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Manual PCB Insertion Conveyor – MPI 350D (Double Side) Overview of Manual PCB Insertion Conveyor – MPI 350D (Double Side) – by Estovir Technologies The Manual PCB Insertion Conveyor – MPI 350D (Double Side) by Estovir Technologies is an advanced manual PCB assembly conveyor designed for efficient double-sided insertion, inspection, and testing of printed circuit boards in ESD-sensitive environments. Its central free-flow conveyor allows operators to work from both sides simultaneously, enabling faster throughput and optimized production workflow. Equipped with adjustable PCB width (50–350 mm), ESD-safe trays, and modular accessories, the MPI 350D is built to enhance productivity while maintaining safety and ergonomics. Key Features of Manual PCB Insertion Conveyor – MPI 350D (Double Side) Double-Side Workstation Central conveyor allows operators to work from both sides for higher productivity. Improves assembly line flow by reducing idle time and handling effort. Both-Side Bin Strip for Efficient Component Handling Equipped with bin strips on both sides of the conveyor, allowing organized storage and quick access to components. Each side supports 16 bins (total 32 bins capacity), and the conveyor is supplied with 16 standard bins for use. Adjustable PCB Width (50–350 mm) Quick manual adjustment supports various PCB sizes without complex tools. Ensures seamless changeovers for multi-product manufacturing lines. Enhanced ESD-Safe Design ESD mats and grounding points on both sides protect sensitive components. Minimizes static-related defects during assembly and testing. Optimized Material Handling Dual trays, bin strips, and shelves keep components organized and accessible. Reduces operator movement and speeds up component insertion. Ergonomic Operator-Friendly Layout Comfortable working height (850 mm) helps reduce operator fatigue. Wide access zones on both sides improve accuracy and ease of use. Durable & Reliable Structure Rugged aluminium (40×40) or powder-coated steel frame ensures long service life. Designed to withstand continuous industrial use with minimal maintenance. Integrated Productivity Accessories Display steel boards on both sides allow easy placement of drawings and instructions. Optional add-ons like task lighting, cooling fans, and power sockets enhance usability. Applications of Manual PCB Insertion Conveyor – MPI 350D (Double Side) The MPI 350D is engineered to streamline manual through-hole assembly and inspection workflows in modern electronics manufacturing. Its central conveyor design allows operators to work efficiently from both sides, boosting productivity and reducing handling time. The ergonomic layout and ESD-safe construction make it ideal for high-precision environments such as automotive, aerospace, and consumer electronics. Double-Side Through-Hole PCB Assembly Manual Component Insertion (resistors, capacitors, connectors) Inspection & Quality Control Stations Testing and Verification Lines Automotive & Aerospace PCB Assembly Consumer Electronics Manufacturing Industrial PCB Assembly Workflows Why Choose the Manual PCB Insertion Conveyor – MPI 350D (Double Side) from Estovir Technologies? Selecting the right conveyor system is crucial for ensuring efficiency, operator comfort, and component protection. Estovir Technologies combines ergonomic engineering, durable construction, and ESD protection to deliver conveyors that boost productivity. The MPI 350D is designed for high-demand assembly lines requiring double-sided operations and provides unmatched customization and after-sales support. Specialized for Double-Side Manual PCB Insertion & Assembly ESD-Safe Construction for Sensitive Electronics Strong Aluminium/Steel Build for Long-Term Durability Optimized Workflow for Faster Production Output Ergonomic Design for Operator Comfort and Efficiency Fully Customizable Dimensions & Accessories Reliable Support from Estovir Technologies’ Expertise

