Industrial Machinery & Equipment

LDC-X200 Laser Diameter Measurement System Overview The non-contact diameter measuring system, is mainly used in the measurement of the outer diameter of various wire rods, bars, wires and pipes. The system can detect the change of the diameter (outer diameter) of the measured object in real time under the high temperature state. The working principle The diameter measuring system takes the laser scanning method as an example. It adopts the probe imported from Japan, which can achieve an accuracy of plus or minus 2 microns in the range of 0.3 to 30 mm. The acquisition frequency reaches 2000 times/second. The probe uses a self-excited infrared light source, which overcomes the measurement problem in dim environments. It adopts the measurement method of pulse parallel light scanning, and has a strong ability to resist the jitter of the measured object. (As shown in Figure 1) Since the shaking frequency of the measured object is much smaller than the scanning frequency, when the measured object A moves in the shakeable area, the measurement result will be able to ensure its accuracy because the time it blocks the beam does not change. Figure 1: Probe Scanning Radiation Area The detection principle is as follows Figure 2: Working Principle First, the crystal oscillator generates self-excited high-frequency pulses, which are sent to the comparator and the stepping servo motor respectively. The stepping servo motor drives the octahedral prism to rotate at a high speed, and reflects the infrared laser emitted by the laser generator to the convex lens A. It becomes parallel light, and then collects on the photosensitive element C through the convex lens B in the infrared receiving probe. The photosensitive element C converts this signal into a corresponding electrical signal and sends it to the other end of the comparator to compare with the original signal. When there is no object to be measured in the measuring probe, the pulse signal at both ends of the comparator will be the same. Therefore, there is no difference output: when there is an object to be measured in the measuring probe, the photosensitive element C will output no pulse signal during the period of scanning through the object to be measured. Therefore, there will be a difference input for a period of time at both ends of the comparator, which corresponds to the diameter of the measured object. By calculating the oscillation period of the pulse and the length of the time slice without pulse, the diameter of the measured object can be known. The composition and functions of the system The system consists of the following main parts (as shown in Figure 1) 1. A measurement frame with four pairs of high-frequency laser scanning probes and non-contact infrared thermometers is installed 2. Four intelligent signal processors connected with four pairs of high frequency laser scanning probes 3. Cold air blowing system for cooling and cleaning the measuring frame 4. High-performance intelligent controller responsible for front-end data signal processing and network communication 5. Data processing and analysis system installed with industrial grade PC, monitor and printer

Minimum Order: 1 bags

LAG-S400 Infrared Converter Slag Detection System Overview The infrared converter slag detection system uses a far-infrared thermal imager to monitor the situation of converter tapping in real time, and is connected to the main control computer in the electrical room through the conversion and transmission of video signals. The radiation intensity in the infrared wavelength range of 7-14um is different to distinguish molten steel and slag. In the later stage of the converter tapping, the molten steel gradually decreases, and the steelmaking slag is involved in the molten steel and flows out of the tapping hole. After the thermal imager recognizes the steelmaking slag in the imaging temperature measurement, it will give an alarm according to the slag content ratio threshold set by the software. The thermal imager will start the slide plate to close the tapping hole, so as to realize the control of the slag in the converter tapping, and ensure the maximum yield of molten steel and the minimum control of the steelmaking slag content. The effect of slag detection in converter tapping is of great significance to the control effect of the slag amount. The converter slag detection and control system developed by our company conducts non-contact monitoring of the tapping steel flow through the far-infrared detector thermal imager. It can detect the slag condition in real time and output an alarm signal and control system, which can replace manual visual inspection and provide accurate, efficient and stable slag detection effect. When the system finds the slag, the intelligent control unit quickly makes a judgment of lifting the furnace and blocking the slag and outputs an alarm signal. As shown in Figure 1, the system includes thermal imager, front purge protection box, front electrical box, power distribution cabinet, main control monitor, monitor of rocking furnace chamber, sound and light alarm, infrared converter slag monitoring software system, etc. The features of thermal imager 1. The temperature measurement range is -20°C - 2000°C, high temperature measurement accuracy, and multiple temperature measurement intervals can be set. 2. High-resolution thermal imaging system, the imaging picture is clear, and the imaging color can be freely marked according to the set temperature. 3. With hot zone alarm function, the alarm zone and temperature range can be set arbitrarily. 4. With hot zone tracking function 5. Equipped with special 7~14um infrared filter lens The technical parameters 1. Temperature measurement range: 200-1800℃ 2. Temperature measurement accuracy: 2% 3. Detection accuracy and alarm accuracy: ≥98% 4. Resolution: ≥ 0.5℃ 5. Pixels: 640x240 6. Band: 7~14um 7. Field of view: 7.5°×5.5° 8. Frame rate: ≥ 25 frames/sec 9. Equipment service life: ≥5 years 10. The normal operation rate of the automatic control system: ≥99%

