Reducers - Import export

Gear Reducer Gearboxes for oil exploration Huan-Tai specialize in investment castings, sand castings, die castings, gravity castings in material of carbon steel, alloy steel, cast iron, ductile iron, aluminum, bronze and custom material. Typical products include custom casting parts, trailer parts, agricultural gearbox, gear, gear shaft, CNC machining parts, train parts, wear resistant parts, crusher parts like liner plates, bowl liner, jaw plate, mantle, heavy castings, coal mining machinery parts and aluminum castings & bronze castings etc. We strive to provide the high quality castings with tight tolerance and try to avoid defects delivered to our customers. Our inspection: 1.Metal testing and analysis, mechanical properties, microstructure, spectrometer and furnace chemical composition analysis. 2.Non-destruction inspection: MPE, LPE, UE and RE 3.Dimension inspection: well experienced inspector team 4.Quality control 5.3rd party inspection

Gear Reducer Gearboxes for oil exploration and marine Oil Pumping Unit Gearbox Oil Pumping Gearbox Precision machined gears Gearboxes, industries served: marine gearbox, oil exploration, automotive, agricultural, recreational vehicles, power generation, ship building Surface preparation: nitride; carbonitride Material: AISI 1035, 1040, 4140, 4320, 4340, 8620H or other customized materials. Specfication see above photos.

POWER JACK MOTION considerable investment in sophisticated equipment ensures high precision, high quality, custom made Speed-Reducer Gears that adhere to tight customer specifications. We have been cutting precision Speed-Reducer Gears since 2003. Our machinery is perfect for precision gear cutting, whether it be a standard or custom design, small and large diameter gears of various dimensions and complexity.Regardless of the volume of your order, our sophisticated machines are able to get the job done quickly and effectively.

Low Backlash: Backlash is under 3 arcmin.Backlash for 2 stage speed reduction is within 5 arcmin High Efficiency:Efficiency for 1 stage model exceeds 95%,2 stage model exceeds 92% Size:PLF060/PLF080/PLF090/PLF120/PLF160 Output Rated Torque Range:From 9Nm to 500Nm Adapter-bushing connection,can be attached to any motor No Grease Leakage and Maintenance-free Planetary Gearbox Application:Aerospace,military industry,Medical health,electronic information industry,Industrial robots,production automation,CNC machine tool manufacturing industry,Auto industry,textile,printing,food,metallurgical,environmental protection engineering,warehouse logistics industry

The PEEK bearing cage is a cutting-edge engineering component designed to optimize the performance and longevity of industrial bearings. Made from Polyether Ether Ketone, or PEEK, this high-performance thermoplastic offers exceptional properties such as high-temperature resistance, low friction, and excellent mechanical strength. With its lightweight and chemical resistance, the PEEK bearing cage is ideal for demanding applications in various industries, ensuring smooth and efficient operation even in extreme conditions. Upgrade your bearings with PEEK cages to achieve enhanced reliability, reduced maintenance, and improved overall efficiency in your machinery and equipment.

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Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Our company has 25 years experience for manufacture different kinds of gears.And our company has many advanced production equipments. such as CNC forming grinding wheel grinding machines, gantry machining centers, four axis and five axis machining centers, CNC lathes, CNC gear shapers, CNC milling machines, CNC hobbing machines, gear chamfering machines.and more than 40 sets of processing and testing equipment. we can provide various professional production services such as precision gear wheel machining, CNC machining, CNC turning machining, and so on.

1, custom drawing 2, Materials: carbon steel, alloy steel, cast iron, cast steel, pig iron, grey iron, ductile cast iron and so on. 3, Has established efficient quality system and obtained international approvals ISO9001, TUV-PED, BV. 4, Produced by experienced technical staff. 5, Production capacity: more than 8,000MT per year. 6, Small orders accepted. 7, Perfect facilities. 8, Advanced machining equipment. 9, Material standards: GB,DIN,EN,NF,ISO,JIS,SS,BS,AISI,SAE,ASTM,UNS,ACI.

To meet your high precision motion control applications, we have developed a unique machining technology.Power Jack Motion offer kinds of gear products such worm gear and worm shaft,planetary gears,bevel gears,helical gears.

90mm size planetary gear reducer for agriculture machine,industrial machine,automation project

Following different solar tracker size,select the suitable gear motor for your solar tracking systems.High precision.High torque output.Low speed.The Maximum extreme torque could be 1300 N.m.The rated torque is from 30 N.m to 600 N.m.Low cost selection and perfect motion control design for kinds of solar tracking systems.

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RV-6E accuracy test example Install the RV-6E reducer at the end of the power arm, the arm length is 50CM , that is, 500mm . First let the boom press down on the probe of the dial indicator, note the reading: 3.111 mm, then reverse the motor 300 steps, about half a turn. Then turn forward 300 steps to return to the original position, and get a reading of 3.115 mm. Error 0.004mm . Then after 500 tests, the average error absolute value is 0.026 mm. The perimeter of the top of the boom is 500*2*3.14=3140mm, the perimeter of 1 degree is 3140/360=8.7mm, then the perimeter of 1 arc minute is 8.7/60=0.145mm, the absolute value of our average error is 0.026mm, which is equivalent to a circumference of 0.026/0.145=0.1793 arc minutes. A backlash of less than 1 arcmin has been achieved.

RV-20E accuracy test example Install the RV-20E reducer at the end of the power arm, the arm length is 65cm , that is, 650mm, and the test speed is 20 . First let the motor press down on the dial indicator, record the reading of 5.696 mm, let the motor reverse 300 steps, and after the mechanical arm reverses 300 steps, let it reset. At this time, the reading of the dial indicator is: 5.673 mm. Then after 500 tests, the average error absolute value is 0.0523 mm. The perimeter of the top of the boom is 650*2*3.14=4082mm, the perimeter of 1 degree is 11.33mm, then the perimeter of 1 arc minute is 11.33/60=0.18mm, the absolute value of our average error is 0.0523mm, Equivalent to a perimeter of 0.0523/0.18=0.29 arc minutes. A backlash of less than 1 arcmin has been achieved.