Pneumatic Wire Stripping Machine – PWZ 310 Overview of Pneumatic Wire Stripping Machine – PWZ 310 The Pneumatic Wire Stripping Machine – PWZ 310 is a compact yet powerful solution for fast, efficient, and precise stripping of wires. Designed with a delicate and ergonomic structure, it is simple to operate while delivering industrial-grade performance. Suitable for small to medium coarse multiconductor cables, telephone lines, computer lines, and power cords, the PWZ 310 ensures superior results in various industrial applications. With synchronous torsion functionality, it not only strips wires but can also perform twisting operations, effectively doubling efficiency and improving quality compared to conventional machines. Affordable, robust, and user-friendly, the PWZ 310 stands out as the preferred choice for professionals seeking high-performance wire stripping and forming machines. Key Features of Pneumatic Wire Stripping Machine – PWZ 310 High-Precision Stripping Adjustable stroke length up to 100 mm for different wire sizes. Consistently clean stripping results with minimal material waste. Wide Cable Compatibility Handles multiconductor cables, telephone lines, computer cables, and power cords. Supports coarse and fine wires up to Ø15 mm, including side-by-side stripping. Robust & Durable Build Equipped with a double-acting air cylinder for smooth operation. Industrial-grade components ensure long-lasting reliability. User-Friendly & Ergonomic Compact and delicate design makes operation simple and reduces fatigue. Easy adjustment for diameter and length, ideal for different cable types. Energy-Efficient Pneumatic Operation Works with 3–7 Kg/cm² air pressure for high output with low energy use. FRL recommended to extend machine life and minimize wear. Twisting & Forming Functionality Multiple synchronous torsion ensures stripping and twisting in one process. Perfect for jumper wire processing, cutting, peeling, and forming. Key Applications of Pneumatic Wire Stripping Machine – PWZ 310 The PWZ 310 is versatile and suitable for a wide range of industrial and commercial uses. Its stripping + twisting capability makes it especially valuable for continuous production lines. Electronics Manufacturing Strips and twists wires for PCB assembly and component connections. Supports delicate computer cables and jumper wire processing. Automotive Industry Prepares multiconductor and thick round cables for harness assembly. Ensures consistent quality for safety-critical automotive wiring. Cable & Wire Harness Production Ideal for power cords, side-by-side stripping, and bulk processing. Improves productivity with high-speed, accurate stripping and twisting. Industrial Automation Compatible with continuous production systems for wire processing. Enhances efficiency in assembly lines requiring repetitive stripping. Why Choose Pneumatic Wire Stripping Machine – PWZ 310? Investing in the PWZ 310 means choosing a machine that combines affordability with superior performance. Unlike other similar products, it delivers twisting + stripping functionality in one, improving productivity while keeping costs under control. Proven Reliability Double-acting air cylinder ensures smooth and consistent operation. Designed for small, medium, and industrial-scale production. Superior Performance Outperforms similar machines with multi-function stripping + twisting. Affordable pricing without compromising on efficiency. Compact & Efficient Design Small footprint fits easily into workshops and production floors. Lightweight yet durable construction for long-term use. Versatile Operation Handles telephone lines, computer cables, power cords, and jumper wires. Supports both coarse multiconductor and delicate fine cables. Backed by Expertise Trusted brand support from Estovir Technologies. Availability of service, parts, and technical guidance for long-term use.

