Products

INTIG 202 & 250 Pulse Digital Inverter Based MMA/TIG/PULSE Tig Welding machine General Information: Digital Inverter Based MMA / TIG / Pulse TIG Welding Machine INTIG PULSE Series machines are microprocessor controlled fully Digital lGBT Inverter based arc welding power source with advanced inverter technology. They are widely used for DC MMA, DC TIG & DC PULSE TIG welding In mild steel, alloy steel, stainless steel, copper & Titanium. Features: Advanced inverter technology, hence more reliability. Micro controller based technology for precise setting of welding parameters Under voltage, Over voltage, Phase absence and over heat protection. Digital preset of all welding parameters. High Efficiency, Better power factor. Built In High Frequency. 2/4 Step function. Built in gas control solenoid valve. Optional Accessories: Water circulation System, TIG Torch, Gas Regulator and remote controller. Basic Outfits: Power Source with wheels & Remote Socket for Torch Trigger Switch. Model : INTIG-202 Pulse : INTIG-250 Pulse Input Power (KVA): 7.5 : 9.8 Welding Current Range (A): 5-200 : 5-250 Peak/Base Current (A): 5-200 : 5-250 Start/Stop Current (A): 5-200 : 5-250 Weight (Kg): 19 : 23 Duty Cycle: 60% : 60% Dimensions (LxWxH mm): 530 x 240 x 400 : 530 x 270 x 420 Input Supply: 230V Single Phase 50Hz : 380-440 V 3-Phase 50 Hz Open Circuit Voltage (V): 75 : 75 Insulation Grade: H : H Up/Down Slope Time (Sec): 0-10 : 0-10 Pre Gas Time (Sec): 0-5 : 0-5 Post Gas Time (Sec): 0-60 : 0-60 Pulse Frequency (Hz): 0.2-99.9 : 0.2-99.9 Pulse Duty Cycle (%): 5-100 : 5-100 Efficiency at full load (%): 89 : 89 Power Factor: 0.95 : 0.95

INTIG 350 AC/DC OUTFIT AND INTIG 501 AC/DC OUTFIT General Information: DIGITAL INVERTER BASED AC/DC SQUARE WAVE TIG WELDING MACHINE INTIG-AC/DC Series machines are microprocesser controlled fully digital IGBT inverter based arc welding power source with soft switching technology. They are widely used for DC TIG, DC PULSE TIG / AC Square wave TIG and AC Square Wave Pulse TIG welding in various metals including Al. and Mg alloy. Features: Advanced Soft Switching technology, hence more reliability. Micro controller based technology for precise setting of welding parameters. Under voltage, Over Voltage, Phase absence and over heat protection. Digital preset of all welding parameters. Memory channels to store parameters. High efficiency, Better power factor. Light Weight but high duty cycle. Built in High Frequency.. Gas Check Facility. 2/ 4Step function. 14 ltrs.Water tank made from heat resistant PVC material. Specially designed Vortex Pump with brass body. Three Stage copper tube cooling radiator combined with separate. High Speed fan ensures efficient heat transfer to keep the torches cool. Water level indication. High Speed Cooling fan for Water Circulation Unit. Basic Outfits: Power Source with Wheels Water Cooling System Tig torches 4/8 mtrs. Regulator + Flowmeter Flowswitch Earthing Cable with clamp Trolley Starter Kit Remote socket for Torch Trigger Switch. Optional Accessories: Wired Remote Controller Model: INTIG-350 AC/DC OUTFIT : INTIG-501 AC/DC OUTFIT Peak / Base Current (A): DC 10-350 / AC 20-350 : DC 10-355 / AC 20-500 Input Power (KVA): 11 : 19.5 Open Circuit Voltage (V): 70-80 : 70-80 Max Welding Current (MMA/TIG): MMA 255 / TIG 350 : MMA 400 / TIG 500 Dimensions (L × W × H) mm: 1010 x 400 x 1340 : 1010 x 400 x 1380 Weight (Kg): 110 : 122 Input Supply: 380-440 V 3-Phase 50 Hz (Power Source), 230 V Single Phase 50 Hz (Water Circulation Unit) : 380-440 V 3-Phase 50 Hz (Power Source), 230 V Single Phase 50 Hz (Water Circulation Unit) Duty Cycle (%): 60% (40°C & 10 Min Standard) : 60% (40°C & 10 Min Standard) Efficiency (%): 85 : 85 Gas Pre Flow (Sec): 0-5 : 0-5 Post Gas Flow (Sec): 0-20 : 0-20 Up Slope Time (Sec): 0.1-10 : 0.1-10 Down Slope Time (Sec): 0.1-15 : 0.1-15 Pulse Frequency (Hz): 0.2-99.9 : 0.2-99.9 Pulse Duty Cycle (%): 10-90 : 10-90 AC Welding Frequency (Hz): 20-200 : 20-200 Power Factor: 0.9 : 0.9

