TISENG group
Company Information
Products & Services
Salvagnini -Flexible Manufacturing Systems
Salvagnini’s flexible manufacturing systems are the perfect synthesis for cutting-edge factories. Automatically producing different items in sequence will no longer be a problem.
Boschert - Laser - MPL 4020
MPL 4020 CNC Punch-Laser Machine for Large-Format Sheet Metal Processing The MPL 4020 CNC Punch-Laser Machine is a powerful solution for the cost-effective processing of large-format sheet metal. Specifically designed for handling super-size sheets up to 4,000 x 2,000 mm, it enables efficient production with minimal repositioning and reduced setup times. Thanks to its robust construction and advanced CNC technology, the machine is ideally suited for industrial applications that demand high levels of precision, flexibility, and productivity. Maximum Punching Performance and Precision The MPL 4020 delivers a punching force of up to 28 tons (approximately 280 kN) and is capable of processing sheet metal up to 6 mm thick. With a maximum stroke rate of up to 800 strokes per minute, the machine achieves outstanding productivity while maintaining excellent repeatability and accuracy. Its rigid O-frame construction ensures maximum structural stability, resulting in consistently high machining quality. Processing Large Sheets Without Repositioning One of the key advantages of the MPL 4020 is its ability to process large-format sheets without frequent repositioning. Sheets up to 4,000 x 2,000 mm can be machined directly, while an intelligent repositioning system allows even longer sheets to be processed efficiently. This significantly reduces: Setup times Manual intervention Potential sources of error and improves efficiency throughout the entire production process. Flexible Punching, Nibbling, and Forming The CNC punch-laser machine supports a wide range of manufacturing operations, including: Punching and nibbling Forming and embossing Part marking The universal punching head with 360° rotation allows complex geometries to be produced with maximum flexibility. In addition, the active die system enables forming operations on both sides of the sheet, greatly expanding the machine’s application range. Automatic Tool Changing for Maximum Productivity The MPL 4020 is equipped with a fast 12-station automatic tool changer, significantly reducing non-productive downtime. Depending on the configuration, the machine can accommodate up to 96 tools, ensuring maximum flexibility for changing production requirements and diverse job orders. This makes the machine particularly attractive for: High-volume production Contract manufacturing Complex components Technical Highlights The MPL 4020 incorporates state-of-the-art technology, including: High-performance fiber laser for precise cutting High-speed, high-dynamic punching technology Automated tool-changing systems Intelligent CNC control for optimized process management Excellent repeatability and process reliability These features ensure consistently high production quality and operational efficiency. Typical Applications The MPL 4020 CNC Punch-Laser Machine is widely used across numerous industries, including: Mechanical engineering Metal fabrication and sheet metal processing Structural steel construction Contract manufacturing Serial production The machine offers significant advantages, particularly when processing large components and high production volumes.
Boschert - Bus bar Processing - CuMaster
Boschert CuMaster – The Benchmark in Automated Copper Processing The Boschert CuMaster represents the highest level of specialized copper processing technology. Designed for companies that refuse to compromise on speed and precision, this CNC punching machine combines tremendous power with fully automated material handling. It is the powerhouse for the industrial production of busbars and high-current components. Maximum Automation for Peak Efficiency The key advantage of the CuMaster lies in its highly efficient workflow. While conventional machines require manual loading, the CuMaster stands out through its process reliability and automation: Fully Automated Operation: From material feeding to the finished part, the CuMaster minimizes manual intervention and maximizes machine uptime. Intelligent Clamp System: CNC-controlled grippers position heavy copper material with exceptional precision and speed. Integrated Sorting and Disposal: Scrap pieces and finished parts are automatically separated, significantly accelerating workflows in switchgear and control cabinet manufacturing. Technical Highlights of the CuMaster Series Extreme Punching Force: With up to 600 kN of punching power, the CuMaster processes copper busbars up to 20 mm thick (and even thicker with optional configurations) with ease. 8-Station Tool Changer: The linear tool magazine accommodates up to eight stations, each of which can be equipped with multi-tools for maximum flexibility without setup interruptions. Precision at Its Core: Thanks to its robust machine construction and high-precision drive systems, the CuMaster delivers hole patterns and outer contours with laser-like accuracy—essential for the thermal efficiency and reliability of busbar connections. Your Competitive Advantage in the Electrical Industry The Boschert CuMaster is more than just a machine—it is a complete manufacturing cell. It has been specifically developed to meet the demands of the power engineering and industrial equipment sectors: Lower Production Costs: The high degree of automation significantly reduces labor costs per component. Smart Software Integration: Seamless import of CAD data ensures error-free production from the very first part. German-Made Durability: Like all Boschert machines, the CuMaster is engineered for decades of demanding industrial use. Optimize your busbar production with the Boschert CuMaster and rely on the technology of a market leader in copper processing.