Wave Soldering Machine – WSM 350 DC (Carrier Type) Advanced Dual-Wave Solution for High-Quality PCB Assembly | Estovir Technologies The Wave Soldering Machine – WSM 350 DC (Carrier Type) is a next-generation solution for modern PCB assembly lines, engineered to deliver unmatched productivity, reliability, and precision. Designed for mass PCB soldering production, it offers consistent solder joints, reduced defects, and maximum throughput, making it a trusted choice across automotive, consumer electronics, telecom, industrial equipment, and medical electronics manufacturing. Overview Wave soldering is a proven process where a PCB passes over a continuous wave of molten solder, forming strong, defect-free electrical and mechanical connections. The WSM 350 DC automates this method with dual-wave soldering, advanced PLC control, and efficient preheating, eliminating errors common in manual soldering. By integrating lead-free compatibility, robust conveyors, and intelligent control systems, it ensures faster cycle times, energy efficiency, and superior long-term performance. Key Features Dual-Wave Soldering Technology – Reduces bridging and solder skips, ensuring defect-free solder joints for dense PCBs. Advanced PLC + HMI Touchscreen Control – Real-time monitoring, easy adjustments, and digital control over conveyor speed, solder wave height, and temperature. Energy-Efficient Heating – PID + SSR controlled preheating delivers stable soldering temperatures while minimizing energy costs. Automatic Carrier Conveyor – Adjustable width system supports PCBs up to 340 mm, offering smooth, vibration-free transport. High-Performance Foam Fluxer – Precise 2–5 micron flux application with economy mode, lowering solvent and flux usage. Titanium Alloy Solder Pot – Lead-free compatible, corrosion-resistant, and long-lasting with reliable solder capacity. Efficient Ceramic Glass Preheating – Prevents thermal shock, improves soldering quality, and reduces power loss. Dual Cooling Fans – Ensures proper solder joint solidification, preventing cracks and extending PCB reliability. Integrated Cleaning & Pneumatic System – Finger cleaning unit plus precision air pressure control for consistent, contamination-free soldering. Main Components Solder Bath – Special steel or titanium construction with dual nozzles and economy mode to minimize dross. Pre-Heater – Ceramic glass heating zone with uniform distribution and thermal insulation for energy savings. Fluxing System – High-precision foam fluxer with optional spray fluxing for maximum process control. Conveyor & Carrier – Chain-driven, heat-resistant, and adjustable for different PCB sizes and component profiles. Cooling Fans – Rapid cooling to stabilize solder joints immediately after wave contact. Control Panel – PLC + HMI touchscreen with digital controls for wave height, motor speed, and solder pump. Pneumatic System – Pressure gauge and solenoid valves regulate air for fluxing and solder leveling processes. Applications PCB Assembly Lines – High-speed mass production with reliable soldering. Consumer Electronics – TVs, radios, smartphones, and home appliances. Automotive Electronics – Dashboards, ECUs, and sensor modules requiring long-term reliability. Industrial Automation – Controllers, power supplies, and industrial boards. Telecom Devices – Routers, switches, and networking modules. Medical Electronics – Diagnostic systems and precision healthcare devices. Advantages High-Speed Production – Optimized for large-scale PCB assembly. Defect-Free Joints – Dual-wave technology ensures bridging-free results. Energy Efficient – Smart heating cuts operational costs. Durability – Long-lasting solder pot and robust machine design. User-Friendly – Touchscreen control with simple operation. Low Maintenance – Reliable components minimize downtime. Flexible PCB Handling – Adjustable carrier system supports varied board sizes. Lead-Free Ready – Meets RoHS and modern compliance standards. Standard Accessories (Included) Operation software Heating unit Fingers (10 pcs) Chain lock Fuse & relays Solid state relay Air control valve K-type thermocouple User manual Tool case set Why Choose Estovir Technologies? With years of expertise in electronics manufacturing equipment, Estovir Technologies provides cutting-edge wave soldering solutions, backed by fast delivery, reliable service, and long-term support. The WSM 350 DC ensures efficiency, quality, and durability, making it the perfect partner for modern PCB manufacturing. Wave Soldering Machine, Dual-Wave Soldering, PCB Assembly Equipment, Automatic Wave Soldering, Lead-Free PCB Soldering Machine, High-Speed PCB Manufacturing, SMT and Through-Hole Soldering

