain (if applicable): Some diesel engines use a timing chain instead of a timing belt. In such cases, the kit would include a timing chain and related components. Camshaft and Crankshaft Tools: Specialized tools may be included for locking the camshaft and crankshaft in the correct positions during belt or chain installation. Timing Pins or Locking Tools: These tools are designed to lock the engine components in the top dead center (TDC) position, ensuring accurate timing. Water Pump (if applicable): In some cases, a timing kit may include a water pump since it is often replaced during timing belt replacement for preventive maintenance. Gaskets and Seals: The kit may provide gaskets and seals necessary for resealing components that are opened during the timing system work. Bolts and Fasteners: Any specialized bolts or fasteners required for the timing system components may be included. Instructions or Manual: Many timing kits come with instructions or a manual to guide mechanics or individuals through the proper procedure for timing belt or chain replacement. It's important to note that the specific components included in a Diesel Engine Fiat Timing Kit can vary based on the engine model, year, and kit manufacturer. When working on the timing system of an engine, precision is crucial to avoid potential engine damage. If you're considering purchasing a timing kit for a Fiat diesel engine, make sure to check the product description or consult with the seller to ensure that it is compatible with your specific vehicle model and year. Following the manufacturer's instructions and specifications is essential for a successful and accurate timing system repair or maintenance.

A FACOM 325 mm Renault Timing Kit Diesel Engines, DT.REN-D1 is a specialized tool kit designed for working on the timing system of Fiat diesel engines. Timing kits are used in engine maintenance and repair to ensure proper synchronization of various components, such as the crankshaft and camshaft, to achieve optimal engine performance. Here are the key components and features typically found in a Diesel Engine Fiat Timing Kit: Timing Belt: The kit may include a timing belt, which is a crucial component for synchronizing the rotation of the crankshaft and camshaft in an interference engine. Tensioner: A timing belt tensioner helps maintain the correct tension in the timing belt to prevent slippage or misalignment. Idler Pulleys: Idler pulleys guide and support the timing belt, ensuring it follows the correct path and maintains proper tension. Timing Chain (if applicable): Some diesel engines use a timing chain instead of a timing belt. In such cases, the kit would include a timing chain and related components. Camshaft and Crankshaft Tools: Specialized tools may be included for locking the camshaft and crankshaft in the correct positions during belt or chain installation. Timing Pins or Locking Tools: These tools are designed to lock the engine components in the top dead center (TDC) position, ensuring accurate timing. Water Pump (if applicable): In some cases, a timing kit may include a water pump since it is often replaced during timing belt replacement for preventive maintenance. Gaskets and Seals: The kit may provide gaskets and seals necessary for resealing components that are opened during the timing system work. Bolts and Fasteners: Any specialized bolts or fasteners required for the timing system components may be included. Instructions or Manual: Many timing kits come with instructions or a manual to guide mechanics or individuals through the proper procedure for timing belt or chain replacement. It's important to note that the specific components included in a Diesel Engine Fiat Timing Kit can vary based on the engine model, year, and kit manufacturer. When working on the timing system of an engine, precision is crucial to avoid potential engine damage. If you're considering purchasing a timing kit for a Fiat diesel engine, make sure to check the product description or consult with the seller to ensure that it is compatible with your specific vehicle model and year. Following the manufacturer's instructions and specifications is essential for a successful and accurate timing system repair or maintenance.

A FACOM 325 mm Fiat Timing Kit Diesel Engines No.1, DT.FIAT-D1 is a specialized tool kit designed for working on the timing system of Fiat diesel engines. Timing kits are used in engine maintenance and repair to ensure proper synchronization of various components, such as the crankshaft and camshaft, to achieve optimal engine performance. Here are the key components and features typically found in a Diesel Engine Fiat Timing Kit: Timing Belt: The kit may include a timing belt, which is a crucial component for synchronizing the rotation of the crankshaft and camshaft in an interference engine. Tensioner: A timing belt tensioner helps maintain the correct tension in the timing belt to prevent slippage or misalignment. Idler Pulleys: Idler pulleys guide and support the timing belt, ensuring it follows the correct path and maintains proper tension. Timing Chain (if applicable): Some diesel engines use a timing chain instead of a timing belt. In such cases, the kit would include a timing chain and related components. Camshaft and Crankshaft Tools: Specialized tools may be included for locking the camshaft and crankshaft in the correct positions during belt or chain installation. Timing Pins or Locking Tools: These tools are designed to lock the engine components in the top dead center (TDC) position, ensuring accurate timing. Water Pump (if applicable): In some cases, a timing kit may include a water pump since it is often replaced during timing belt replacement for preventive maintenance. Gaskets and Seals: The kit may provide gaskets and seals necessary for resealing components that are opened during the timing system work. Bolts and Fasteners: Any specialized bolts or fasteners required for the timing system components may be included. Instructions or Manual: Many timing kits come with instructions or a manual to guide mechanics or individuals through the proper procedure for timing belt or chain replacement. It's important to note that the specific components included in a Diesel Engine Fiat Timing Kit can vary based on the engine model, year, and kit manufacturer. When working on the timing system of an engine, precision is crucial to avoid potential engine damage. If you're considering purchasing a timing kit for a Fiat diesel engine, make sure to check the product description or consult with the seller to ensure that it is compatible with your specific vehicle model and year. Following the manufacturer's instructions and specifications is essential for a successful and accurate timing system repair or maintenance.

