Industrial Automation Systems Provider
As a certified manufacturer specializing in automation equipment, we provide turnkey solutions from single components to complete production lines. Our CE/UL certified facilities deliver precision systems compliant with ISO 9001 standards.
800+ automation systems deployed
<0.02mm repeatability
PLC-integrated solutions
48-hour prototype service
Custom motion control development
800+ automation systems deployed <0.02mm repeatability PLC-integrated solutions 48-hour prototype service Custom motion control developmentCustom Automation Industry Parts and Products
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Hollow Shaft EncoderHollow shaft encoders are usually made of aluminum alloy, stainless steel or ceramic, and are formed by precision turning, grinding or powder metallurgy sintering.
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Indexing Plate RatchetIndexing plate ratchet is usually made of 40Cr alloy steel, GCr15 bearing steel or powder metallurgy steel, and is formed by precision forging, CNC gear shaping/gear hobbing and heat treatment (quenching + tempering).
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Machine Base PlateThe machine base is usually made of Q235 carbon steel, 45# steel or 6061 aluminum alloy, and is formed by laser cutting, bending welding or precision casting.
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Motor End CapsThe motor end cover is usually made of HT200 cast iron, ADC12 die-cast aluminum alloy or 304 stainless steel, and is formed by precision casting, CNC turning and milling composite processing or stamping and stretching.
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Pneumatic Air SlideTablePneumatic slides are usually made of high-strength aluminum alloy ( 6061-T6), stainless steel (SUS304) or engineering plastics (POM) and are manufactured through precision extrusion, CNC machining or injection molding.
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Robot Joint GearRobot joint gears are usually made of 20CrMnTi alloy steel, 42CrMo high-strength steel or powder metallurgy steel, and are formed through precision forging, CNC hobbing/grinding, and carburizing and quenching heat treatment.
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Surgical Robot ReducerThe core components of surgical robot reducers are usually made of medical-grade titanium alloy or high-purity stainless steel and are manufactured through five-axis linkage nano-grinding, laser cladding or powder metallurgy sintering processes.
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Timing Belt PulleysTiming pulleys are usually made of powder metallurgy steel (Fe-Cu-C material), aluminum alloy (6061) or nylon reinforced composite materials, and are processed by precision die sintering, CNC turning or injection molding.
Why Choose Worldsoaring for the Automation?
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Ultra-high precision processing capability to meet the precision transmission requirements of automation equipmentWorldsoaring uses a five-axis linkage CNC machining center, which can achieve a machining accuracy of ±0.005mm, which is particularly suitable for precision machining of key transmission components such as linear modules, servo motor housings, and harmonic reducers. Through nano-level surface treatment (Ra≤0.2μm), the friction coefficient of moving parts is significantly reduced, and the operating efficiency and service life of automation equipment are improved.
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Integrated processing technology for complex structural partsIn response to the requirements of automation equipment for structural compactness, Worldsoaring has the ability to process special-shaped cavities, thin-walled structures (<0.5mm) and precision gears through multi-axis linkage. Using topological optimization design + five-axis precision machining technology, while ensuring structural strength, it can achieve a weight reduction of 20-30%, helping automation equipment to improve energy efficiency.
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Special material processing expertiseWe have rich experience in processing commonly used automation materials such as aluminum alloy (6061-T6), stainless steel (304/316), and engineering plastics (POM). Especially in the wear-resistant coating treatment, it has unique advantages, which can increase the service life of moving parts such as guide rails and sliders by more than 3 times, greatly reducing equipment maintenance costs.
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Intelligent manufacturing and mass production stability controlEquipped with an adaptive processing system, real-time monitoring and compensation of tool wear, ensuring that 100,000+ batch production CPK ≥ 1.67. Typical case: Continuously supplying 300,000 sets of harmonic reducer housings for a global leading industrial robot brand, with dimensional consistency controlled within ±0.01mm.
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Rapid response and modular delivery system72-hour rapid proofing: supports rapid verification in the R&D stage of automation equipment Functional unit integration: provides modular components such as motor seat + reducer housing 48-hour emergency delivery: establishes a dedicated automation spare parts library to ensure zero downtime of customer production lines
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Industry certification and successful casesPassed ISO 9001 & IATF 16949 certification, service coverage: Industrial automation: supply core transmission components for ABB and FANUC Logistics automation: batch processing of AGV drive units, cumulative delivery of 500,000 sets Detection automation: high-precision visual inspection equipment frame processing, flatness ≤ 0.01mm/m
Automation
Provide stable and reliable precision parts support for industrial automation production lines, intelligent equipment and robot systems
- Module aluminum alloy profile
- Servo motor coupling
- Automation conveyor line roller
- Pneumatic precision valve body
- Industrial harmonic reducer housing
- Sensor stainless steel bracket
- Automation fixture module
- Visual inspection lens holder
Specialist Industries
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Automation
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