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Overview: LGK-S107 analog heat source instrument (heating tool) is independently developed and designed by Wuhan CenterRise M&C CO.,. This instrument is a heating and testing equipment used to test the performance of the couple installed in the mold in continuous casting machine. After the installation of the mold breakout forecast couple is completed, the analog heat source instrument is used to test these couples before they go online. After the thermocouple is connected to the mold thermocouple detector, the current temperature of each thermocouple point will be displayed. By using our heating device to heat the copper plate point of each thermocouple at a fixed point, the thermocouple will have a synchronous temperature rise and then we can observe the temperature rise curve of the same column of temperature points to see whether the temperature measurement consistency of the column of couples is consistent, so as to judge the overall status of couples installed in the mold. If an abnormal point occurs, it needs to be repaired and replaced, so as to ensure the stable operation of the mold breakout prediction system. The working principle: The heating tool generates high heat by 220v alternating current and the electric heating element. The heat is transmitted to the copper plate of the mold through the copper head to simulate the heat source of molten steel, so that the thermocouples of the mold can sense the temperature change to achieve the purpose of calibrating the temperature measurement system. The composition: Walking trolley mechanism Preloader Pure copper heating contacts PID thermostat High power heating tube high power driver The parameters: Power supply: AC220V 50Hz Total power: 2200W Single point power: 300W Temperature control accuracy: 1°C Temperature control range: 0°C-500°C Common temperature range: 25°C-300°C Heating points: 3 (points can be customized) Heating method: heating tube heating Heating contact material: copper

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Overview: Laser taper measuring instrument (multi-dimensional detection) is a new type of mold multi-taper measuring instrument developed by our company. The instrument adopts a high-precision, high-sensitivity laser measurement and positioning sensor, which scans the copper plate of the mold by a fixed- width laser line, and returns the measurement data in real time. The host computer shows the data of mold taper, surface cracks, surface flatness and other data after modeling and analyzing the returned measurement data. The upper computer software intuitively reflects the situation of the multi- taper surface of the tested mold to the user in the form of data table, data curve and 3D model diagram of the mold taper, and provides a true and reliable theoretical basis for the on-site operators to maintain the mold. The measurement principle: The mold multi-taper measuring instrument is a high-precision instrument. The whole instrument includes a high-precision laser ranging sensor, two digital servo motors, an encoder, a horizontal sliding screw, a vertical sliding screw, and a calibration console and controller etc. The equipment has many advantages such as high measurement accuracy, strong stability, easy installation and strong observability. The instrument is suitable for the multi-taper detection, surface flatness analysis and surface flaw detection of continuous casting molds in the continuous casting process of major iron and steel enterprises. It is suitable for round billets, square billets, slabs, etc., widely used and powerful. When measuring the multi- taper characteristics of the mold, the instrument is fixed on the top of the mold as shown in Figure 1. After the equipment is started, the self- inspection process is automatically completed, and the laser measuring sensor automatically returns to the initial zero position, and then the laser sensor scans along the inner surface of the mold under the drive of the digital servo motor, and then the laser sensor descends to a certain height to continue scanning for a circle. The entire inner surface of mold is repeatedly scanned from top to bottom. After the scanning is completed, the data is transmitted to the host computer through wireless communication or wired communication. The host computer software imports the collected data into the model base, and obtains the multi-taper status, surface flatness, cracks and other situation of the mold through calculation and analysis, which provide reliable maintenance reference data for on-site production and avoid production accidents on site due to the equipment failure. The features: Humanized human-computer interaction interface Convenient system settings Portable low power consumption design Compatible detection structure with lots of specifications High-speed and stable wireless data transmission High-precision laser scanning measurement One-click measurement design Own network wireless transmission Small and lightweight front-end measurement The parameters: Mold width range: 60~400mm Measurement accuracy: 0.01mm Spot diameter: 1.0x1.5mm (spot scan), 1.0x20mm (line scan) Measurement method: laser displacement measurement Measuring beam: 3200 points Movement mode: high precision servo Movement accuracy: 1mm/65536 pulses Single measurement time: less than 2min Power supply: DC12V Operating temperature: -20~80℃ Shock resistance: 50G (X, Y, Z axis)