Digital Wire Cutting & Stripping Machine – AWS 220 Overview of Digital Wire Cutting & Stripping Machine – AWS 220 The Digital Wire Cutting & Stripping Machine – AWS 220 by Estovir Technologies is a next-generation, high-efficiency solution for modern industrial wire processing. Designed to deliver speed, accuracy, and reliability, it eliminates manual errors while streamlining production. As an automatic wire cutting and stripping machine, it ensures consistent results across high-volume operations, saving time and reducing labor costs. ital Wire Cutting & Stripping Machine – AWS 220 With support for wire diameters from AWG 16 to 32, the AWS 220 handles cutting lengths from 0.1 mm up to 9999 mm and stripping lengths from 0.1 mm to 99 mm. Its dual-wire feeding mechanism allows simultaneous cutting and stripping of two wires, doubling productivity. Equipped with hard tungsten steel blades and a 4-drive system, it ensures long service life and repeatable accuracy.ital Wire Cutting & Stripping Machine – AWS 220 Compact in design (450 × 480 × 340 mm, 32 kg) yet robust in build, the AWS 220 integrates smoothly into electronics assembly, cable harness manufacturing, and industrial automation. With processing speeds up to 3000–8000 pcs/h, it is a reliable choice for industries that demand efficiency, precision, and scalability. Key Features of Digital Wire Cutting & Stripping Machine – AWS 220 High-Speed Precision Flexible Cutting Range: Adjustable from 1 to 9999 mm, suitable for both small wires and long cable production. Accurate Stripping: Stripping length from 1 to 99 mm, compatible with multiple insulation types. Dual-Wire Operation Simultaneous Cutting: Can process two wires at once, significantly improving throughput. Uniform Results: Maintains high accuracy across all wires, even at maximum speed. Durability & Compact Design Strong Build: Uses hard tungsten steel blades and a 4-drive system for stable and long-lasting performance. Space-Saving Design: Lightweight and compact, easy to install in production lines. Energy-Efficient Performance Low Power Use: Operates on 220V AC single-phase supply, ensuring energy savings. Reduced Maintenance: Designed with durable components to minimize downtime. User-Friendly Digital Controls Easy Configuration: Simple digital panel for adjusting length, stripping depth, and processing speed. Operator Comfort: Automated process reduces manual fatigue and errors. Half Stripping Capability Partial Insulation Removal: Supports half stripping for crimping, soldering, and specialized assembly requirements. Higher Flexibility: Eliminates the need for manual adjustments in multi-step production setups. Multiprocessing Functionality Process Multiple Wire Types: Handles different wire materials and lengths within a single cycle. Improved Efficiency: Minimizes downtime by enabling versatile operations in continuous production. Applications of Digital Wire Cutting & Stripping Machine – AWS 220 The AWS 220 is widely used in industries where accuracy, speed, and consistency are critical for productivity. Its versatility makes it suitable for a range of applications, from electronics to heavy industrial manufacturing. Electronics Assembly Lines – Ensures reliable wire cut and strip operations for PCB connections and soldering. Cable Manufacturing & Harness Production – Automates wire preparation for efficient, large-scale harness assembly. Industrial Wire Processing – Handles PVC, and glass fibre cables with precision. Automation & Precision Work – accuracy in both manual assembly and automated systems. Mass Production Environments – Boosts throughput with dual-wire operation and multiprocessing. Why Choose AWS 220? By selecting the AWS 220, manufacturers gain a high-performance wire cutting and stripping machine that delivers both reliability and productivity. Backed by Estovir Technologies’ expertise, it is a trusted tool for industries worldwide. Proven Performance – Delivers high-speed, accurate results in demanding production environments. Durability Assured – Built with strong materials and tungsten steel blades for long-term reliability. Compact & Efficient – Provides maximum output with minimal floor space. Advanced Features – Includes dual-wire operation, half stripping, and multiprocessing for flexibility. Full Support – Backed by expert technical assistance and after-sales service.

