Custom Components for
Emobility solutions
Experience the power of precision components for emobility solutions. Our expertly engineered components deliver exceptional performance, reliability, and efficiency. Drive the future of transportation with our precision components tailored for emobility applications.
- Efficient sampling: 3 days
- Quality assurance: ISO 9001:2015 certified
- Experienced: 30 years in custom field
On-Demand Production for Emobility Components
Unlock the potential of on-demand production for emobility components. Our agile manufacturing services cater to your specific needs, delivering high-quality components with quick turnaround times. Experience flexibility, efficiency, and innovation with our on-demand production for emobility components
The stamping process is a sheet metal fabrication method, which uses stamping equipment to press the mold to the metal sheet to cause plastic deformation or separation of the sheet material.
Neway's commonly used prototyping methods include CNC machining, rapid molding, and 3D printing. These prototyping methods can work out samples in 1 day.
Metal Powder Injection Molding MIM processing for mass production of stainless steel or hard metal MIM parts with high shape complexity in high-efficiency and cost-effective
Precision ceramic parts customization, the ceramic powder injection molding process enables mass production of high-performance ceramic parts with high complexity
Injection mold process: a cost-effective production process for manufacturing a custom plastic products with wild size range and tight tolerance
High pressure die casting: Mainly Aluminum alloy and Zinc alloy precision die casting process for custom components mass production with wild size range and high complexity.
Investment Casting (Lost wax casting) mainly used in high melting point metal casting, Such as stainless steel casting, Iron casting or CrMo Alloy casting. It is small or medium quantity production method
Gravity die casting is a process in which the molten alloy enters the mold under gravity and then after cooling and forming. It is suitable for castings with mid complexity and Min 1mm wall thickness
The sand casting process is usually used for products with large thicknesses, low structural complexity, low surface requirements, and relatively large products. Suitable for small and medium-volume production
Laser cutting is a common process in sheet metal fabrication. Laser cutting is most efficient and precise when the thickness of the sheet is between 0.5mm and 10mm. Suitable for small batches and medium-quantity production
The stamping process is a sheet metal fabrication method, which uses stamping equipment to press the mold to the metal sheet to cause plastic deformation or separation of the sheet material.
Neway's commonly used prototyping methods include CNC machining, rapid molding, and 3D printing. These prototyping methods can work out samples in 1 day.
Metal Powder Injection Molding MIM processing for mass production of stainless steel or hard metal MIM parts with high shape complexity in high-efficiency and cost-effective
Precision ceramic parts customization, the ceramic powder injection molding process enables mass production of high-performance ceramic parts with high complexity
Injection mold process: a cost-effective production process for manufacturing a custom plastic products with wild size range and tight tolerance
High pressure die casting: Mainly Aluminum alloy and Zinc alloy precision die casting process for custom components mass production with wild size range and high complexity.
Neway's commonly used prototyping methods include CNC machining, rapid molding, and 3D printing. These prototyping methods can work out samples in 1 day.
Metal Powder Injection Molding MIM processing for mass production of stainless steel or hard metal MIM parts with high shape complexity in high-efficiency and cost-effective
Precision ceramic parts customization, the ceramic powder injection molding process enables mass production of high-performance ceramic parts with high complexity
Injection mold process: a cost-effective production process for manufacturing a custom plastic products with wild size range and tight tolerance
High pressure die casting: Mainly Aluminum alloy and Zinc alloy precision die casting process for custom components mass production with wild size range and high complexity.
Investment Casting (Lost wax casting) mainly used in high melting point metal casting, Such as stainless steel casting, Iron casting or CrMo Alloy casting. It is small or medium quantity production method
Gravity die casting is a process in which the molten alloy enters the mold under gravity and then after cooling and forming. It is suitable for castings with mid complexity and Min 1mm wall thickness
The sand casting process is usually used for products with large thicknesses, low structural complexity, low surface requirements, and relatively large products. Suitable for small and medium-volume production
Laser cutting is a common process in sheet metal fabrication. Laser cutting is most efficient and precise when the thickness of the sheet is between 0.5mm and 10mm. Suitable for small batches and medium-quantity production
The stamping process is a sheet metal fabrication method, which uses stamping equipment to press the mold to the metal sheet to cause plastic deformation or separation of the sheet material.