Minimum Order: 1 bags

Overview： This product is a new type of mold copper plate surface cladding detection equipment. The equipment adopts a high-precision and high-sensitivity laser ranging sensor, which scans the copper plate of the mould by scanning a laser line with a fixed width, and returns the measurement data in real time. After modeling and analyzing the data, the upper computer gives the wear data of the mold copper plate, as well as the data of surface cracks and surface roughness. The host computer software intuitively reflects the surface profile of the detected mold and cladding thickness deviation and other data to the user in the form of data sheet, data curves and mold 3D model diagrams, providing a true and reliable theory for on-site operators to maintain the mold. The mold surface cladding detection equipment is a high-precision instrument, which includes high-precision laser ranging sensors, two digital servomotors, encoders, horizontal sliding screws, vertical sliding screws, and calibration consoles, controllers and other components. The equipment has many advantages such as high accuracy, strong stability, convenient installation and strong observability. It is suitable for mold surface cladding detection, surface flatness analysis, surface flaw detection, taper measurement, etc. It is also suitable for round billets, square billets, slabs, special-shaped billets, etc., widely used and powerful. The composition of the system： 1. The mold surface cladding detection equipment is equipped with: data processing and display unit, horizontal motion mechanical power output unit, vertical mechanical power output unit, instrument motion control unit, laser measurement sensor, and instrument bracket. 2. Data processing and display unit: used for data acquisition and storage, system equipment control, parameter configuration, height display of the descent, start and stop control, etc. 3. Horizontal motion mechanical power output unit: the digital servo motor in the horizontal direction controls the sensor to move in the horizontal direction, so that the sensor can scan the horizontal inner cavity wall of the mold copper plate to detect data. 4. Vertical mechanical power output unit: the digital servo motor in the vertical direction controls the sensor to move in the vertical direction, so that the sensor can scan the vertical cavity wall of the mold copper plate to detect data. 5. Instrument motion control unit: It is used to control the motion scanning of the motor, and the running speed, running track, and control mode of the motor can be configured through parameter settings. 6. Laser measurement sensor: The laser displacement sensor adopts the principle of laser triangulation. The laser transmitter shoots the visible infrared laser to the surface of the measured object through the lens, and the laser reflected by the object passes through the receiver lens and is received by the internal line array image processing sensor. According to different distances, the corresponding positions of the light spots received on the line array sensor are also different. According to the angle of this reflection, the distance between the actual objects can be calculated by calculating the distance of the sensor spot. 7. Instrument bracket: The mold surface cladding detection equipment need to be placed directly above the mold when it is in use, and it is required to be fixed firmly without displacement vibration during the measurement process to ensure the measurement accuracy. The parameters： Detection instrument service life: ≥5 years; Detection instrument reliability: more than 98%; Detection range: 60~1000mm (customizable) Detection accuracy: 0.01mm Spot diameter: 1.0x1.5mm (spot scan), 1.0x20mm (line scan) Falling pace: 1~20mm/step Single measurement time: less than 2min Power supply: DC24V Operating temperature: -20~80℃ Equipment warm-up time: 3~5min Shock resistance: 50G (X, Y, Z axis) Vibration resistance: 10Hz~5Hz (amplitude 1.5mm, each 2 hours in X, Y, Z axis)