Solder Paste Mixer – ET 500 SPM by Estovir Technologies Overview Solder Paste Mixer – ET 500 SPM Estovir Technologies the Solder Paste Mixer – ET 500 SPM, engineered to deliver perfect solder paste consistency before SMT production. Featuring a 45° dual-rotation system, it ensures uniform mixing, bubble removal, and stable viscosity—guaranteeing defect-free soldering results. With its compact design, adjustable mixing time, and built-in safety mechanisms, this mixer is ideal for SMT lines, PCB assembly, and high-precision electronics manufacturing. Key Features of Solder Paste Mixer – ET 500 SPM Dual 45° Rotation System: Ensures uniform paste mixing, bubble removal, and natural viscosity recovery. Adjustable Mixing Time: Set from 01 sec to 99 hrs using a digital LED display. High Capacity: Supports up to 1000g (2 × 500g cans) with Φ60–Φ67 mm diameter. High-Speed Performance: 400 RPM revolution and 150–300 RPM rotation for fast and consistent results. Safe & Reliable: Mixes paste without opening the can lid, preventing contamination and spills. Stable & Low Noise: Designed for vibration-free, quiet operation on production floors. Compact & Durable: Space-saving 400 × 400 × 520 mm design with rugged build. Energy Efficient: Runs on AC 220V, 50Hz, consuming minimal power. Why Choose of Solder Paste Mixer – ET 500 SPM? The ET 500 SPM delivers consistency, speed, and safety—three essentials for SMT assembly. Unlike manual mixing, its automated dual-rotation system provides repeatable results, eliminating human error. It is compact yet powerful, designed for continuous industrial use with minimal maintenance. Whether for domestic or imported solder paste, it ensures your SMT line runs at peak efficiency. Improves soldering quality Reduces defects caused by poor paste consistency Increases throughput with quick 3–5 min mixing Designed for long-term, reliable industrial performance Applications of Solder Paste Mixer – ET 500 SPM The ET 500 SPM Solder Paste Mixer is designed to deliver precise, uniform, and bubble-free solder paste consistency—making it an essential machine for SMT assembly lines and electronics production environments. By ensuring consistent viscosity, it reduces defects in solder joints and improves overall product reliability. Its compact yet high-capacity design makes it suitable for a wide range of industries that require precision soldering and efficient PCB assembly. SMT (Surface Mount Technology) production lines PCB manufacturing & prototyping units Consumer electronics & LED assembly Automotive electronic component manufacturing Telecommunication & networking equipment assembly Industrial and defense electronics production

Loose Radial Lead Cutter – ARP 360 by Estovir Technologies The Loose Radial Lead Cutter - ARP 360 by Estovir Technologies is a compact, high-precision machine engineered for trimming loose radial component leads such as capacitors. Designed for electronics manufacturing units, it delivers clean and consistent cuts, improving productivity and reducing manual effort. With an output of 20–30 pcs/min, this 20 kg benchtop machine is ideal for PCB assembly lines and component preparation in mass production environments. Technical Specification Model: ARP 360 Component Types: Capacitors, LED & Loose Radial Components Component Body Diameter: 3–15 mm Lead Diameter: Ø0.4 – Ø1.0 mm Output Capacity: 20–30 pcs/min Power Supply: 220V AC, 50 Hz Dimensions: 500 × 400 × 450 mm Weight: 20 Kg Key Features of ARP 360 Loose Radial Lead Cutter Efficient Lead Cutting: Automatically trims loose radial component leads with accuracy and speed. Wide Compatibility: Supports body diameters ranging from 3–15 mm and lead diameters from Ø0.4 – Ø1.0 mm. Precision Mechanism: Provides clean, uniform cuts without damaging delicate electronic parts. Compact & Lightweight Design: Small footprint (500 × 400 × 450 mm) makes it easy to place on existing production lines. Durable Build: Industrial-grade materials ensure reliability for continuous use. User-Friendly Interface: Equipped with a simple control panel for quick setup and minimal training. Applications of ARP 360 Loose Radial Lead Cutter The ARP 360 is designed for industries where speed, precision, and reliability are essential in handling loose radial components. Its compact size and high cutting accuracy make it ideal for a wide range of PCB assembly and electronics manufacturing applications. Capacitor and loose radial component trimming in bulk production. PCB assembly lines requiring precise and uniform lead cutting. Consumer electronics manufacturing units. Industrial electronics production where continuous operation is needed. Benchtop cutting solution for small and mid-scale factories. Why Choose ARP 360 Loose Radial Lead Cutter? The ARP 360 by Estovir Technologies is built for manufacturers who need an affordable, compact, and efficient solution for cutting loose radial leads. With its precision cutting mechanism, durable design, and easy operation, it is trusted by professionals across the electronics industry. Accurate and consistent cutting performance. Compact benchtop design suitable for small workspaces. Reliable for continuous operation in production environments. Simple controls for quick setup and user convenience.