Neway's commonly used prototyping methods include CNC machining, rapid molding, and 3D printing. These prototyping methods can work out samples in 1 day.
Metal Powder Injection Molding MIM processing for mass production of stainless steel or hard metal MIM parts with high shape complexity in high-efficiency and cost-effective
Why choose Neway for Emobility Components Manufacturing
Discover the advantages of choosing Neway for emobility components manufacturing. Benefit from our expertise, state-of-the-art facilities, and commitment to quality. Experience superior performance, precision, and reliability with Neway as your trusted partner for emobility components manufacturing.
Precision and Quality
At our manufacturing facility, we prioritize precision and quality above all else. Our state-of-the-art equipment and experienced team ensure that every part we produce is crafted to exacting standards, with exceptional attention to detail.
Comprehensive Capabilities
With a wide range of manufacturing capabilities, including plastic injection molding, metal injection molding, aluminum die casting, zinc die casting, and laser cutting, we can handle all of your custom metal and plastic parts needs in-house. This means faster turnaround times and greater control over the production process.
Technical Expertise
Our team of engineers and technicians are experts in their fields, with years of experience working with metal and plastic parts. We understand the intricacies of each manufacturing process and are always looking for ways to improve efficiency and quality.
Cost-Effective Solutions
We understand the importance of cost-effectiveness when it comes to automotive solutions. That's why we offer competitive pricing without compromising on quality. We work closely with our clients to find the most cost-effective solutions for their needs.
Flexibility
We're flexible and adaptable to meet the unique needs of each of our clients. Whether it's a small, one-off project or a large-scale production run, we can tailor our manufacturing process to suit your specific requirements.
Timely Delivery
We know that time is of the essence when it comes to automotive solutions. That's why we prioritize timely delivery and work diligently to ensure that your parts are delivered on time, every time.
Plastic Molding Emobility Components
Elevate your emobility solutions with plastic molding for custom components. Our expert team utilizes advanced plastic molding techniques to deliver high-quality, durable components for emobility applications. Experience superior performance and innovation with our plastic molding for emobility components.
- Interior and Exterior Parts: Plastic injection molding is used to produce interior and exterior parts such as dashboard components, door handles, and grilles.
- Lighting Components: Plastic injection molding is used to produce lighting components such as lenses and reflectors for headlights, taillights, and other lighting fixtures.
- HVAC Components: Plastic injection molding is used to produce heating, ventilation, and air conditioning (HVAC) components such as vents, fan blades, and air ducts.
- Engine Components: Plastic injection molding is used to produce engine components such as air intake manifolds, fuel rails, and oil pans.
- Suspension and Steering Components: Plastic injection molding is used to produce suspension and steering components such as bushings, mounts, and brackets.
More Custom Plastic Emobility Components
Explore a wide range of custom plastic emobility components. Our expert team specializes in crafting high-quality, tailor-made solutions for your emobility projects. Experience superior performance, reliability, and innovation with our custom plastic emobility components.
Dashboard Components
These include the dashboard cover, gauges, and vents.
Door Handles
Both interior and exterior door handles are often made with plastic injection molding.
Grilles
The grille on the front of a car is usually made from plastic injection molding.
Taillight Housings
The plastic housing that holds the taillight assembly is commonly made through injection molding.
Headlight Lenses
The clear plastic lenses on headlights are made through injection molding.
Mirror Housings
Plastic injection molding is used to create the housing for mirrors.
HVAC Vents
The plastic vents that direct air from the heating and cooling system are made with injection molding.
Engine Covers
Many engine covers, including the one that covers the air intake, are made through injection molding.
Battery Covers
The plastic cover that protects the battery is commonly made with injection molding.
Fenders
The plastic fender on a car is made with injection molding.
Bumper Covers
The plastic bumper cover is often made with injection molding.
Fuel Tanks
Some fuel tanks are made with plastic injection molding.
