FORCE LOGIC™ hydraulic cable crimper crimps connectors in less than 3 seconds with 53 kN of force Revolutionary jaw holds connector for best alignment of cable and connector 2 in 1 solution: crimping jaw can be exchanged for an CU/AL cable cutting jaw Best balanced tool and easiest control due to one hand operation Compact in-line and slim jaw design with 350° rotatable head allows easy crimps, even in narrow spaces PFM™ (Predictive Force Monitoring): Automatically modifies output based on connector, ensuring optimal pressure every time and visualises with a green light Allows crimping of connectors up to 300 mm² Universal die reception to fit most common 60 kN U-Dies (C shaped dies) on the market The tool records & stores every crimp made for professional report building through both ONE-KEY™ app and ONE-KEY™ adaptor ONE-KEY™ tool tracking & security offers a free of charge cloud-based tracking network and inventory management platform for your tools. ONE-KEY™ also features a remote locking functionality Pre-crimp battery check automatically ensures enough charge to complete each crimp Sealed electronics resist harsh environments with dirt, dust and moisture

The Proskit SS-956B Smart Rework Station with Vacuum Pickup is a professional-grade, versatile tool designed for precision soldering and rework tasks, especially in the field of electronics repair, assembly, and prototyping. This station combines advanced features such as a rework station, vacuum pickup, and temperature control in one unit, making it ideal for handling delicate components like surface-mount devices (SMDs), IC chips, and other small electronics components. Key Features: Smart Rework Station: The Proskit SS-956B integrates both hot air rework and soldering iron functions into a single station, allowing for more efficient and controlled soldering and desoldering. This makes it perfect for delicate and complex rework tasks, such as SMD soldering and desoldering, IC replacement, and PCB (printed circuit board) repairs. The hot air function is ideal for desoldering and reflow soldering, while the soldering iron is used for precise, localized soldering work. Vacuum Pickup: The vacuum pickup tool is a standout feature of this station. It helps users safely pick up and place small components, particularly SMDs and ICs, without causing damage or stress to the parts. The vacuum system ensures that delicate components can be handled with care, minimizing the risk of accidental damage during removal or replacement. Digital Temperature Control: The station offers digital temperature control with adjustable heat settings for both the soldering iron and hot air gun. Users can easily set and monitor the exact temperature required for different components and tasks. The temperature control ranges from 200°C to 480°C (392°F to 896°F), providing a wide range of settings for both soldering and desoldering tasks. Hot Air Rework Function: The hot air rework feature uses controlled airflow and precise temperature to reflow solder, making it easier to remove or replace surface-mount components. The station allows users to adjust both the airflow and temperature, providing flexibility for different rework applications. It includes a high-efficiency heating element for fast heating and stable temperature maintenance, ensuring that delicate components are not exposed to excessive heat. Automatic Cooling Function: The station is equipped with an automatic cooling function that activates when the hot air gun is turned off. This feature helps extend the life of the heating element and ensures that the components being worked on are cooled down gradually, reducing the risk of thermal shock. Ergonomic and User-Friendly Design: The ergonomically designed handle on both the soldering iron and hot air gun ensures comfortable operation for extended periods of use. The easy-to-read LCD screen displays real-time temperature information, making it simple to monitor and adjust the settings. The vacuum pickup tool is lightweight and comfortable to handle, making it easier to manipulate and work with small components. Soldering Iron with Adjustable Temperature: The soldering iron included in the station provides precise control over the temperature for detailed soldering tasks. This is especially useful for tasks such as fine-pitch component soldering or board-level repairs. Overload Protection: The station includes overload protection and temperature safety features to prevent overheating and ensure the longevity of the heating elements. This provides extra safety when working with sensitive components or during extended use. Multiple Nozzles for Hot Air Gun: The hot air gun comes with a variety of interchangeable nozzles, allowing users to select the appropriate nozzle size for different tasks, such as precision work on small components or larger rework applications. Complete Set for Rework: The Proskit SS-956B comes with a complete set of accessories, including the vacuum pickup tool, soldering iron, hot air gun, nozzles, and other necessary components to perform both soldering and rework tasks with ease. Applications: Surface-Mount Device (SMD) Rework: The station is ideal for working with SMD components that require precise heat control for desoldering and soldering, such as microchips and resistors. IC Chip Removal/Installation: The vacuum pickup and hot air gun make it perfect for removing and installing IC chips without causing damage. PCB Rework and Repair: This station is designed for working on PCBs, offering both hot air reflow soldering and soldering iron capabilities for detailed repairs. Mobile Phone and Laptop Repairs: It's particularly useful for repairing mobile phones, laptops, and other consumer electronics that often require SMD soldering or rework. Prototyping: The station provides an effective solution for electronics prototyping, especially when working with small, delicate components that need precise handling and heat control. Electronics Assembly: Useful for assembling electronics where components like SMDs need to be placed accurately onto the PCB and soldered. Advantages: All-in-One Functionality: The multi-functional design combines a soldering iron, hot air rework station, and vacuum pickup tool into one compact unit, making it easier for users to perform a wide variety of tasks without needing separate tools. Precise Control: With its digital temperature control, the station provides precise heat management for both soldering and rework tasks, ensuring reliable and high-quality results. Vacuum Pickup Tool: The vacuum pickup tool is a major advantage for handling delicate SMDs and ICs, ensuring that components are picked up and placed without damage. User-Friendly: The LCD display and easy-to-use controls make the station user-friendly, even for technicians who are new to rework or soldering tasks. Energy-Efficient: Features like automatic cooling and overload protection help prolong the lifespan of the station while ensuring safe, energy-efficient operation. Versatility: The ability to work with both small, intricate components and larger components makes this station versatile, suitable for a wide range of electronics repair, assembly, and prototyping tasks. Conclusion: The Proskit SS-956B Smart Rework Station with Vacuum Pickup is a powerful, all-in-one solution for professionals and hobbyists working in electronics repair, assembly, and prototyping. Combining a hot air rework station, soldering iron, and vacuum pickup tool, it offers versatility and precision for a wide range of tasks, from SMD soldering to IC chip handling. With features like digital temperature control, automatic cooling, and vacuum pickup, it ensures high-quality, reliable results while minimizing the risk of damage to delicate components. This station is a valuable addition to any electronics workshop, offering the functionality and ease of use required for effective rework and repair tasks.

