ANTISHICNC has been deeply engaged in the metalworking machine tool industry for 28 years and is a leading supplier in the industry. Its machines utilize high-strength alloy castings and imported precision spindles. These machines, certified to 0.001mm machining accuracy after 72-hour load testing, are ISO9001 and CE certified, and offer a ten-year maintenance-free lifespan.
Our team, comprised of experts in mechanical design and CNC programming, is both proficient in equipment manufacturing and fully versed in the entire machining process, providing professional process solutions. We support customization and ODM/OEM services, with custom R&D services available for orders starting at one unit. We serve over 20 industries, including automotive bearings and aviation pipe fittings.
Antis offers one-stop services, from equipment selection to lifelong maintenance. Our "four-step" quality inspection system ensures quality. We have supplied over 12,000 machines to over 3,000 companies, adapting them to a wide range of metal cutting applications. Please contact us for detailed product solutions.
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T Slot MachiningBK5030 CNC T slot machining is a new product independently designed and developed by our company. This machine tool has the functions of plane slotting, molding surface slotting and keyway -
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Vertical SlotterCNC Vertical slotters are precision machining equipment that incorporates CNC technology on the basis of traditional slotting machines. The core function is still to cut the workpiece through the -
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Heavy Duty Slotting MachineThis heavy duty slotting machine is a precision CNC equipment that integrates multiple processing capabilities.
Product Introduction
A CNC slotting machine is a computer-controlled version of the traditional slotting machine, designed to automate the process of cutting slots, keyways, grooves, and other recesses in workpieces with high precision and repeatability. By integrating Computer Numerical Control (CNC) technology, it overcomes the limitations of manual or universal slotting machines, offering enhanced accuracy, efficiency, and flexibility in manufacturing.
Product advantages
Equipped with computer numerical control, it achieves precise positioning and consistent cutting parameters, ensuring dimensional accuracy (up to ±0.01mm) and uniform slot quality, far exceeding manual or ordinary slotting machines.
Automates processes like tool feeding, speed adjustment, and workpiece indexing, reducing manual intervention.
Easily adapts to complex workpieces by modifying CNC programs, eliminating the need for frequent fixture adjustments. Suitable for both small-batch customization and mass production.
Features automatic protection functions and enclosed processing areas, minimizing operator contact with moving parts and reducing accident risks.
Simplifies operation—operators only need to set parameters and monitor processes—lowering skill requirements. Saves labor costs, especially in long-term continuous production.
Advanced drive systems and high-rigidity structures reduce vibration and deformation during cutting, ensuring stable output even for high-hardness materials.
Product Specification
Application
Mechanical Manufacturing Industry
It processes keyways on shafts and wheel hubs, and cavities and contours on mold bases, ensuring precision and stability in component assembly.
Automotive and Aerospace Industries
It processes precision grooves on transmission spline shafts, aircraft landing gear, and other components, meeting the stringent precision and strength requirements of vehicles and spacecraft.
Energy and Heavy Machinery
It processes transmission grooves under high loads for turbine shafts, generator rotors, and crane components, ensuring stable operation of large equipment.
Precision Instrument and Hardware
It processes microscopic grooves for measuring tools, sensor housings, locks, and other components, balancing the efficiency and high precision requirements of mass production.
Precautions for use
Pre-Operation Checks
Verify CNC program accuracy (avoid collision codes), inspect tool clamping tightness and wear, check coolant supply, and ensure emergency stop functions work.
Workpiece Setup
Secure workpieces firmly with appropriate fixtures; align datum points with program coordinates to prevent offset. Avoid overloading the worktable beyond weight limits.
Program and Parameter Settings
Test-run programs at low speed for the first time to check tool paths. Set reasonable cutting parameters (speed, feed) based on material; avoid excessive values causing tool breakage.
Safety Operations
Wear protective gear (glasses, gloves); keep hands away from moving parts. Close the machine enclosure during operation to prevent chip splashing.
In-Process Monitoring
Observe cutting sounds and spindle load; stop immediately if abnormalities (vibration, sparks) occur. Ensure continuous coolant to prevent tool overheating.
Post-Operation Maintenance
Power off after the machine stops; clean chips and coolant. Lubricate guide rails, store tools properly, and record operation logs for troubleshooting.
System Protection
Avoid sudden power cuts; back up programs regularly. Prevent dust or moisture from entering the CNC control cabinet to protect electronic components.
FAQ
Q: Why does the tool break frequently during operation?
A: Common causes include improper cutting parameters (excessive feed rate or spindle speed), dull/worn tools, insufficient coolant supply (leading to overheating), or workpiece misalignment (causing uneven force). Check parameters, replace tools timely, ensure adequate cooling, and re-secure the workpiece.
Q: What causes dimensional inaccuracies in machined slots?
A: This may result from loose tool clamping (leading to tool shift), wear or deformation of guide rails/screws, incorrect program coordinates, or thermal expansion of the workpiece/machine due to prolonged operation. Tighten tools, calibrate guide rails, verify program datums, and allow the machine to cool if overheated.
Q: Why does the CNC system display an error alarm during operation?
A: Alarms often relate to program errors (e.g., invalid codes, exceeding axis travel limits), sensor malfunctions (e.g., limit switches), or insufficient lubrication/pneumatic pressure. Check the error code in the system manual, debug the program, inspect sensors, and ensure proper lubrication/air supply.
Q: How to handle abnormal noise or vibration during cutting?
A: Abnormal sounds/vibrations typically stem from unbalanced workpieces, loose fixtures, worn bearings, or mismatched cutting parameters. Stop the machine, re-clamp the workpiece, tighten fixtures, check bearing condition, and adjust parameters to reduce cutting force.
Shanghai Antishicnc Machine Equipment Co., Ltd. is one of the most professional cnc slotting machine manufacturers and suppliers in China, featured by quality products and low price. Please rest assured to wholesale high-grade cnc slotting machine for sale here from our factory.
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