Center Consoles
The center console that separates the front seats in a car is made with injection molding.
Airbag Housings
The plastic housing that contains the airbag is made through injection molding.
Interior Trim
Plastic injection molding is used to create interior trim pieces such as door panels and armrests.
HVAC Blower Wheels
The plastic wheel that helps to distribute air from the heating and cooling system is made through injection molding.
Radiator Grilles
The grille on the front of the car that covers the radiator is made with injection molding.
Steering Column Covers
The plastic cover that surrounds the steering column is made through injection molding.
Gear Shift Knobs
The plastic knob that is used to shift gears is often made with injection molding.
Cup Holders
The plastic cup holder in a car is made through injection molding.
Custom Plastic Injected Emobility Parts
Don't settle for off-the-shelf automotive components that don't quite fit your needs. Instead, trust us to create custom metal and plastic parts that are tailored to your exact specifications. With our comprehensive manufacturing capabilities, we can deliver the perfect solution for your automotive solutions.
Metal Injection Molding in Automotive Industry
Elevate your emobility solutions with custom plastic injected parts. Our expert team utilizes advanced injection molding techniques to deliver precise and durable components for emobility applications. Experience superior quality, performance, and efficiency with our custom plastic injected emobility parts.
- Engine Components: MIM is used to produce complex engine components such as gears, sprockets, and valve guides.
- Transmission Components: MIM is used to produce transmission components such as shift forks, synchronizer hubs, and planetary gears.
- Steering Components: MIM is used to produce steering components such as power steering rack guides, pinion gears, and rack and pinion housings.
- Fuel System Components: MIM is used to produce fuel system components such as injector nozzles and fuel rails.
- Suspension Components: MIM is used to produce suspension components such as ball studs, clevis pins, and shock absorber rods.
- Brake System Components: MIM is used to produce brake system components such as brake caliper pistons, anti-lock brake system (ABS) sensor rings, and brake shoe adjusters.
- Electrical System Components: MIM is used to produce electrical system components such as sensors, connectors, and terminals.
Custom MIM Emobility Parts
Experience the excellence of custom MIM emobility parts. Our expert team utilizes Metal Injection Molding (MIM) technology to create precision-engineered components for emobility applications. Elevate your projects with our high-quality, durable, and reliable custom MIM emobility parts.
Turbine Blades
Metal injection-molded turbine blades made from superalloys such as titanium or nickel-based alloys are used in aircraft engines.
Heat Sinks
Metal injection-molded heat sinks are used in various electronic systems throughout the aircraft.
Hinges
Metal injection-molded hinges are used on various components throughout the aircraft, including access panels and doors.
Brackets
Metal injection-molded brackets are used to secure various components and systems in place within the aircraft.
Screws
Metal injection-molded screws are used in various systems throughout the aircraft, including hydraulic and fuel systems.
Bearings
Metal injection-molded bearings are used in various systems throughout the aircraft, including landing gear and control surfaces.
Actuators
Metal injection-molded actuators are used in various systems throughout the aircraft, including hydraulic and fuel systems.
Sensors
Metal injection-molded sensors are used in various systems throughout the aircraft, including temperature sensors and pressure sensors.
Connectors
Metal injection-molded connectors are used in various electrical and electronic systems throughout the aircraft.
Fittings
Metal injection-molded fittings are used in various systems throughout the aircraft, including hydraulic and fuel systems.
Valves
Metal injection-molded valves are used in various systems throughout the aircraft, including hydraulic and fuel systems.
Pins
Metal injection-molded pins are used in various systems throughout the aircraft, including landing gear and control surfaces.
Springs
Metal injection-molded springs are used in various systems throughout the aircraft, including landing gear and control surfaces.
Shafts
Metal injection-molded shafts are used in various systems throughout the aircraft, including landing gear and control surfaces.
Nozzles
Metal injection-molded nozzles are used in various systems throughout the aircraft, including hydraulic and fuel systems.
Pressure Plates
Metal injection-molded pressure plates are used in various systems throughout the aircraft, including hydraulic and fuel systems.
