Adjustable Column Shift Linkage with Selector Shaft and Flange Arm

Transmission Column Shift Linkage Kit by stamping and bending
Engine Oil pan are divided into engine oil pan and transmission oil pan.It can appy on the heavy duty truck ,light truck ,car ,auto engine part 4X4 etc....

1. The engine oil pan also called engine oil sump is attached to the bottom of the engine with bolts gasket  and is the reservoir for oil that gets pumped throughout the engine to lubricate, clean and cool moving parts, Acts as a reservoir for your engine motor oil.
2. The transmission oil pan keeps your transmission fluid safe and reliable. When you turn off the vehicle, the oil pan can be used as a sump.
3. Raw material:High quality materials steel (DC04,Dc06,SPCC…) cold rolled steel plate
4. Surface treatment: e-coating ,plating,power coating

We focus on the stamping forming bending welding part for engine oil pan, transmission oil filter, transmission oil pan, oil dipstick ,oil pickup tube strainer,auto coolant pipe ,bypass water pipe ,engine cylinder inlet water pipe ,thermostat cover ,thermostat connector pipe almost 30 years.

Stamping press workshop
The most popular engine oil pan was produce by the stamping drawing ,we had about 30 set of stamping press cover from 30T to 2100T,those hydraulic pressure stamping machine can made the engine oil pan for auto to heavy duty truck engine oil sump from front oil sump to rear oil sump,the baffle and the other engine part bracket also produce in this workshop.

Stamping Workshop
Overview of the Stamping workshop with cover the
Stamping equipment   from 100T to 800T.
Hydraulic Press cover from 50T to 3100T.
With the mold(die,tooling) produce by ourselves we can customize all

 

kinds of metal shape according to customer drawing call out.

Stamping press deep drawing production process after the raw material blanking .
The shape of the oil pan start from this production process.

Reinforcement welding by the resistance welding and also call spot welding to increase the strength of the oil pan bolts holes.

We produce the oil pan oil sump according to the cutstomer requirement,sample or the drawing

We fully carry out the TS 16949 quanlity management system within manufactory.Start from raw material incoming inspection to container loading .
PPAP and APQP also the key management insite our company

Continuous improvemnet:ACT-PLAN-DO -CHECK 
1.the drain plug also attach by the spot or resistance welding.
2.the bolt hole reinforcement also done by resistance
3.Engine Oil pan APQP development process incorporates best practices including design and process FMEAs, design reviews, validation testing, control plans and PPAPs. These practices serve as a foundation for our commitment to 100% customer satisfaction the first time, every time.

Flatness of flange surface inspection,the place where oil pan attach to the gasket or engine block was the key parameter for free oil leaking ,we control that within 0.1mm within 250mm long
1.put the oil pan on the inspection platform
2.use the feeling tape to check if the tape go inside the pan 
3.the Flatness control within 0.1mm among 250mm length
4.Every oil pan need go though inspection before shipment
 

When we development the new oil pan as a project ,to short the leadtime for full mold tooling production ,we use the laser cutting insted to take off the extra raw material from the oil pan .
It was also very useful for small batch of producton .
 

Oil pan leaking test,it was a necessary inspection process for the oil pan production .Below was how we carry out the inspection according to the WI work instruction.
1.Under the air gas by 1.5 Bar
2.30 second under the water 
3.Without boble was coming out of the pan area
4.All pan was seal by pad ,it was simulation by the install oil pan on engine

 

Project management :
when we get the engine oil pan from the customer ,the first thing to do was the 3D of the oil pan creating ,to build the drawing for the mold and tooling ,fixture
Products Management follows the APQP engine oil sump development process as part of our standard engineering/product development procedure.

Engine oil sump oil package welding by the robot ,to increase the oil capacity for the customer design without interfere with the other part of engine such as exhaust.

• Precision welded to ensure durability

We thought the customer think ,we make the oil dipstick tube on the oil pan ,so what the OEM customer need was just push the oil disptick inside the dipstick guide on the oil pan 
Baffle also welding inside the oil pan ,Oil pan baffles also have the added benefit of preventing oil splashing around the chamber that causes oil foaming that might result in vapour residue, which the oil pickup might pipe instead of lifesaving oil.

Gauge was the tooling to inspection the engine oil pan whether it fit the customer drawing requirement ,we cant inspection each oil pan shape by the scanning or CMM machine ,so the best way to figure whether the oil pan shape was ok was inspect by the gauge tooling.

Raw material inspection :mechanical properties of specimens tensile test,we take a small piece from each package of the coil steel ,once the coil steel meet the requirement ,we will put it into the mass production .

The drain plug seat was the engine oil pan drain the oil hole,it should stand over 80 N·m +,when we maintain the engine to change the oil ,the torque was at 60 N·m,So we increase the strength it by spot welding .

The bolt holes of engine oil pan was under inspection ,it was 100% go though the inspection process ,otherwise there was a leaking for the unfit oil pan bolt hole will cause the defect .

The raw material from the steel factory was by coil steel ,we should decoil the raw material and make it into steel sheet ,so it can move to the next production for Engine deep drawing 

The engine oil pan will go though power coating after the leaking test 

The mold or the dies was the key to the engine oil sump stamping production,before we do the simulation for the stamping ,we will build the drawing mold for engine oil pan ,normally we use the CAE,UG ,SOLIDWORK to completed the job.

