The Hexagon Explorer scan 06.08.06 measuring machine is a model of the Hexagon Explorer series CNC active bridge coordinate measuring machine. Specifically, as follows: Model meaning: "06.08.06" indicates the stroke range of the measuring machine, which is 600mm for X-axis stroke, 800mm for Y-axis stroke, and 600mm for Z-axis stroke. Product features: The Explorer series measuring machine adopts a proven design, with an open measurement space that can meet the measurement needs of various small and medium-sized components. It combines precision and dynamic performance, has good reliability, reduces ownership costs, and is an economical and practical CNC measuring machine. This series is divided into two versions: Explorer Classic and Explorer Performance. Explorer Classic supports universal trigger measurement and is capable of measuring triggered by most small and medium-sized workpieces; Explorer Performance is a new model that supports uninterrupted continuous scanning with higher accuracy and better performance. Application areas: It can complete various industrial metrology applications, such as first and final piece inspection, fixture verification, and process control. It is an ideal choice for small and medium-sized box type workpiece inspection, and can provide convenient, fast, and reliable geometric metrology solutions for component processing and manufacturing enterprises of various scales.

The machining accuracy of the Doosan PUMA 800L CNC lathe turret is mainly ensured through the following aspects:1、 Equipment self design and manufacturing-High precision component selection: Key components such as high-quality spindles, precision bearings, and high-performance guide rails are used to provide a basic guarantee for the high precision of the turret from a hardware perspective. For example, precision bearings can reduce the radial and axial runout of the spindle, ensuring the stability of the tool during rotation.-* * Optimized turret structure design * *: A sturdy turret structure design that provides good rigidity and stability, can withstand large cutting forces, reduces vibration and deformation during machining, and ensures precise tool positioning.-Excellent motor and transmission system: Equipped with high-precision and high response speed servo motors, as well as low transmission error transmission systems such as ball screws, to ensure the accuracy and timeliness of the turret movement, enabling the tool to move accurately according to instructions.2、 Control System and Feedback-Advanced Numerical Control System: Utilizing advanced numerical control systems with precise control algorithms, it can accurately calculate and control the movement of the turret, allowing the tool to move precisely according to the preset trajectory.-High precision feedback component: Install high-precision encoders and other feedback devices to monitor the position and motion status of the turret in real time, and provide feedback to the CNC system for timely adjustment and compensation, reducing errors.-Adaptive Control Function: The intelligent control system can monitor the working status of the turret in real time, such as temperature, vibration, tool wear, etc., and automatically adjust machining parameters such as cutting speed, feed rate, etc. based on monitoring data to compensate for the impact of various factors on machining accuracy.3、 Processing environment control-* * Temperature control * *: Adopt constant temperature measures to strictly control the temperature of the processing environment, reduce the thermal deformation of machine tool components caused by temperature changes, and thus avoid affecting the machining accuracy of the tool tower.-Shock absorption measures: By designing effective shock-absorbing foundations or using shock-absorbing equipment, the interference of external and internal vibrations on the tool tower is reduced, ensuring the stability of the tool during cutting.4、 Tool and workpiece clamping-* * Tool selection and management * *: Select suitable tools based on processing materials and process requirements, and regularly inspect and replace worn tools to ensure their cutting performance and accuracy.-Workpiece Clamping Specification: Adopt appropriate clamping methods and fixtures to ensure that the workpiece is firmly fixed during the machining process, avoiding vibration and displacement caused by weak clamping, which affects machining accuracy.5、 Regular maintenance and calibration-* * Daily Maintenance * *: Operators follow a strict daily maintenance plan to clean, lubricate, and maintain the turret, promptly remove iron filings, dust, and other debris, check the levels of lubricating oil, coolant, and other fluids to ensure that the turret is in good working condition.-Precision Calibration: Regularly use high-precision measuring equipment such as laser interferometers to calibrate the geometric accuracy and positioning accuracy of the turret, check and adjust various parameters of the turret, and ensure that it is in the best accuracy state.