INTIG 400 ID Inverter Based MMA/TIG Welding Machine General Information INTIG-ID Series machines are microprocessor controlled fully Digital lGBT Inverter based arc welding power source with soft switching technology. They are widely used for DC MMA, DC TIG welding In mild steel, alloy steel, stainless steel, copper & Titanium. Features: Advanced technology,hence more reliability Micro controller based technology for precise setting of welding parameters Under voltage, Over voltage, Phase absence and over heat protection. Digital preset of all welding parameters. High Efficiency, Better power factor. Light Weight but high duty cycle. Built in High Frequency. 2/4 Step function. Optional Accessories: Water circulation System, TIG Torch, Gas Requlator and remotecontrol. Basic Outfits: Power Source with Wheels & Remote Socket for Torch Trigger Switch Model: INTIG 400 ID Input Power (KVA): 18.4 Welding Current Range (A): 5–400 Start/Stop Current (A): 5–400 Duty Cycle: 100% Weight (KG): 43 Dimensions (LxWxH) mm: 600 x 320 x 590 Input Supply: 380~440V 3-Phase 50Hz Supply Open Circuit Voltage: 75 Volts Insulation Grade: H Efficiency at full load (%) : 89 Up/Down Slope Time (Sec.): 0 ~ 10 Power Factor: 0.9 Pre Gas Time (Sec.): 0 ~ 5 Post Gas Time (Sec.): 0 ~ 60

The BDS MABasic 50 Magnetic Drilling Machine is a powerful, compact and reliable solution designed for professional metalworking, steel fabrication, structural construction, industrial maintenance and on-site drilling applications. With a 50 mm core drilling capacity and 55 mm maximum cutting depth, the MABasic 50 is engineered to deliver precise and efficient drilling performance on ferromagnetic materials. Its powerful 1150 W motor, two-speed gearbox and Morse Taper 2 (MT2) spindle provide excellent versatility for both core drilling and twist drilling applications. The machine combines a robust construction with a compact 13 kg design, making it easy to transport and suitable for applications where mobility and drilling performance are equally important. Key Features 50 mm Maximum Core Drilling Capacity 55 mm Maximum Cutting Depth 1150 W Powerful Motor for reliable drilling performance Two-Speed Gearbox with approximately 250 and 450 RPM operating speeds Morse Taper 2 (MT2) Spindle for versatile tooling Up to 18 mm Twist Drilling Capacity 160 mm Spindle Stroke for flexible drilling operations Directly Mounted Coolant Tank for efficient cooling during drilling Permanent Internal Lubrication for smooth and reliable operation Compact 13 kg Construction for easy transportation Conveniently Positioned Controls for easy operation Designed for both core drilling and twist drilling applications

The BDS MABasic 40 Magnetic Drilling Machine is a compact, powerful and reliable drilling solution designed for professional metalworking, fabrication, construction, installation and maintenance applications. Engineered with a robust pillar-type sliding system, the MABasic 40 provides smooth movement, enhanced drilling accuracy and long-term durability. With a 40 mm core drilling capacity, 55 mm maximum cutting depth and a powerful 1100 W motor, the MABasic 40 delivers dependable performance even in demanding industrial environments. Its compact and lightweight construction makes it easy to transport and operate, making it an excellent choice for both workshop and on-site drilling applications. Key Features 40 mm Core Drilling Capacity for efficient hole making 55 mm Maximum Cutting Depth for versatile drilling applications 1100 W Powerful Motor for reliable performance Pillar-Type Sliding System for smooth and precise operation 160 mm Working Stroke for greater drilling flexibility Keyless Quick-Change Tool Holder for faster tool changes 19 mm Weldon Tool Holder for secure tool mounting Overload Protection to help protect the motor and extend service life Permanent Internal Lubrication for smooth operation and reduced maintenance Lightweight 12 kg Design for convenient transportation and on-site use Designed in Germany with a focus on precision, durability and professional performance