Fasteners
Metal injection-molded fasteners are used in various systems throughout the aircraft, including landing gear and control surfaces.
Housings
Metal injection-molded housings are used in various systems throughout the aircraft, including electronic systems and sensors.
Manifolds
Metal injection-molded manifolds are used in various systems throughout the aircraft, including hydraulic and fuel systems.
Flanges
Metal injection-molded flanges are used in various systems throughout the aircraft, including fuel systems and pressure systems.
Custom Emobility MIM Parts
Unlock the potential of custom emobility MIM parts. Our expert team utilizes Metal Injection Molding (MIM) technology to create precise and durable components for emobility applications. Experience superior quality, performance, and innovation with our custom emobility MIM parts.
Aluminum die casting Emobility Parts
Revolutionize your electric vehicles with our high-quality aluminum die casting parts. Engineered for perfection, our components deliver superior strength and reliability. Drive with confidence.
- Engine Parts: Aluminum die casting is used to produce a range of engine parts, including cylinder heads, engine blocks, and turbocharger housings. The high strength-to-weight ratio of aluminum makes it an ideal material for these applications, as it helps to reduce the overall weight of the engine while maintaining the necessary strength and durability.
- Structural Components: Aluminum die casting is also used to produce structural components for aircraft, including wing and fuselage parts. These parts need to be strong and lightweight, and aluminum die casting is able to meet these requirements while also allowing for the creation of complex shapes and designs.
- Landing Gear: Aluminum die casting is used to produce landing gear components, including wheels, brakes, and struts. These parts need to be strong and able to withstand the stresses of landing, and aluminum die casting allows for the creation of parts that are both strong and lightweight.
- Avionics Components: Aluminum die casting is also used to produce avionics components, including housings for navigation and communication equipment. These parts need to be precise and durable, and aluminum die casting allows for the creation of parts that are both functional and aesthetically pleasing.
Custom Aluminum die castings Emobility Components
Customize your e-mobility components with our premium aluminum die castings. From intricate designs to precise specifications, our solutions offer unmatched quality and performance. Drive the future with tailor-made excellence.
Engine Components
These include parts such as cylinder heads, engine blocks, and other components that are used to manufacture aircraft engines.
Landing Gear Components
These parts are used to construct the landing gear system of the aircraft, including components such as wheels, brakes, and struts.
Turbine Components
These components are used in the manufacturing of turbine engines, including parts such as compressor blades, turbine blades, and other parts that make up the turbine assembly.
Wing Components
These include various components such as wing spars, ribs, and skins that are used in the construction of aircraft wings.
Fuel System Components
These parts are used in the fuel system of aircraft, including fuel tanks, fuel lines, and fuel pumps.
Hydraulic System Components
These are used in hydraulic systems that control various components of the aircraft, such as landing gear, flaps, and brakes.
Navigation System Components
These parts include sensors, displays, and other components that are used in the navigation system of the aircraft.
Satellite Components
These parts are used in the manufacture of satellites and spacecraft that are used for various aerospace applications.
Avionics Components
These include various electronic components used in aircraft, such as flight computers, communication systems, and navigation systems.
Propulsion System Components
These parts include components such as propellers, rotors, and other systems used in the propulsion system of aircraft.
Control System Components
These parts are used in control systems that regulate various aspects of the aircraft, such as engine power, flight control surfaces, and landing gear.
Thrust Reverser Components
These components are used in aircraft engines to reverse the direction of thrust, allowing the aircraft to slow down quickly upon landing.
Cabin Pressure Components
These parts include systems that maintain the cabin pressure inside the aircraft, such as air conditioning systems and cabin pressure sensors.
Auxiliary Power Unit Components
These parts are used in auxiliary power units, which provide power to the aircraft when the main engines are not running.
Gearbox Components
These are used in the manufacturing of gearbox assemblies that are used in various aircraft systems, such as hydraulic pumps and generators.
Electrical System Components
These parts include various electrical components used in aircraft, such as wiring harnesses, switches, and relays.
Heat Exchanger Components
These are used in heat exchange systems that are used in aircraft cooling systems, air conditioning systems, and other systems.