Minimum Order: 1 bags

Overview The system aims at the continuous temperature detection of the product obtained from the continuous casting machine. The billets and their surrounding environmental factors such as scale, steam, shielding and other factors, are considered in the scheme design and equipment selection. The accurate detection and real-time transmission of temperature during the billets movement are also considered. The equipment selection Temperature detection The billet temperature detection adopts the two-color integrated high- temperature thermometer produced by Wuhan CenterRise M&C Engineering CO.,； Temperature measurement range: 600°C - 1400°C; All components are installed in a sturdy housing for continuous measurement. The optimized treatment is taken for the problems that the semi-finished billets are hindered by steam or other particles (scale) in the environment, and the billets movement and the installation limited field of view. It provides fast, real-time monitoring of high temperature billets. Equipment cooling Using vortex air cooling device, no power supply is needed, only dry air is required, and the low temperature cooling gas below 0°C is output to cool the three sets of temperature detection equipment. Signal transmission The bidirectional RS-485 communication of the measurement and control system is used among multiple (multi-stream) measuring equipment or among the measuring equipment and the secondary meter. The Industrial Ethernet or DP network communication is used between the secondary instrument and the PLC. The signal transmission equipment adopts the communication equipment supporting multi-protocol network. Purge device (optional) When the environmental occlusion is severe, and the main occlusion is gaseous substances such as steam, it is recommended to use a purging device. The purging device uses dry air, and the solenoid valve controls the start and stop. Software Adopting DataTemp software to remotely set and monitor the measuring equipment. Adopting ScanTemp software to analyze and process the temperature data and eliminate invalid signals. Through the software model, the interference factors such as steam and iron scale can be overcome and the actual temperature of the casting billets can be displayed in real time. The features Using Si/Si stack detector, high sensitivity It is easy to use and has sturdy housing, which meets NEMA-4 standard Bidirectional RS-485/DP communication (can be networked), supports up to 32 detection sensors at most With user-defined alarm methods, analog and digital outputs are synchronized Use protective devices and air cooling devices, can withstand high temperature environment Accurate measurement of moving targets or targets obscured by dust, smoke and other particles in the atmosphere Adopt passive cooling apparatus, high cooling efficiency and low maintenance Use software to remotely set and monitor, analyze and secondary process the data, and optimize occlusion measurement The parameters Measurement range：600℃～1400℃ Response time：10msc) Spectral response：bicolor Accuracy：±0.75% Repeatability：±0.3% Cooling air pressure：>0.5Kpa Cooling air flow：24L/min Max.temperature：165℃ , Output signal：485 / DP / 4-20mA Environment standard：NEMA4（IEC529，IP65）

Minimum Order: 1 bags

Overview: In the steelmaking production process, the ladle is the key equipment for holding molten steel, secondary refining, and continuous pouring. In a modern steelmaking plant, refractory materials are required for converters, refining, and ladles. In the steelmaking process, ladle is the most important part in the use and consumption of refractory materials. Improving the service life of ladles and reducing refractory consumption is the key technology for steelmaking plants to save costs and reduce energy consumption for green production. In order to ensure the orderly operation of the ladle, save the consumption of refractory materials, prolong the service life of the ladle, and ensure the safe operation of the ladle, Wuhan CenterRise M&C Engineering CO. developed and launched the LDT-N200 integrated management system for the ladle. Introduction: LDT-N200 ladle integrated management system integrates LDT-L200 ladle lining thickness gauge, TBP-S300 ladle, tundish baking temperature and leakage monitoring system, RFD -C100 metallurgical electronic positioning system, and also integrates SQL Server database and NeuralWare (American computer software company) neural network software NeuralWorks to realize intelligent and optimized management of ladles. LDT-L200 ladle lining thickness gauge uses a laser area array scanning sensor to accurately measure the real-time thickness of the ladle lining, calculate the lining loss, and predict the service life of the ladle. TBP-S300 ladle, tundish baking temperature and leakage monitoring system uses infrared thermal imaging camera and embedded armor wire system to comprehensively monitor and prevent ladle leakage. RFD-C100 metallurgical electronic positioning system installs RFID electronic tags on all ladles to realize full-time and full-space ladle positioning and tracking. LDT-S200 ladle optimization control and analysis software, based on SQL Server database, B/S network structure, realizes online management of ladles, and adopts BP neural network system to realize intelligent optimization control of ladles. LDT-N200 ladle integrated management system can realize ladle age management based on ladle lining data and neural network algorithm, safety process control of ladle turnover and use, full-time tracking management of steelmaking production and full-space tracking management of ladle use and provide optimal control and management of steelmaking production and ladle maintenance. Comprehensive ladle measurement and monitoring, ladle positioning and management, and data management and optimization enable the LDT-N200 ladle integrated management system to fully realize ladle entire process management, optimize the service life of ladles, and comprehensively reduce the cost of refractory materials. The features: Using a lining thickness gauge to measure the thickness of the ladle lining Using infrared thermal imaging camera/embedded armor wire to realize ladle leakage detection Using RFID/number plate recognition to realize the location management of ladles Ladle age management system based on overall tracking Overall (full-time full-space) ladle management system based on database Provide overall production scheduling data Using neural network to predict ladle service life based on big data Ladle Optimal Scheduling System based on database and ladle service life Increase the service life of ladle by 12%-20% Reduce the use of refractory materials more than 15% Realize orderly management of ladle baking Realize full space and full time domain control Reduce the costs of ladle management and maintenance Improve the efficiency of ladle turnover operation