The machining accuracy of the Doosan PUMA 800L CNC lathe turret is relatively high, usually reflected in the following aspects:-Positioning accuracy: The turret is directly driven by a servo motor, and the positioning accuracy can usually be controlled within ± 0.01mm, ensuring that the tool quickly and accurately reaches the designated position after tool change, thereby ensuring machining accuracy. In practical processing, for some processes that require high-precision positioning, such as precision hole machining, gear machining, etc., it is possible to ensure a high level of hole pitch accuracy or gear indexing accuracy.-Repetitive positioning accuracy: The repeatability accuracy can generally reach around ± 0.005mm. This means that after multiple tool changes, the tool can accurately return to the same position, ensuring consistency and stability in machining. For example, in mass production of parts, it can ensure that the machining dimensions and accuracy of each part are highly consistent, and the product quality is stable.-Motion accuracy: During the movement of the turret, its motion accuracy in all directions is also relatively high. The motion accuracy in the X, Z, and other directions can usually be controlled within ± 0.02mm, and if configured, the accuracy in the Y axis can also reach a similar level. This enables the cutting tool to move accurately according to the programmed trajectory during the cutting process, ensuring the shape and size accuracy of the machined parts, which is very advantageous for machining complex surfaces, contours, and other parts.-* * Comprehensive machining accuracy * *: In actual machining, the overall performance of the Doosan PUMA 800L CNC lathe turret combined with the machine tool can achieve dimensional accuracy of turning parts within ± 0.05mm, and surface roughness can reach Ra1.6-Ra3.2 μ m. For some parts with high precision requirements, by optimizing the process and cutting parameters, the dimensional accuracy can even be controlled within ± 0.03mm, and the surface roughness can reach Ra0.8-Ra1.6 μ m.

The turret of the Doosan PUMA 800L CNC lathe can process a wide range of materials, mainly including the following categories:-* * Metal materials**-Cast iron: such as gray cast iron, ductile iron, etc., with good casting performance and wear resistance, commonly used in the manufacture of mechanical parts, automotive components, etc.-Steel: including carbon steel parts, alloy steel, steel forgings, etc. Carbon steel has certain strength and toughness, and can be used to manufacture various structural components; Alloy steel, by adding different alloying elements, has higher strength, hardness, wear resistance, and corrosion resistance, making it suitable for manufacturing high-strength and high-precision parts; Steel forgings, after undergoing forging processes, have a denser structure and better performance, and are commonly used as key components that can withstand large loads.-Non ferrous metals such as aluminum, copper, and their alloys. Aluminum alloy has the advantages of low density, high strength, and corrosion resistance, and is widely used in aerospace, automotive, electronics, and other fields; Copper alloys have good electrical conductivity, thermal conductivity, and corrosion resistance, and are commonly used in electrical equipment, instrument components, etc.-Non metallic materials**-Plastic: such as polyethylene, polypropylene, polyvinyl chloride, etc., has good plasticity, insulation, and corrosion resistance, and can be used to manufacture various plastic products, electronic component casings, etc.-Rubber: It has high elasticity, wear resistance, and sealing performance, and is commonly used in the manufacture of seals, shock-absorbing parts, etc.-* * Wood * *: can be processed by turning, milling, etc., used for manufacturing furniture, handicrafts, etc.-* * Stone * *: such as marble, granite, etc., can be used for processing building decoration materials, carving works, etc., but special cutting tools and techniques are required during processing.-Ceramic: It has the characteristics of high hardness, high temperature resistance, corrosion resistance, etc., and can be used to manufacture ceramic parts, electronic components, etc. However, ceramic materials have high hardness and are difficult to process, requiring the use of special tools such as diamond cutting tools.-Fiberglass: commonly used in the manufacture of composite materials, can be processed into various shapes of components, and has advantages such as high strength and lightweight.-Acrylic: It has good transparency and processing performance, and can be used to manufacture display products, lighting fixtures, etc.-Graphite: It has good conductivity, thermal conductivity, and lubricity, and is commonly used in the manufacture of electrodes, bearings, etc.

The turret of the Doosan PUMA 800L CNC lathe has the following characteristics:-Number and Configuration of Cutting Tools: The BMT85P powerful drilling turret with 12 workstations is used, which has a large number of cutting tools and can meet the needs of various machining processes, reducing downtime caused by tool replacement and improving machining efficiency. Composite machining can be carried out, integrating multiple functions such as drilling and milling. By configuring different types of tools on the same turret, various machining tasks such as turning, drilling, tapping, and milling can be completed in one clamping.-High precision and stability: As a servo turret, it is directly driven by a servo motor and has high positioning accuracy and repeatability accuracy, which can ensure the precise position of the tool during tool changing and machining processes, thereby ensuring machining accuracy. The structural design of the turret is sturdy and has good rigidity. When subjected to large cutting forces, it can maintain a stable working state, reduce vibration and deformation, and help improve the surface quality and dimensional accuracy of machining.-Quick tool change: The tool change speed is fast, and the tool switching action can be completed in a short time, greatly reducing the auxiliary machining time and improving the production efficiency of the machine tool.-Compatibility and universality: It can adapt to various CNC systems such as FANUC or SIEMENS, and can work well with machine tools of different control systems. It is easy for users to choose according to their own needs and usage habits, and also convenient for system upgrades and maintenance. The tool interface on the turret is universal and can accommodate various types and specifications of tools, meeting the processing requirements of workpieces with different materials, shapes, and machining needs.