Laser CleaningMachine is an industrial-grade laser cleaning solution engineered for fast, precise, and non-abrasive surface preparation. Its non-contact cleaning technology effectively removes rust, oxides, paint, coatings, and surface contaminants without chemicals, abrasive media, or direct contact with the workpiece. Ideal for pre-weld preparation, coating removal, maintenance, inspection, and restoration, LaserClean Pro delivers clean, ready-to-process surfaces within seconds for welding, recoating, bonding, and non-destructive inspection. Key Benefits Non-contact & non-abrasive: Minimizes tool wear and substrate damage. High precision: Enables selective cleaning at micron-level precision. Chemical-free process: No chemicals, water, abrasives, or blasting media required. Low operating cost: Eliminates consumables and reduces preparation rework. Fast & efficient: Rapid removal of rust, paint, oxides, and contaminants. Environment-friendly: No chemical emissions or secondary waste stream; fine particulates and vapors can be managed with suitable fume extraction or shop filtration. Delicate-part friendly: Suitable for thin sheet panels, precision-machined components, aged assemblies, and weld-adjacent areas. Automation-ready: Can be integrated with robotics and conveyor systems.

Our Intelligent Robotic Welding Solution for Power Tower Feet combines advanced robot control technology, 3D vision technology, edge computing, and optimized welding processes to deliver fast, accurate, and efficient automated welding. Designed specifically for multi-variety and small-batch power tower foot components, the system minimizes the challenges of conventional robotic welding, including lengthy teaching times, high programming costs, inconsistent quality, and increased labor requirements. Key Features 3D Vision-Based Intelligent Recognition for accurate workpiece identification and welding positioning. Automated Welding Process that reduces manual intervention and improves production efficiency. CNC Dual-Axis L-Type Positioner with vertical and horizontal axis movement for flexible workpiece positioning. Heavy-Duty Helical Gear & High-Precision Slewing Support for smooth and stable rotation. RV High-Torque, High-Precision Reducer designed for demanding robotic welding applications. Large-Inertia Brake Servo Motor for precise and reliable positioning. Special Fast-Clamping Chuck for quick, firm, and secure workpiece clamping. Accurate Displacement & Positioning to ensure consistent welding quality and operational safety. Extended Service Life through robust mechanical construction and precision components. Benefits The solution enables manufacturers to replace repetitive manual welding with intelligent automation, reducing labor dependency while improving welding consistency, productivity, positioning accuracy, and overall production efficiency. It is an ideal solution for power tower manufacturers and steel fabrication industries looking to achieve flexible, reliable, and intelligent welding automation for complex and diverse components.

The Cut to Length Line is a high-precision metal coil processing system designed for uncoiling, straightening, measuring, cross-cutting, and stacking metal sheets to the required length. It is suitable for processing a wide range of materials, including cold-rolled and hot-rolled carbon steel, stainless steel, tinplate, silicon steel, and coated metal sheets. Designed for high productivity and consistent accuracy, the line provides efficient sheet processing with reliable length control, straightness, and clean cutting performance. It can be configured according to material type, thickness, sheet dimensions, production capacity, and automation requirements. Cut to Length Line Classification 1. Based on Material Thickness Thin Plate Cut to Length Line: 0.1–3.0 mm processing thickness Thick Plate Cut to Length Line: 3.0–6.0 mm processing thickness 2. Based on Material Type Copper Strip Cut to Length Line Stainless Steel Cut to Length Line Cold-Rolled Steel Cut to Length Line Silicon Steel Cut to Length Line Tinplate Cut to Length Line 3. Based on Automation Level Fully Automatic Cut to Length Line Semi-Automatic Cut to Length Line Key Features High-precision length cutting Efficient coil-to-sheet processing Accurate straightening and feeding Consistent sheet dimensions Automatic or semi-automatic operation Suitable for various metal materials and thicknesses Reliable stacking for further manufacturing processes Applications: The Cut to Length Line is widely used in steel service centers, transformer manufacturing, electrical industries, automotive components, metal fabrication, and general sheet-metal processing.