Minimum Order: 1 bags

Juki MF-7923 - 3 Needle High Speed Free-Arm Top and Bottom Coverstitch, Cylinder Bed Industrial Machine 3-Needle High-Speed Free-Arm Top and Bottom Coverstitch, Cylinder Bed Industrial Sewing Machine Comes With Table, Legs, Servo Motor and LED Lamp Includes Fully Assembled Table and Servo Motor - Used to be MF-7823 The machine performs sewing that matches a broader range of sewing items. The machine can be used for the hemming process of the sleeves and bottoms of T-shirts and for the covering process for sportswear and knitwear. It is not a specific-purpose model, but a basic one which can be used for a broader range of processes independently. Stitch Type Change Over It is now possible to change over the stitch type, such as elastic soft- seams for inner wear and high-quality well-tensed seams for outer wear. The stitch type can be changed over (soft-seams/well-tensed seams) simply by changing the thread path. Differential-feed Micro-adjustment Mechanism It is possible to finely adjust the differential feed amount to a best- suited value for the material to be used. The differential feed ratio is constant even if the stitch length is changed MACHINE SPECIFICATIONS: Stitch Type: 3-Needle Max. Sewing Speed: 6,500 RPM Needle: UY128GAS #9S~#12S (standard #10S) Lift of the Presser Foot: 5mm (with top and bottom covering stitch), 8mm (with bottom covering stitch) Lubrication: Automatic Lubricating oil: JUKI Machine Oil No.18 (equivalent to ISO VG18) Weight of the machine head: 42kg Servo Motors are speed adjustable. The two major advantages of the Servo Motor are that you can control the speed of the motor and that the motor is completely silent when the pedal is not engaged. Optional T-Leg Table Stand with Wheels Upgrade Adjustable Height Caster Wheels Heavy Duty Steel Construction

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The BERNINA 540 is designed for sewists, quilters, and embroidery enthusiasts who value power, precision, and ease of use. With the BERNINA Hook and advanced technology, this machine ensures quieter, faster, and better stitching with fewer stops and starts. Perfect for projects ranging from fine fabrics to heavy-duty sails, the B540 delivers exceptional versatility and results. Main Features Powerful, fast, and precise sewing Handles large projects with ease Perfect for decorative stitches Automatic thread cutting Optional embroidery module for expanded creativity Sewing & Quilting Features Pattern start/end function Stitch length: Up to 6mm Stitch width: Up to 9mm Programmable securing function and mirroring Free Hand System (FHS) Total stitch patterns: 1048 Utility stitches: 30 Buttonholes: 14 styles with automatic measuring Decorative stitches: 300 Quilting stitches: 44 Cross-stitch: 31 Sewing alphabets: 5 BSR functionality for straight and zigzag stitches Adaptive Thread Tension and 11 needle positions Max sewing speed: 1000 stitches/min General Features BERNINA Hook system for high-precision stitching Large sewing space: 8.5" to the right of the needle 4.3" color touch screen with drag & drop functionality 12 bright LED sewing lights Automatic and manual thread cutting options Semi-automatic needle threader Upper thread indicator Adjustable presser foot pressure USB connectivity for PC and USB sticks Bobbin winding during sewing or embroidery Machine size: 18.1″ x 7.9″ x 12.9″ Machine weight: 24.2 lbs

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The Consew 255RB-3 is a high-performance, heavy-duty, single-needle lockstitch machine equipped with a walking foot, triple feed, and a servo motor. Designed for professional applications, it handles light to heavy materials with ease, making it ideal for upholstery, leather goods, tarpaulins, and more. Applications Auto, boat, and furniture upholstery Leather goods, handbags, luggage, and travel accessories Tarpaulins, covers, awnings, tents, and umbrellas Outdoor clothing, footwear, and orthopedic appliances Canvas, vinyl, synthetics, laminated, and coated fabrics Key Features Centra-Lube® semi-automatic lubrication system with automatic hook lubrication Walking foot compound feed for uniform stitching on multiple layers Heavy-duty vertical axis hook and large bobbin for extended sewing time High-lift presser foot – 9/16" (14mm) clearance for thick materials Long stitch capability – up to 2.5 SPI (10mm) Safety clutch to protect hook mechanism from damage Adjustable center foot height for different material thicknesses Reverse stitching for reinforcement Servo motor included – energy-efficient and silent with variable speed control