Flap Actuation Components
These are used in the actuation of the flaps on the aircraft wings, which are used to increase lift and drag during takeoff and landing.
Spoiler Components
These are used in spoiler systems, which are used to reduce lift on the wings during landing and increase drag.
Airframe Components
These include various components used in the construction of the aircraft's airframe, such as frames, struts, and braces.
Emobility Aluminum Die Castings
Electrify your mobility with our high-quality aluminum die castings. Designed for the demands of e-mobility, our components offer exceptional strength, lightweight construction, and superior thermal management. Drive with confidence and sustainability.
Laser Cutting Process to Emobility Solutions
Precision meets innovation with our laser cutting process for e-mobility solutions. From intricate designs to complex geometries, our cutting-edge technology delivers precise, clean cuts for efficient and reliable electric vehicle components. Drive the future with confidence.
- Cutting Metals: Laser cutting is commonly used to cut a wide range of metals used in aerospace solutions such as aluminum, titanium, and stainless steel. The high-power laser can cut through thick metal sheets with high precision and accuracy, making it ideal for cutting complex shapes and geometries.
- Etching and Engraving: Laser etching and engraving is a process that can be used to mark parts and components used in aerospace solutions with high precision and accuracy. This process can be used to add serial numbers, barcodes, or other identification marks to parts and components.
- Cutting Composite Materials: Laser cutting can also be used to cut composite materials used in aerospace solutions, such as carbon fiber and fiberglass. The high-power laser can cut through thick composite materials with high precision and accuracy, making it ideal for cutting complex shapes and geometries.
- Cutting and Shaping Plastics: Laser cutting can also be used to cut and shape plastics used in aerospace solutions. The high-power laser can cut through thick plastic sheets with high precision and accuracy, making it ideal for cutting complex shapes and geometries.
Custom Laser Cutting Parts for Emobility
Unleash the full potential of your electric vehicles with our custom laser cutting parts. From advanced battery trays to intricate charging connectors, our solutions are designed to enhance efficiency, durability, and overall performance. Drive with confidence and precision.
Aircraft fuselage skins
These are the outermost parts of the aircraft's main body structure that provide structural support and protection from the environment.
Jet engine combustion liners
These are parts of the aircraft engine that protect the engine from the high temperatures produced by combustion.
Turbine shrouds
These are parts of the aircraft engine that direct airflow through the engine's turbine blades.
Aircraft wing ribs
These provide structural support to the aircraft wings.
Landing gear struts
These provide support to the aircraft during takeoff and landing.
Engine exhaust ducts
These are parts of the aircraft engine that direct exhaust gases away from the aircraft.
Wing tip components
These are parts of the aircraft wing that improve its aerodynamics and efficiency.
Aircraft heat shields
These protect critical parts of the aircraft from high temperatures produced during flight.
Flight control surfaces
These are parts of the aircraft that allow the pilot to control the aircraft's attitude and direction.
Winglets
These are small wing-like structures at the end of the main wings that reduce drag and improve fuel efficiency.
Fuel tank components
These include various parts of the aircraft fuel system, such as fuel tanks, fuel lines, and fuel nozzles.
Avionics enclosures
These are protective enclosures for electronic equipment used in aircraft, such as navigation and communication systems.
Flight deck panels
These are panels on the aircraft's flight deck that display critical flight information to the pilot.
Satellite components
These are various components used in the construction of satellites, such as solar panels, antennas, and structural supports.
Solar panel components
These are parts of the satellite that convert solar energy into electrical energy.
Missile components
These include various parts of missiles, such as fins, control surfaces, and guidance systems.
Aircraft antennas
These are parts of the aircraft that transmit and receive various signals, such as navigation, communication, and radar.
Rocket motor components
These include various parts of rocket motors, such as nozzles, thrust chambers, and cooling systems.
Nose cone components
These are parts of the aircraft's nose that improve its aerodynamics and protect critical equipment.
Engine thrust reversers
These are parts of the aircraft engine that redirect the engine's thrust forward to help slow down the aircraft during landing.
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Longgang Street, Shenzhen City
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