Kohler - Steel Structure - Part leveling machine
The Peak Performer part leveling machine from KOHLER reliably and precisely levels and relieves stress from sheets and part blanks. Your downstream production processes benefit from higher quality leveled parts and sheets, as there's no need for time-consuming, manual rework. Product highlights: Servo-electronic machine concept without hydraulics Electromechanical dynamic leveling gap control (patented) Advanced cleaning system Reversible leveling rollers (patented) Innovative control system Predictive maintenance
STUAA - Welding robots
STUAA's Turnkey Solution For Robotic Welding Systems Is An Economical And Efficient Choice To Address The Current Labor Shortage Problem. The labor shortage, shortened delivery times, and increased competition among manufacturers in the same industry have pressured manufacturers tremendously. Robot technology may be your solution to these problems. Robots can achieve high-speed, consistent, and reliable welding performance around the clock. These turnkey solutions are cost-effective choices. STUAA plans and implements robot welding systems as a complete turnkey system or an integrable single system according to your requirements. In this process, we strive to provide a solution that meets your current and future needs, helping you achieve tremendous success in the long run. Therefore, to ensure this, we can still provide comprehensive service concepts for you after your system debugging.
Blaser - Swisslube - liquid tool - machining fluids
Whatever material, application and industry, we help you fully capitalize on the potential of your machines and tools. From decades of experience in both machining and chemistry, we know that process stability, economic efficiency and machinist satisfaction are factors that critically depend on the choice and the quality of your metalworking fluid and process. 4 steps to our Liquid Tool. Step 1: Comprehensive Analysis of your current process Every customer's situation is unique. That is why Blaser Swisslube metalworking fluids are not sold off the shelf. By first determining each customer's situation, we set the foundations for long-term successful cooperation. We examine your situation for potential improvements and help you realize them to the fullest extent. Our machining experts analyze your production process and requirements together with you on site. We offer this analysis free of charge, as we’re confident that we can generate added value for you. Step 2: Status report & improvement recommendations We have developed our own instrument, the Liquid Tool Analyzer, to verify the value-added elements of our proposal. Based on the situational analysis results, we work out a customized offer for products and services to meet your requirements and reach your improvement goals. We give you a status report on your current production and highlight potential improvement areas. We then work with you to set specific goals and define how they can be achieved. Step 3: Onsite testing Before implementing our new solution in your entire shop, we implement on a machine or machines of your choosing. This way we can guarantee the results of our Liquid Tool analysis and make you fully comfortable before implementing the new solution on a full scale. We test our recommended solution in your production environment. You and your colleagues can experience our metalworking fluid in action and experience the improvements first hand. Step 4: Ensure & implement We train your operators in handling our metalworking fluids, support you with monitoring plans and instructions, and pass on additional tips in the correct handling of metalworking fluids derived from our four decades of experience in the CNC industry. After ensuring that the test results have met our goals, we plan implementation of the new solution, as well as training and support. In brief: Our service doesn’t end with implementation, we’ll always be a reliable partner to ensure your continued success. We provide dedicated support, following up regularly to guarantee that your machining process always operates at peak performance.