The detailed information about the Doosan PUMA 800L CNC lathe is as follows:1、 Core parametersMaximum turning diameter: 900mmMaximum turning length: 3000mm (bed length optional, some data shows 3200mm, specific specifications subject to configuration)Chuck size: 32 inchesSpindle through-hole diameter: 320mmSpindle speed: 750rpmSpindle motor power: 45kW (some high-end versions can reach 55kW, specific configuration needs to be confirmed)Knife tower: 12 station BMT85P powerful drilling knife tower, supporting composite processingNumerical Control System: Optional FANUC or SIEMENS system.2、 Equipment features1. Structural design-Adopting a box type guide rail and three-stage gearbox structure spindle, suitable for large-diameter and heavy cutting machining.-Optional Y-axis (± 200mm stroke) and Big Bore (large hole) configurations are available to expand the machining range.2. Processing capability-Supports composite machining such as turning, milling, drilling, and tapping, suitable for large shaft and disk parts as well as complex surface machining.-Machinable materials include cast iron, steel forgings, alloy steel, non-ferrous metals, etc.3. Stability and efficiency-The bed has strong rigidity and is suitable for long-term high-precision machining.-The knife tower has a fast tool changing speed, reducing auxiliary time.3、 Application FieldsLarge precision parts processing in industries such as oil and gas, engineering machinery, shipbuilding, aerospace, etc.4、 Price referenceIn the second-hand market, 80% to 90% of new equipment is priced at approximately 1.2 million RMB (depending on equipment configuration, service life, and trading location).5、 PrecautionsWhen purchasing, it is necessary to confirm the configuration (such as whether it includes Y-axis, center frame, etc.) and system version.It is recommended to evaluate the equipment status through professional channels to ensure after-sales service support.

The Mazak QT200 CNC lathe is suitable for processing various types of parts, especially performing well in the following types of parts:-Axis parts: The high-precision spindle and stable feed system of this machine tool can ensure coaxiality and cylindricity when machining axis parts. Whether it is a regular optical axis or a shaft with complex features such as keyways and threads, such as motor shafts, transmission shafts, etc., the Mazak QT200 can achieve high-precision dimensional control and good surface quality through precise programming and machining.-Disk type parts: For disk type parts such as gear blanks, flanges, etc., the Mazak QT200 can utilize its high-speed cutting capability and precise positioning function to quickly complete the machining of outer circles, end faces, inner holes, and other parts. At the same time, with its advanced tool system, various complex contours and groove shapes can be machined on disc parts to meet different design requirements.-When processing sleeve parts, the Mazak QT200 CNC lathe can ensure the coaxiality requirements between the inner hole and the outer circle, as well as the cylindricity and surface roughness of the inner hole. Through precise tool path control, various sizes and shapes with high precision requirements can be machined on the inner and outer surfaces of sleeve parts, such as hydraulic cylinder sleeves, bearing sleeves, etc.-* * Complex curved surface parts * *: Although the Mazak QT200 is mainly used for turning machining, equipped with advanced CNC system and multi axis linkage function, it can also process some parts with complex curved surfaces, such as impellers, blades, etc. Through precise coordinate transformation and tool path planning, high-precision machining of complex surfaces can be achieved to a certain extent, meeting the machining needs of complex surface parts in fields such as aerospace and mold manufacturing.-* * Precision Threaded Parts * *: This machine tool has high-precision pitch control capability and can process threaded parts with various precision requirements, such as lead screws, nuts, etc. Its advanced CNC system can accurately control the relationship between spindle speed and feed rate, ensuring the pitch accuracy and surface quality of threads, and meeting the needs of industries such as mechanical manufacturing and precision instruments for precision threaded parts.