Automatic Loose Radial Lead Cutter – ARP 366 by Estovir Technologies The ARP 366 Automatic Loose Radial Lead Cutter by Estovir Technologies is a high-performance machine engineered for capacitor and loose radial component processing. Designed for mass production environments, it automates the trimming of radial component leads with remarkable precision. With an impressive output capacity of 2500–4000 pcs/hr, the ARP 366 boosts productivity while maintaining accuracy and reliability. Built with a sturdy industrial-grade frame, this 145 kg unit is ideal for factory floor integration in large-scale electronics manufacturing. Technical Specfication Model: ARP 366 Component Types: Capacitors, LED & Loose Radial Components Component Body Diameter: 3–15 mm Component Height: 3–18 mm Lead Diameter: Ø0.4 – Ø1.0 mm Output Capacity: 2500–4000 pcs/hr Bowel Feeder Diameter: Ø 380 mm Air Pressure: 30 PSI Power Supply: 220V AC, 50 Hz Dimensions: 830 × 550 × 1100 mm Weight: 145 Kg Components Forming Specification: A (Component Body Diameter): 3–15 mm H (Component Height): 3–18 mm W (Lead Diameter): Ø 0.4 – Ø1.0 mm Key Features of Automatic Loose Radial Lead Cutter – ARP 366 High-Speed Cutting Consistent output of 2500–4000 pcs/hr. Maintains precision without slowing down production. Wide Compatibility Handles body diameters of 3–15 mm and height of 3–18 mm. Supports lead diameters from Ø0.4 – Ø1.0 mm. Precision Mechanism Ensures uniform, damage-free cuts. Optimized for delicate components like capacitors. Heavy-Duty Design Industrial-grade structure for continuous use. Withstands long production cycles without performance drop. Compact & Efficient Integration Small footprint (830 × 550 × 1100 mm) saves space. Easy relocation and setup on existing production lines. Advanced Bowl Feeder System Ø 380 mm feeder bowl ensures stable feeding. Reduces downtime by automating component flow. User-Friendly Operation Equipped with a simple control panel. Quick adjustments with minimal operator training. Applications of Automatic Loose Radial Lead Cutter – ARP 366 Capacitor and loose radial component processing in mass production. PCB and electronics manufacturing lines requiring precise trimming. Consumer electronics component preparation and lead cutting. Industrial electronic assembly units with continuous operations. Automated capacitor packaging and sorting facilities. Automated capacitor packaging facilities Why Choose Automatic Loose Radial Lead Cutter – ARP 366 High-speed cutting with 2500-4000pcs/hrs output. Precise, uniform cuts without component damage. Heavy-duty design for continuous industrial use. Compact footprint for easy production line integration. User-friendly controls for quick setup and operation. Trusted by global electronics manufacturers.