Simulation was very import before the mold kick off ,although we had a lot of experience for the oil pan stamping deep drawing however we need to 100% sure if the pan can be work out also it can short the leadtime for the engine oil sump develpment

• Leak, road, fit, peel and salt tested to ensure performance
• Parts with perfect shock resistance, air tightness and appearance can meet both aesthetic and functional requirements
• Protective electrostatic paint is utilized for enhanced corrosion protection
• Precision welding utilized as excess spot welds can lead to material fatigue and failure
• OE design baffle to prevent oil starvation & engine failure
• Leak Tested to ensure even the smallest cracks are not present Peel &
• Salt Tested to pass 480-hour requirements
• Fit tested on the OE engine block
• Road tested to ensure real world performance and to verify that each design meets our high standards for quality

China factory oil pan

China factory engine oil pan oil sump production process

Blanking	Stamping	Deep drawing	Flange
Stamping bolt hole	Welding oil package	Welding drain plug	Power coating

Products

Heavy duty China factory engine oil sump
Raw materi:SPCC
OEM:YES
Salt and spry test:>480h

Auto China factory engine oil pan
Raw materi:SPCC
OEM:YES
Salt and spry test:>480h
Engine oil pickup
Engine oil dipstick tube

light truck China factory engine rear oil sump
Raw materi:SPCC
OEM:YES
Salt and spry test:>480h

Transmission oil pan 
Raw materi:SPCC
OEM:YES
Salt and spry test:>480h

Transmission oil pan
Raw materi:SPCC
OEM:YES
Salt and spry test:>480h

light truck China factory engine front oil sump
Raw materi:SPCC
OEM:YES
Salt and spry test:>480h

As an expert when it comes to manufacturing custom automotive metal stamping components engine parts stamped from various materials and alloys,
Our parts include:
Coupling Joints (Quick Connects),Fuel Injectors,Fuel Pressure Regulators,Seat Latches,Component Assembly,Prototype to High Volume Production,Finishing & Secondary Operations Commonly Stamped Materials for Automotive Parts
Raw material Carbon steel,Stainless Steel,Chromoly

Metal Stamped Automotive Systems
we understand that the automotive industry demands strict tolerances and have worked to create component parts for multiple vehicle systems and sub-systems for a wide range of vehicle types. Within every one of these systems and sub-systems are a host of possible part types, materials, and specifications.

Automotive Systems  Common Metal Stamped Parts
Airbag System    Inflators, Diffusers, Modules, Initiators
Brake System Anti-Lock Brake Systems, Foundation Brakes, Parking Brakes, Brake Modules, Brake ECU's, Mounting Isolators, Grommets, Covers, Caps
Cooling System   Thermostats, fittings, Connectors, Housings, Shells, Flanges
Emissions/Pollution Control System Oxygen Sensors, Oxygen Sensor Wire Harnesses, EGR, Urea Injection, Shields
Fuel Delivery System  Fuel Rail, Direct Injection Fuel Pump Fittings, Injector Cups, Caps, Shells, Housings
Lighting Components Bayonet Sockets, Reflectors, Shields
Motor Supports  Motor Housings, Armatures
Sensory Components Sensor Housings, Core Tubes
Transmission & Chasis Rotary Valves, Valve Bodies, Valve Inlets, Valve Seals, Valve Actuators, Bonded Piston Stampings

INDUSTRIES/AEROSPACE/ MEDICAL/CONSTRUCTION/AUTOMOTIVE/ Electrical manufacturing custom automotive metal stamping components & engine parts stamped from various materials and alloys. Our most common component parts include:

• Coupling Joints (Quick Connects)
• Fuel Injectors
• Fuel Pressure Regulators
• Seat Latches
• Component Assembly
• Prototype to High Volume Production
• Finishing & Secondary Operations

Commonly Stamped Materials for Automotive Parts

Stainless Steel

Chromoly

Electrical Stamping Parts & Components
We work with a variety of companies to design and manufacture electrical stamping parts & components. We specialize in component parts for telecommunication, computers, consumer goods, appliances and Medical Device equipment. Some of the components we stamp for the electronics applications are

Caps	Connectors	Couplings
Disc stampings	Enclosures and housings	Fittings
Sensors	Shells	Sleeves

MARINE Metal Stamping for Marine Components:

Connectors, fittings, and couplings	Caps	Enclosures and housings
Shells and frames	Decorative framing, fittings, and couplings	Custom parts

LIGHTING high quality lighting parts and fixtures including shields, covers, reflectors, brackets, metal clips, fluorescent and LED fixtures. By using a variety of metal forming and stamping techniques we can produce your exact custom lighting component. 
Metal Surface Protection Processes

• Passivation - This cleaning and conditioning process for stainless steel is used to prevent corrosion.
• Cadmium Plating - Cadmium plating is a unique combination of corrosion resistance, solder ability, and antistatic characteristics. It is commonly used in aerospace applications. It may be clear, yellow, black or olive drab.
• Powder Coating - With exceptional durability and environmentally-friendly characteristics, powder coating is the preferred alternative to painting.
• Anodize - Anodize produces a uniform and much harder than natural oxidation which will not flake off like paint. Aluminum may be dyed to receive a colored finish at the end of the anodizing process.
• Tin Plating -Tin Plating is used in the food industry. It is also used in the electronics industry for its solder ability.
• Zinc Plating - This process is used to prevent oxidation and corrosion of the base material, protecting it and extending its working life.
• Chrome Plating - While used primarily as a decorative finish, chrome plating also reduces friction.
• Gold and Silver Plating - Gold and Silver plating are ideal for ornamental purposes. It is also used in electronics due to the resistance to corrosion.
• Black Oxide - This is an excellent choice for indoor corrosion protection on products with oil or wax finishes.
• Anneal - Anneal is a baking process that decreases the temper of the material.
• Heat Treat/Age - Heat Treat / Age is a baking process that increases the temper of the material.