Compared with similar products, the Mazak QT200 CNC lathe has the following advantages and disadvantages:-* * Advantages**-High precision machining capability: Equipped with a high-speed and high-precision built-in electric spindle structure, it reduces vibration and thermal displacement during high-speed operation, ensuring good machining accuracy and surface roughness, and achieving good spindle rigidity and cooling effect. The entire shaft adopts high rigidity roller guide rails, which have good dynamic characteristics and can ensure stability and accuracy during the machining process.-* * Efficient tool changing system * *: The 12 angle bolt fastening tool tower adopts hydraulic locking, non lifting servo drive indexing structure, non lifting rotation indexing, reduces interference with the workpiece, can be opened and closed at high speed, and tool changing speed is fast, which can effectively improve processing efficiency.-Advanced CNC systems, such as the MAZATROL SmoothG CNC system or MAZAK-FZ CNC system (with the addition of MAZAK special functions on the FANUC CNC system), make machine operation more convenient and safe, with more stable machining accuracy and higher machining efficiency.-* * Good automation adaptability * *: The tailstock is driven by NC, and the tailstock position can be adjusted during the automatic cycle, which is suitable for the automatic processing field. SmoothC system can also be configured, which can select suitable automation options such as truss manipulator system and rotating silo according to the processing form and workpiece shape.-* * Energy saving and environmentally friendly design * *: Fully enclosed structure protective cover prevents chips and smoke from overflowing, preventing pollution of the working environment. Using high lifespan LED lighting, after a period of standby, the machine will automatically turn off the lighting and stop the operation of the chip conveyor to reduce overall power consumption.-* * Disadvantages**-Relatively high price: As a well-known high-performance CNC lathe brand, the price of Mazak QT200 is usually higher than some domestic brands or similar mid to low end products, and the procurement cost is relatively high. This may be a consideration factor for some budget limited enterprises.-High requirements for operators: Due to the advanced CNC system and functions, operators need to have a high level of professional knowledge and skills in order to fully utilize the performance and functions of the machine tool. Otherwise, problems such as unskilled operation and programming difficulties may occur, affecting processing efficiency and quality.-High maintenance costs: On the one hand, its components have high precision, and the maintenance and replacement costs are relatively high; On the other hand, when a malfunction occurs, professional technicians and specific maintenance equipment may be required for repair, and the repair costs and time costs may also be high. Moreover, the supply of accessories for imported machine tools may have a longer cycle, which can affect the normal use of the equipment.

When purchasing the Mazak QT200 CNC lathe, it is necessary to consider multiple aspects such as machining needs, machine configuration, and after-sales service to ensure cost-effectiveness. The following is a specific analysis:1. Clarify processing requirementsPart type and size: Determine whether the machining range and load-bearing capacity of the machine tool match based on the types of parts that are frequently processed, such as shafts, disks, etc., as well as the maximum size and weight of the parts, to avoid resource waste or inability to meet machining requirements caused by machine tool specifications being too large or too small.Processing accuracy requirements: If the processed parts have high accuracy requirements, such as IT6-IT7 level accuracy, attention should be paid to the positioning accuracy, repeat positioning accuracy and other indicators of the machine tool to ensure that the machine tool can meet the processing accuracy requirements. At the same time, do not excessively pursue high accuracy and increase unnecessary costs.Production efficiency requirements: Based on the batch size and delivery time requirements of production tasks, consider factors that affect production efficiency such as spindle speed, feed rate, and tool change time of the machine tool. For example, for mass-produced parts, a fast tool changing system and higher cutting speed can significantly improve production efficiency.2. Consider the configuration of the machine toolSpindle configuration: The speed range, torque magnitude, and accuracy retention of the spindle are important considerations. High speed is suitable for processing non-ferrous metals and other materials, while high torque is beneficial for processing high hardness materials or performing large cutting operations.The turret system: The tool capacity, tool changing speed, and accuracy of the turret affect the flexibility and efficiency of machining. The 12 station turret can accommodate more tools compared to the 8 station turret, reducing the time for frequent tool changes due to insufficient tool quantities.Numerical Control System: Mazak's MAZATROL SmoothG numerical control system is powerful and easy to operate. It is necessary to confirm whether the system version meets the functional requirements of programming, simulation processing, online monitoring, etc. Higher version systems may have better functionality and stability, but the price is also higher.Automation functions, such as automatic loading and unloading devices, tool automatic measurement and compensation systems, may increase equipment costs, but can significantly improve production efficiency and processing accuracy, reduce labor costs, and require careful consideration based on actual production needs.3. Pay attention to the quality and performance of machine tools**Machine tool structure and rigidity: The structural design and material selection of key components such as the bed and columns of the machine tool determine its rigidity and stability. The high rigidity structure design adopted by Mazak QT200 can effectively reduce vibration during the machining process, ensure machining accuracy and surface quality, and extend the service life of cutting tools.Transmission system accuracy: The accuracy and quality of transmission components such as ball screws and guide rails directly affect the motion accuracy and stability of the machine tool. High precision ball screws can achieve precise displacement control, ensuring the accuracy of machining dimensions.Brand and reputation: As a well-known machine tool brand, Mazak has a good market reputation, and its products have high guarantees in quality, performance, and reliability. User evaluations and practical use cases can help understand the performance of machine tools in actual production, and can refer to feedback from other users on QT200's machining accuracy retention, failure rate, and other aspects.4. Evaluate after-sales serviceTechnical support and training: Comprehensive technical support includes timely troubleshooting, software upgrades, and professional operation training. When purchasing, it is important to understand whether the manufacturer or distributor can provide professional technical personnel for on-site training, so that operators can quickly master the operation and programming skills of the machine tool, reducing equipment debugging and production preparation time.Timeliness of parts supply and maintenance: During the use of machine tools, it is inevitable that parts may wear or be damaged. Therefore, it is necessary to consider the parts supply capability and maintenance response speed of the manufacturer or distributor. Fast supply of parts and maintenance services can reduce equipment downtime and minimize the impact on production.5. Consider price and costPurchase price: Compare between different distributors to obtain a reasonable quotation. At the same time, pay attention to the manufacturer's promotional activities, preferential policies, etc., and strive for more favorable purchasing prices. But don't just rely on price as the sole selection criterion, consider factors such as the configuration, performance, and after-sales service of the machine tool comprehensively.Usage cost: including energy consumption of machine tools, tool consumption, maintenance costs, etc. Although the Mazak QT200 has performance advantages, there may be differences in energy consumption and tool consumption under different configurations and usage methods. In addition, understand the daily maintenance requirements and required costs of machine tools, including the cost of regularly replacing lubricants, filters, and other vulnerable parts, as well as the labor cost required for equipment maintenance.