The Raintech Slitting Line is a high-precision coil processing system designed for slitting and cutting metal coils into strips of various widths, followed by recoiling into smaller coils for subsequent manufacturing processes. It is suitable for processing a wide range of materials, including tinplate, galvanized steel, silicon steel, cold-rolled steel, stainless steel, aluminum, and other metal strips. The system is widely used in transformer, motor, electrical, automotive, and general metal processing industries where accurate and efficient coil slitting is required. The slitting line can be configured according to material thickness and application requirements, with solutions available for thin-plate and thick-plate slitting applications. Key Features High-precision coil slitting and recoiling Suitable for various metal coil materials Flexible strip-width processing Stable and efficient continuous operation Accurate tension and alignment control Scrap winding system for clean processing Hydraulic shearing and automatic feeding Suitable for thin and thick metal sheets Ideal for transformer, motor and electrical industries Work Processing Coil Preparation → Uncoiling → Pinching → Hydraulic Shearing → Loop Bridging → Straightening → Slitting → Scrap Winding → Loop Bridging → Tail Pressing → Separating → Tensioning → Press-Bur Rollers → Hydraulic Shearing → Feeding → Pressing → Recoiling → Discharging The Raintech Slitting Line delivers reliable performance, precision cutting, and efficient coil handling, making it an ideal solution for modern metal strip processing requirements.

The SWZ Series CNC Drilling Machine is designed for high-precision drilling of H-beams, channel steel, box sections, and structural steel components. Equipped with 3 spindle units on the upper, left, and right sides, it efficiently performs web and flange drilling with high accuracy and productivity. Key Features 8 CNC axes with high-precision servo motors 3-spindle drilling system for web and flange processing Hydraulic spindle feeding and roller in-feed system AutoCAD drawing compatibility for direct workpiece processing High-speed, high-precision drilling performance Automatic scrap and cutting-fluid collection system for cleaner and recyclable operation Applications Ideal for steel structures, bridges, 3D parking garages, petrol platforms, and general structural steel fabrication, helping manufacturers improve throughput, accuracy, and profitability.

The CNC Drilling & Milling Machine is a high-performance solution engineered for precision drilling and milling of steel structures, connection plates, anchor plates, flanges, tube sheets, and other heavy-duty industrial components. Designed with a rigid construction, precision-guided movement, and advanced CNC technology, the machine delivers high accuracy, excellent stability, and reliable long-term performance. Key Features Heavy-Duty Integrated Bed & Worktable Fabricated from high-quality welded steel plates and subjected to double tempering and heat treatment for effective stress relief, enhanced rigidity, and reduced vibration during drilling. Rigid & Stable Machine Structure The integrated bed and worktable construction helps minimize resonance, improve machining stability, and extend the service life of alloy drilling tools. Precision CNC Guideways Each longitudinal bed is equipped with precision guide rail pairs and a high-quality CNC slide table for smooth, accurate, and repeatable movement. Precision Ball Screw Drive High-precision ball screw assemblies ensure accurate positioning and controlled movement along the machine axes. Heavy-Duty CNC Gantry The mobile gantry features a rigid box-type welded structure with double heat treatment for improved strength and dimensional stability. High-Performance Servo System Large-inertia AC servo motors provide powerful and precise gantry movement, supporting high positioning and repeatability accuracy. Applications It is ideally suited for: Steel structure connection & anchor plates Steel towers and bridge components Structural steel fabrication Machining applications Tube sheets, baffles & flanges Petrochemical industries Pressure vessels Heavy engineering components

The Multi-Specification Storage Shelf Roll Forming Machine is a professional and high-efficiency equipment tailored for the mass production of storage shelf components. As a key production tool in the warehousing, logistics, and manufacturing industries, it is engineered to transform metal coils (such as galvanized steel, cold-rolled steel) into various core components of storage shelves, including uprights, beams, crossbars, and laminates. What distinguishes this machine is its excellent multi-specification adaptation capability, which can flexibly meet the production needs of different types of storage shelves (heavy-duty, medium-duty, light-duty) by simple adjustments, greatly improving the versatility and cost-effectiveness of production lines. It integrates advanced mechanical transmission, intelligent control, and precision forming technologies, ensuring that the produced shelf components have uniform dimensions, high structural strength, and smooth surfaces. Suitable for large-scale warehousing enterprises, shelf manufacturing factories, and logistics centers, this machine is an ideal choice to realize automated, standardized, and efficient production of storage shelves.Storage rack is widely applied in storage and logistic industry. Our roll forming machine can continuously and automatically produce the racks. Meanwhile, the industry is developing, more and more customized parts from storage and logistic industry can be produced from roll forming machines. Manufacturing Processes: Transmission mode: Main motor → Gear reducer → Drive bevel gear box → Clutch → Lower roller shaft of the archway.