CSD Auto - Factory Automation
As a technology-driven enterprise in industrial automation, we are rooted in China's manufacturing transformation era, advancing technological innovation to support the national "Intelligent Manufacturing" strategy. Since our founding in 2004, we have grown to encompass 38 engineers serving six major global industrial zones. Our unique 3+3 Service Model (Three Technical Pillars + Three Response System) ,provide customer full intelligent solutions,from conceptual design to decommissioning in the filed of home appliances, consumer electronics and new energy sectors, with over 100 projects delivered.
Stierli Bieger - CNC Bus bar bending - Hybrid horizontal Bending center 420 CNC-WP
420 CNC-WP Hybrid horizontal bending centre - with automatic final angle measurement The Stierli-Bieger 420 CNC/WP Hybrid bending centre is a very efficient system that can be equipped with a modern 1 or 2-axis control. The operator can program the system very easily as the screen leads him through the dialog. The bending angle and leg lengths required can be entered directly in line with the drawing. The material-related spring-back is automatically re-bentto achieve maximum process reliability and precision. In addition, the length before bending and the stop positions are calculated automatically. You can save up to 100,000 programs with 20 different bends each. The machine is equipped with modern hybrid hydraulic technology. This results in an energy saving of up to 80% and a very quiet bending machine. The 200 mm tool holder and the strong pin with a diameter of 80 mm enable versatile use of a wide range of tools. Tools that can be changed easily and quickly are used for bending. The very large working plate ensures effective positioning of very large bent parts. The special oil-lubricated guided cylinder requires no maintenance and no open guide! The foot pedal is used to start the bending operation.
HBS - Stud welding
HBS is a global leader in the development and production of innovative welding, fastening and joining equipment and systems. We are aware that high-quality products and services can only be created in companies that place high demands on themselves. Our guidelines therefore result from our corporate goals, which are based on what we have achieved to date and are geared towards sustained growth.
INE Welding machines
INE SpA began operation with the manufacturing of electrodes in a region that has become the welding and steel district in north-eastern Italy. Its range of products has gradually increased, first with wires, then welding machines, and now includes accessories. Founded in 1950, it still counts on the active involvement of its founder family, who conveys the importance of attention to detail and customer care at all levels.
Stierli Bieger - Steel Structure - PEB - Beam Flange Straightening machine
The flange straightening and bending machine was designed to straighten and bend the distortion of the flange (flange bending) on welded beams after welding. A straightening roller is pressed against the flange with hydraulic pressure for straightening. The straightening process takes place in continuous operation. Several models for various flange thicknesses, from 15 mm to 50 mm, are available.
Stierli Bieger - Steel Structure - Beam Rotator
ROTATOR turning device Increase your productivity significantly - save over 30-40% of your working time. The Stierli rotator was developed to turn heavy and large loads like beams and welded structures quickly and safely without a crane. This allows you to save a lot of working time and increase productivity. This welding positioner or welding manipulator functions as a lifting and rotating device with reliable chains. The turning device is not only used for beam welding, but other sections can also be turned with it, e.g. the use as pipe turning device. Loading is impressively simple with the overhead crane or by pushing the rotator to the sides. The rotator is also available with rollers. However, the smaller models can be positioned very easily with the hand pallet truck, whereby the distance between the stands of this welding device is freely selectable.
Stierli Bieger - Ship building - Bending Ship's profile
The “2200 RP - SE” ship’s frame bending machine is designed for bending profiles for ship’s frames. As well as HP ship’s frames (HP profiles, Holland profiles or bulb flats), other profiles such as L and T profiles can be bent. The ship’s frames can be bent individually or in pairs. The direction of machining (S bends) can be switched without changing the bending tools. The bending process can be carried out quickly and precisely. The operator is assisted by the manual control with fine stroke adjustment which is easy to operate. The bending stroke and clamping of the Holland profiles are controlled automatically by the control system. The abutments can be set to the ship’s profile required. With the quick-change tool system, the machine can be refitted for a different profile very quickly. The special oil-lubricated guided cylinder requires no maintenance! The working pressure and speed can be controlled continuously and easily. The universal ship’s frame bending machine can be used for the following bending and straightening work: Bending ship’s frames (HP profile, bulb flats, Holland profile) single / double Bending T-profile, L-profile Edge bending of flat steel Bending of special profiles By resetting the tools, the machine can also be operated as a universal straightening and bending machine: Bending pipes up to 3” Bending flat steel with v-blocks Carrying out various types of straightening work Straightening of welded parts and welded structures Straightening of steel plates and flame-cut parts Heavy form bending work (work with heavy v-blocks or dies)
Stierli Bieger - Steel Structure - PEB - Beam Straightening Press
Robust and tried and tested in hard use over decades Wherever beam profiles, plates or welded structures have to be straightened, bent or pre-tensioned (cambered), the STIERLI straightening press comes into its own. The machines have a very robust design and have been successfully demonstrating their efficiency and consistently reliable operation in metal and steel construction companies, vehicle construction and general machine building throughout the world for decades. The straightening presses can be used to straighten quickly, precisely and reliably. We offer various straightening solutions from small manual straightening machines to large, automated straightening systems.