Manual Forming for Taped Axials (Horizontal) – MAP 301 H by Estovir Technologies Estovir Technologies introduces the MAP 301 H—a compact, efficient machine designed for manual forming of taped axial components into a vertical U-shape. The unit is ideal for dense PCB assemblies where horizontal mounting is essential. It is manually operated through a crank, ensuring complete control and precise lead formation. The MAP 301 H is best suited for medium-volume production across electronics, automotive, and assembly industries. Key Features of Manual Forming for Taped Axials (Horizontal) – MAP 301 H High-Speed Output: Delivers an output capacity of up to 18,000 pieces per hour, enabling fast and efficient production. Precision H-Shape Lead Forming: Forms components into a consistent vertical U-shape, ideal for densely populated circuit boards. Manual Crank Operation: Manual operation via crank handle provides enhanced control and accuracy without relying on electricity. Supports Lead Diameters Up to 1.37mm: Accommodates various component sizes, making it highly adaptable to different production requirements. Compact Machine Design: Its compact footprint (250 X 250 X 200 mm) saves space on the production floor. Rugged Industrial Build: Built with durable materials for vibration-free operation and long-term stability in industrial conditions. Quick Changeover Capability: Allows fast pitch and leg length adjustments, significantly reducing downtime during component changeovers. Low Maintenance Requirement: Designed with simplicity in mind, requiring minimal maintenance while maintaining high performance. Why Choose Manual Forming for Taped Axials (Horizontal) – MAP 301 H? The MAP 301 H offers the perfect balance of precision, control, and productivity. Its manual crank operation provides the operator with full control, allowing for fine-tuning and customization during forming. Built with a compact, heavy-duty frame, it supports small-to-mid-scale operations that demand consistency and reliability. Whether you’re handling dense PCBs or varied lead sizes, this machine is engineered to perform. Perfect for small spaces and mobile workstations Eliminates need for electrical setup Ideal for continuous use in industrial environments Easy to operate, adjust, and maintain Designed by Estovir Technologies for long-term value Applications of Manual Forming for Taped Axials (Horizontal) – MAP 301 H MAP 301 H is widely used in manufacturing environments that require Horizontal lead forming: Electronics and PCB manufacturing lines Automotive electronic assembly units Industrial component forming and processing setups Consumer electronics and LED-based systems Component packaging and reshaping facilities Product Type Compatibility: Axial leaded components in taped form Automatic Grade: Manual (non-electric, fully mechanical)

Blade Sharpening Machine – LC G250 by Estovir The Blade Sharpening Machine – LC G250 by Estovir Technologies is engineered to deliver unmatched precision in maintaining and restoring the sharpness of Tungsten Carbide blades – LC TC 250 used in PCB lead cutting machines (like LC A66 & LC M66). Dull blades can cause uneven trimming, PCB surface damage, and increased downtime. Technical Specification Model: LC G250 Blade Compatibility: LC TC 250 Tungsten Carbide (Ø250 mm OD, 70 mm ID, 3.5 mm thickness) Grinding Spindle Speed: 4500 RPM Operation Type: Manual Feed Sharpening Motor Power: ½ HP Power Supply: 220V AC, 50 Hz Machine Weight: 120 Kg Frame Build: Heavy-duty, vibration-free structure Key Features – Blade Sharpening Machine LC G250 Compatible with Tungsten Carbide Blades Specially designed to sharpen tungsten carbide blades used in PCB lead cutting and other industrial cutting machines. Restores the original sharp cutting edge, reducing frequent blade replacement costs and downtime. High-Speed Precision Grinding Powered by a 4500 RPM spindle for smooth, uniform, and accurate sharpening. Ensures clean, sharp edges for consistent PCB trimming while preventing overheating and blade damage. Heavy-Duty & Vibration-Free Design Built with a rigid 120 Kg frame for stability and long service life. Industrial-grade structure supports continuous operation with accuracy and durability. Cost-Effective Blade Management Extends blade life to minimize downtime and maximize ROI. Ensures consistent cutting performance while saving money on frequent blade purchases. Simple & Operator-Friendly Manual feed design for easy handling and quick setup. Requires minimal training, reduces operator skill dependency, and ensures easy maintenance. Easy maintenance with minimal training. Applications of Blade Sharpening Machine – LC G250 PCB Assembly Units – For maintaining sharp blades in continuous trimming operations. Consumer Electronics Manufacturing – Ensures smooth cutting in large-scale device assembly. LED Board Production – Keeps blade edges sharp for delicate LED PCBs. Automotive Electronics – Maintains blade sharpness for high-density, soldered boards. Industrial Electronics – Supports precision cutting requirements in large-scale factories. Why Choose LC G250? Maximizes blade life with professional-grade sharpening. Maintains cutting precision for high-volume production. Robust design built for industrial reliability. Cuts down recurring expenses on blade replacement. A trusted solution from Estovir Technologies, a leader in PCB assembly machinery. Maintenance & Blade Care of Blade Sharpening Machine – LC G250 Regular sharpening maintains blade sharpness and prevents PCB damage. LC TC 250 blades can be re-sharpened multiple times without compromising quality. Proper cleaning and careful handling during installation ensure maximum blade performance.