The price of Mazak QT200 varies depending on factors such as the age, configuration, and sales channels of the equipment. Here are some price references for different situations: Brand new equipment: Due to the multiple specific models and configurations of the Mazak QT200, it is difficult to provide an accurate price for the brand new equipment, but generally speaking, its price may range from tens of thousands to millions of yuan. Second hand equipment: According to online second-hand equipment trading information, 90% of the new Mazak QT-200 CNC inclined body car has a turning diameter of 500mm, X-axis stroke of 160mm, Z-axis stroke of 400mm, main motor power of 7.5kw, and was manufactured in 2004. The selling price is 6600 yuan; Similar equipment manufactured in 2009, priced at 2 yuan per unit, with a minimum order of 3 units. In addition, the Mazak QT-200L CNC inclined body lathe, which is over 90% new, is priced at 8800 yuan; The 90% new Mazak QT-200MSL turning and milling composite, with a turning diameter of 695mm and a faucet chip conveyor, is priced at 6600-8800 yuan. If you need to know the more accurate selling price of Mazak QT200, it is recommended to contact Mazak's authorized dealer or visit their official website for consultation. You can also refer to some professional machine tool trading platforms and second-hand machine tool market price information.

The Japanese Mazak QT200 is a high-performance CNC lathe. The following will introduce its machining capability, structural design, control system, and other dimensions: 1. Processing capability Rotation and machining diameter: QT200 has different models, such as QUICK TURN 200 L with a maximum rotation diameter of Φ 660mm and a maximum machining diameter of Φ 350mm; The maximum rotation diameter of QUICK TURN 200M is φ 675mm, and the maximum machining diameter is φ 380mm. Processing length: The maximum processing length of QUICK TURN 200 L is 541mm, and the maximum processing length of QUICK TURN 200M is 538mm. Bar processing: The bar processing capacity is generally Φ 65mm, which can meet various bar processing needs. Spindle speed and torque: The maximum spindle speed can reach 5000min-1, and the maximum torque (15% ED) is 233N · m, providing powerful power. 2. Structural Design Knife tower: Adopting a 12 angle drum type knife tower (bolt fastening type), it can install various cutting tools, change tools quickly, and improve machining efficiency. Guide rail: The entire axis adopts high rigidity roller guide rail, which has good dynamic characteristics and can ensure the stability and machining accuracy of the machine tool. Tailstock: some models, such as QTE-200MSY L, use NC to drive the tailstock, which can adjust the tailstock position during the automatic cycle, and is suitable for automatic processing. 3. Control system: equipped with MAZATROL SmoothG CNC system, supporting both EIA/ISO program and MAZATROL dialogue program, easy to operate, simple to program, and can also import 3D CAD data, reducing input errors and program checking time. 4. Other characteristics Automation integration: It can be easily integrated with automation equipment such as bar feeders and gantry robot loaders to achieve unmanned operation and improve production efficiency. Thermal stability: The standard thermal shield function can effectively control the impact of environmental changes on machine accuracy, ensuring stable and continuous machining accuracy. Processing accuracy: Equipped with a high-speed and high-precision built-in electric spindle structure, it reduces vibration and thermal displacement during high-speed operation, ensuring good processing accuracy and surface roughness.