Stierli Bieger - Railroad - Straightening & Bending press
The “2200 CNC” stationary rail bending and straightening system is used for universal, professional bending and straightening in rail and points construction. The horizontal design facilitates simple handling and transport of the rails. With the long cylinder stroke, the rails can be machined upright or horizontally. The tool height of 300 mm allows for straightening and bending of all standard rail profiles. The abutments can be set electro-mechanically to the rail profile required. With the quick-change tool system, the machine can be refitted for a different rail profile very quickly. A modern, powerful CNC control with laser system supports the operator when bending and straightening the rails. The operator can enter the bending parameters such as the bending radius and the length of the rail numerically. Even bending parabolic curves is supported by the control system. The hydraulic horizontal press then controls the cylinder stroke and the rail feed of the powered roller conveyor in automatic mode. Bending grooved rails Bending Vignoles rails Bending and straightening tongue rails (tongue rail straightening machine) Bending full-web rails Bending special rails Bending rails by folding Straightening rails Torsion straightening of rails Straightening frogs The robust and heavy design of this bending and straightening machine guarantees precise straightening results. The powerful CNC with laser control is the result of STIERLI-BIEGER’s expertise in the construction of modern, high-quality rail bending and straightening machines, acquired over many years.
Boschert - CombiLaserEVO
CombiLaserEVO – Combined Punching and Laser Machine for Maximum Efficiency in Sheet Metal Processing Precision and Productivity in One Machine The CombiLaserEVO is a state-of-the-art combined punching and laser cutting machine designed for efficient and flexible sheet metal fabrication. By combining the advantages of punching technology with the precision of modern fiber laser cutting, it enables the economical production of complex components in the shortest possible time. By integrating both processes into a single machine, manufacturers can save time, reduce setup costs, and significantly increase production output. Your Benefits at a Glance Combined punching and laser cutting in a single machine Significantly reduced production and lead times Outstanding precision, even for complex geometries Cost-effective production of both small and large batches Reduced material consumption through intelligent nesting Maximum flexibility for changing production requirements Optimized workflow and increased machine utilization Applications of the CombiLaserEVO The CombiLaserEVO is ideally suited for companies across a wide range of industries, including: Metal and sheet metal fabrication Mechanical engineering Electrical engineering Automotive suppliers Enclosure and control cabinet manufacturing Its versatility allows for the efficient production of a wide variety of components and materials. Advanced Technology and Performance The CombiLaserEVO incorporates the latest manufacturing technologies to ensure maximum productivity and quality: High-performance fiber laser for precise cutting High-speed punching technology Automated tool changing systems Intelligent CNC control for optimized process management Excellent repeatability and process reliability Flexible material handling capabilities These features ensure consistently high production quality while maximizing efficiency. Why Choose a Combined Punching and Laser Machine? Compared to stand-alone punching or laser cutting machines, a combined system offers significant advantages: Punching is extremely fast for standard holes, forms, embossing, and repetitive geometries. Laser cutting enables intricate contours, fine details, and complex shapes without requiring dedicated tooling. The CombiLaserEVO combines the strengths of both technologies in one platform, delivering maximum flexibility, productivity, and manufacturing efficiency. Increase Profitability and Production Efficiency By integrating punching and laser cutting into a single machine, companies can significantly reduce: Setup times Material handling and transportation between machines Production costs Floor space requirements At the same time, productivity increases as multiple manufacturing processes are consolidated into one highly efficient system. This makes the CombiLaserEVO the ideal solution for modern sheet metal fabrication companies seeking greater competitiveness, flexibility, and profitability.