The Proskit Fiber Cleaver with Scrap Collector is a specialized tool designed for precisely cleaving fiber optic cables, ensuring clean and smooth cuts that are essential for fiber optic splicing and installation. It features a built-in scrap collector that helps manage fiber waste, keeping the workspace clean and organized. This tool is ideal for professionals working in telecommunications, data networks, and other fiber optic applications. Key Features: High Precision Cleaving: The cleaver is engineered to deliver precise and clean cuts on fiber optic cables. Its sharp blade ensures a straight, smooth cleave, which is essential for successful fiber optic splicing and achieving low splice loss. This precision is critical to ensure the fibers align correctly during splicing for optimal signal performance. Built-in Scrap Collector: One of the standout features of the Proskit Fiber Cleaver is the scrap collector. This feature helps contain the small fiber offcuts and dust produced during cleaving, reducing the mess in your workspace. It also minimizes the risk of fiber contamination, making the cleaving process more efficient and cleaner. Durable Blade: The cleaver is equipped with a high-quality, durable blade designed for longevity. This ensures the tool maintains its performance over time, providing consistent cleaving quality. The blade is replaceable, making it easy to maintain the tool for continued use. Adjustable Cleaving Mechanism: The cleaver includes an adjustable cleaving angle, allowing users to fine-tune the cleave depth and alignment based on the specific fiber optic cable being worked with. This feature adds flexibility and versatility for working with different fiber types and sizes. Ergonomic Design: The tool is designed for ease of use with an ergonomic, compact, and lightweight build. Its comfortable handle allows users to work for extended periods without experiencing hand fatigue, making it ideal for both fieldwork and workshop applications. Wide Compatibility: The Proskit Fiber Cleaver is compatible with various fiber optic cable types, including both single-mode and multi-mode fibers. Its versatility makes it suitable for different fiber optic applications, such as network installations, repairs, and testing. Applications: Fiber Optic Splicing: Used to cleave fiber ends before performing splicing, ensuring a clean, smooth surface for an optimal splice. Telecommunications and Networking: Ideal for professionals working on telecommunications infrastructure or fiber optic network installations. Fiber Optic Testing and Maintenance: Used for preparing fiber optic cables for testing, ensuring proper cable termination. Data Centers: Essential for preparing fiber optic cables in data centers, where high-speed and reliable connections are necessary. DIY Fiber Optic Projects: Useful for hobbyists working with fiber optic cables for personal or home networking projects. Advantages: Clean, Precise Cleaving: Ensures that the fiber optic cable is cleaved accurately, providing a smooth, flat surface for splicing, which reduces splice loss and enhances network performance. Efficient Scrap Management: The built-in scrap collector keeps fiber waste contained, making the workspace cleaner and more organized. Durable and Long-Lasting: The high-quality blade and construction of the tool ensure it can handle regular use, providing consistent, reliable cleaving results. User-Friendly: Its ergonomic, compact design makes it easy to handle and operate, even for extended periods, ensuring comfort and control. Versatility: Compatible with various fiber types and sizes, this cleaver is versatile for different fiber optic applications, making it a valuable tool in any technician's toolkit. Conclusion: The Proskit Fiber Cleaver with Scrap Collector is a high-quality, precision tool designed for fiber optic cable preparation. It provides clean, accurate cleaves, essential for successful splicing and installation. The inclusion of a scrap collector adds convenience and ensures a tidy workspace, while the tool's durable construction and ergonomic design make it a reliable choice for professionals working in fiber optic networks, telecommunications, and data centers. Whether you're a seasoned technician or a DIY enthusiast, this cleaver is an excellent tool for achieving optimal results in fiber optic projects.