A FACOM Shock Absorber Strut Removal Tool, DLS.40A is a specialized tool designed to assist in the removal of shock absorbers and struts from a vehicle. Shock absorbers and struts are crucial components of a vehicle's suspension system, and they may need to be replaced or serviced over time. The removal process can be challenging due to factors such as tight spaces, rusted components, or the need for controlled compression of the coil spring. A shock absorber strut removal tool is designed to address these challenges. Here are some common features and functions: Spring Compression: One of the critical features of a shock absorber strut removal tool is its ability to compress the coil spring. This is essential for safely removing and replacing the shock absorber or strut, especially when dealing with McPherson struts. Threaded Rod and Clamps: The tool typically consists of a threaded rod and clamps. The threaded rod is turned to compress the coil spring, and the clamps secure the spring in a compressed state. Safety Mechanisms: To ensure safe operation, many tools include safety mechanisms to prevent accidental release of the compressed spring. This may include locking mechanisms or safety hooks. Versatility: Shock absorber strut removal tools are often adjustable and versatile, allowing them to accommodate various sizes of coil springs and different vehicle models. Compatibility: The tool should be compatible with different types of shock absorbers and struts, ensuring its usefulness across a range of vehicle applications. Professional and DIY Use: These tools are used by both professional mechanics and DIY enthusiasts who need to perform suspension-related work on their vehicles. Controlled Decompression: In addition to compression, some tools provide controlled decompression, allowing for a gradual release of tension from the coil spring. It's crucial to follow the manufacturer's instructions and safety guidelines when using a shock absorber strut removal tool. Working with suspension components involves potential safety hazards, and using the right tools is essential for a safe and successful removal process.

The FACOM Spring Compressor Standard Mechanical Set Assorted , U.89M30 is an indispensable tool designed for safely and efficiently compressing coil springs, enabling the removal and installation of suspension components in various automotive and machinery applications. This specialized tool is crucial in tasks such as strut replacement, suspension maintenance, and other scenarios where controlled compression of coil springs is required. The key feature of a spring compressor lies in its design, which allows for the secure and controlled compression of springs to facilitate the disassembly or assembly of suspension components. The core functionality of a spring compressor revolves around its ability to compress coil springs, reducing their height and tension. This is particularly important when working on struts, shock absorbers, or other suspension components where access to mounting points is required. The tool typically consists of two threaded rods with hooks or clamps on either end, which engage with the coils of the spring. As the threaded rods are tightened, the spring compresses, allowing for the safe removal or installation of components. The adaptability of a spring compressor makes it an essential tool in automotive repair shops, where it is commonly used for tasks such as replacing struts, installing suspension components, or addressing issues with coil springs. In machinery maintenance, spring compressors play a role in disassembling and assembling equipment with coil spring components, ensuring a safe and efficient process. One of the primary benefits of using a spring compressor is its ability to provide controlled compression, reducing the risk of injury and damage during the removal or installation of coil springs. The threaded rods allow users to apply uniform pressure, maintaining stability and preventing the spring from becoming unbalanced or shifting unexpectedly. Spring compressors are typically constructed from durable materials such as hardened steel, ensuring strength and reliability under the high forces involved in compressing coil springs. The robust design of these tools contributes to their longevity and suitability for frequent professional use. The inclusion of safety features, such as locking mechanisms and secure clamps, enhances the safety of using a spring compressor. These features prevent the tool from unintentionally releasing tension, providing an additional layer of protection for the user.