The maintenance of the Doosan DNM4050 vertical machining center can be carried out according to the following cycles and contents:Daily maintenance and upkeep1. Cleaning work: Clean the inside and outside of the machine tool, including the control panel, spindle taper hole, tool holder, tool head, worktable, three-axis telescopic cover, etc., to remove dust and iron filings.2. Check the oil level: Check the height of the lubricating oil level to ensure that all components of the machine tool are fully lubricated; Check if the coolant in the coolant tank is sufficient and add it in a timely manner; Check if the oil in the knife cylinder oil cup is sufficient, and add it promptly if it is insufficient.3. Check the air pressure: Check the oil level height of the pneumatic triple joint, which is about 2/3 of the entire oil pipe height, and eliminate the water vapor in the oil filter tank; Check the air pressure, usually set at 5-7kg/c ㎡.4. Check the spindle: Check if the air blowing in the taper hole of the spindle is unobstructed, and wipe it with a cotton cloth before spraying light oil.5. Check the tool magazine: Clean the tool magazine arm and tools, especially the claw part, to ensure that the tool magazine arm changes smoothly.6. Check the components: Check if the limit switch and collision block are exposed and clean them, removing any cutting or oil stains on them; Check all signal lights to ensure that the abnormal alarm warning lights are working properly; Check if there is any leakage in the oil pressure unit pipe.Weekly maintenance1. Filter cleaning: Clean the air filter, cooling pump, and lubricating oil pump filter of the heat exchanger.2. Tool inspection: Check if the tool bolt is loose and if the handle is clean.3. Origin check: Check if the three-axis mechanical origin is offset.4. Tool magazine inspection: Check whether the tool magazine changing arm action or tool magazine disc rotation is smooth.5. Oil cooler inspection: Check the set temperature of the oil cooler, it is recommended to set it between 26-28 ℃, and replenish the oil cooler.Monthly Maintenance1. Track lubrication: Check the lubrication condition of the X, Y, and Z three-axis tracks to ensure good lubrication of the track surface.2. Switch cleaning: Check and clean the limit switch and bumper.3. Nameplate inspection: Check whether the indicator and warning nameplates on the machine are clear and visible.Half year maintenance1. Component cleaning and inspection: Remove the three-axis anti chip cover, clean the three-axis oil pipe joint, ball guide screw, three-axis limit switch, and check their normality; Check if the hard rail scraping blades on each axis are effective.2. Motor inspection: Check whether the servo motors and heads of each axis are operating normally and whether there are any abnormal sounds.3. Oil change: Replace the oil pressure unit oil and the tool magazine reducer oil.4. Gap test: Test the gap between each axis and adjust the compensation amount if necessary.5. Electrical box inspection: Clean the dust inside the electrical box and thoroughly inspect whether all contacts, joints, sockets, and switches are normal.6. Horizontal adjustment: Check and adjust the mechanical level.Annual maintenance1. Button inspection: Check if all buttons are sensitive and functioning properly.2. Water tank cleaning: Clean the cutting water tank and replace the cutting fluid.3. Accuracy check and adjustment: Check the vertical accuracy of each axis to determine whether adjustment is necessary; Calibrate the geometric accuracy of the machine tool, including indicators such as straightness, parallelism, and flatness; Measure the axial positioning accuracy using professional tools such as laser interferometers, and adjust the corresponding compensation values based on the results.4. Electrical system maintenance: Check the integrity and working condition of components such as grounding protection system, circuit breakers, contactors, etc; Ensure the normal operation of the cooling fan inside the electrical cabinet, and check for any abnormalities in the fuses and air switches; Clean the electrical components inside the control cabinet.