Boschert - Gezelis - CNC Press brake - G - HYBRID
Summary: A hybrid press brake using a servo pump combines the power and robustness of hydraulic systems with the precision and efficiency of servo technology. It is a smart choice for manufacturers looking to enhance productivity while reducing energy consumption and maintenance costs. This hybrid approach represents the evolution of press brake technology, delivering superior performance and flexibility for modern metalworking needs. The hybrid concept of a press brake using a servo pump merges the precision and efficiency of servo motors with the power of hydraulic systems, offering a versatile solution for metal bending. This design is aimed at optimizing energy usage, achieving higher accuracy, and reducing operational costs compared to traditional hydraulic press brakes. Here’s a closer look at how this concept works and its benefits:Key Aspects of the Hybrid Servo Pump-Driven Press Brake: 1. Servo Pump Technology: The heart of this hybrid system is a servo motor that drives a hydraulic pump. Unlike conventional hydraulic systems that run continuously, the servo pump only activates when pressure is required, adjusting its speed dynamically based on the workload. This results in on-demand power, meaning that the servo motor only consumes energy when needed, making it significantly more efficient. 2. Energy Savings: Traditional hydraulic press brakes can waste energy due to continuous pump operation. The hybrid system, with its servo-controlled pump, can reduce energy consumption by up to 50% or more. Lower energy use not only translates into cost savings but also contributes to a smaller carbon footprint, aligning with sustainability goals. 3. Enhanced Precision and Speed: The servo pump allows for precise control over the movement of the bending ram, resulting in more accurate bends and better repeatability. The speed of the ram can be adjusted to suit different bending operations, optimizing cycle times for various materials and thicknesses. Fast approach and retract speeds reduce cycle times, improving productivity without compromising on bending quality. 4. Reduced Heat and Noise: Since the pump is not running continuously, the system generates less heat, reducing the need for extensive cooling measures and extending the lifespan of hydraulic components. This design also makes the machine quieter compared to traditional hydraulic press brakes, creating a better working environment. 5. Lower Maintenance Requirements: The hybrid system uses fewer hydraulic components, which means there are fewer parts to maintain and replace. The servo motor’s precise control minimizes wear and tear, contributing to longer maintenance intervals. Additionally, because the servo pump operates only when needed, there is less strain on the hydraulic oil, resulting in longer oil life and lower maintenance costs. 6. Adaptability to Different Materials: This type of press brake can handle a wide range of materials, including aluminum, stainless steel, and high-strength steels, making it suitable for various industries like automotive, aerospace, and general manufacturing. The flexibility to adjust parameters like bending speed and pressure ensures that the press brake can be fine-tuned for different jobs, enhancing its versatility. Applications and Advantages: Ideal for precision bending tasks where accuracy and energy efficiency are critical, such as in the aerospace, electronics, and medical device industries. The hybrid press brake is particularly beneficial for small-to-medium production runs, where the need for quick changeovers and adjustments is common.
Boschert - Gizelis - Shear - G-Cut CNC
G-CUT CNC series is a modern series of hydraulic guillotine shears equipped with a guiding system for the upper blade. Standard equipment Swing beam hydraulic shear Heavy-duty, all-welded-steel rigid frame Hold-down pressure adjustment depending on cutting pressure Colour Touch Screen 10,4” Programmed cutting length Close hold-downs near the squaring arm for better small-part holding & cutting High-speed CNC back gauge with AC servomotor Precision lighting on the cutting line Specially-made cutting blades suitable for both steel and stainless steel Ball casters on the table Finger-protection safety fence (accessible) Safety system on the back including side doors and photocells Front-sheet supports 1m each with linear scale 1x squaring arm 1m with linear scale Electric parts by Siemens, Telemecanique Hydraulic parts by BOSCH-REXROTH