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HSC Paper Sheeting Machine incorporates an advanced synchronous rotary design, driven by high-power AC servo motors for exceptional precision and clean cutting performance. Featuring our patented embedded cutting head technology, it delivers perfectly straight cross-sections without fiber pull-out, effectively eliminating paper hairs—a critical advantage for superior cut quality. This high-performance machine is ideal for processing a wide range of materials including cardboard, coated paper, kraft paper, cultural paper, art paper, duplex board, and packaging paper, with a maximum capacity of 1000gsm. Main Characteristics Paper Sheeting Machine features an advanced synchronous rotary system, powered by high-torque AC servo motors to deliver precision cutting with exceptional accuracy and clean edges (±0.05mm tolerance). Equipped with our patented embedded cutting head technology, it produces perfectly straight cuts without fiber pull-out, effectively eliminating paper hairs—critical for high-end packaging. It handles diverse materials including cardboard, coated paper, kraft paper, and specialty stocks up to 1000gsm. We specializes in premium sheet cutters, trusted by leading cosmetics and pharmaceutical packaging brands worldwide. Our machines ensure zero operational risk and long-term reliability, helping you enhance product quality, reduce costs, and boost efficiency in high-volume production.

The bottom feed slitting rewinder receives paper rolls from the paper-making machine and positions them on the unwinding station. Its integrated brake system maintains precise web tension while enabling instant stopping to minimize paper waste during web breaks. The machine precisely slits the paper width through guided rollers and cutting mechanisms, then rewinds the material to specified tightness and diameter tolerances. Paper Basis Weight Range (Grammage) 70-250 g/m² Paper Density Approx. 680 kg/m³ Maximum Web Tension 1200 N/m Parent Roll Width (Reel Spool) Max. 2760 mm Parent Roll Diameter (Reel Spool) Max. Ø 2000 mm Trimmed Roll Width Max. 2600 mm Trimmed Roll Diameter Max. Ø 1500 mm Designed Speed 650 m/min Maximum Working Speed 600 m/min Feeding Speed (Bottom Feed) 25 m/min Feeding Method Bottom Feed Support Roll Diameter Ø 420 mm Gauge 4080 mm Center Distance of Reel Spool 3880 mm ± 50mm Knives Unit (Set) 4 (Pneumatic Top Knife) Main Motor Power 45 kW

The HX Tape Laminating Slitting Rewinder integrates three functions – slitting, laminating, and rewinding – into one system, enabling comprehensive processing of rolled materials. integrates three functions – slitting, laminating, and rewinding – into one system, enabling comprehensive processing of rolled materials. It is applicable for slitting industrial tape, electronic material, protective film, copper foil, aluminum foil, OPP, PE, PVC, sheet, cloth, etc. This machine is widely used in industries such as printing, packaging, 3C, leather, garment, plastic, etc. Main Characteristics Laminating function EPC (edge positioning control):Unit: Photo Cell*2pcs Waste discharge function Magnetic brake and clutch Length counting function, automatically stop after it reaches the length you set. 2 rewinding inflatable shafts, easy for unload materials.

The Full Servo Band Saw Paper Roll Slitter is a high-precision, fully automated log-slitting machine. It utilizes saw blades to directly cut wide rolls into narrow ones, with just 2mm material loss per cut. Capable of automatic multi- section cutting, it significantly reduces labor costs and is ideal for processing high-value paper roll materials. Model Full Servo Band Saw Paper Roll Slitter Roll Width 5cm-3m Roll Dia 70cm to 1.5m Paper Loss 2mm Speed 10 mins to cut one roll( diameter 1.25m). Voltage Frequency 380V (can customize) 50- 60Hz (can customize) Total Power 60.5 kW Control System PLC Full automatic Weight 15T Saw Blade Service Life Requires resharpening after 80 cutting cycles LxWxH 13228x4020x3953mm