electric water pump motor stator and rotor lamination core Quality Choice

electric water pump motor stator and rotor core

Motor stator rotor detail :
Material: silicon steel ,electric steel , stainless steel
Thickness:0.1mm,0.2mm,0.35mm,0.5mm,etc
Tolerance :0.05mm
Flatness:0.05mm
Certicality:0.1mm
Type: stamping
Mould : progressive stamping mould for stator rotor , single mould for stator rotor ,
Technology: interlock ,chute , point etc
Certificate:ISO9001;2008
Manufacture: OEM
After-sales service provided: engineers available to serbicxe machinery oversea
Stamping mould/tool/die for stator rotor
Material:SKD11,DC53, SAP-9,D2 ETC
Life span: more than 100000000
Type: progressive stamping mould/single mould
Punch and bottom : silicon steel

Stamping

Our approach to manufacturing emphasizes our core values

of quality, innovation and vertical integration.

JR stamping mould can stamp product ranging from 0.1mm to 5mm thick in the following alloys: Phosphor Bronze, Beryllium Copper, Copper, Nickel-Silver, Stainless Steel, Brass, and a wide range of other alloys.

Our equipment list featuresm include : 20-220T punching machine ,Taiwan CNC machine ,computer CNC machine, wire-cutting machine ,laser machine etc. This diversity of equipment ensures we will always have the perfect press for your particular application. The capabilities of our presses, coupled with the continuous improvements by our Design and Tooling groups, ensure consistent quality, competitive pricing and shorter lead times.

All required die maintenance is provided by JR throughout

the life of your product at no charge. Our Tool Protection System, which integrates preventative maintenance with the most advanced sensor technology available safeguards all dies in our custody. If an interruption occurs, our system also points to the source of the problem, speeding up the troubleshooting process and eliminating costly down time.

Every aspect of the manufacturing process is continually reviewed and upgrades are put in place as soon as they become available. From material payoff, to straighteners, to rewind equipment, to our advanced sensors and optical inspection devices; we take pride in staying ahead of the curve and ahead of our competition.

plating departments ensure that these vital operations are performed with the same dedication to perfection found in all aspects of Precision Stampings' manufacturing processes.

Stamping die techniques

The design and manufacture of metal stamping dies is a process requiring highly skilled designers and master craftsmen. The JR Tool & Die team can help determine the best stamping technique to produce parts to specification. Several factors will be evaluated before a die is designed, including complexity of the part and tolerances, metal required, and expected production volume.

The Metal Stamping Process and Techniques

Dies are used in a punch press machine to reshape metal, i.e., coin, punch, form, or bend the part. The stamping process and therefore the type of stamping die is determined by the degree of accuracy required; whether processes can be combined for efficiency; and the volume of production required from the die.

JR Tools’ die designers will consider these factors to determine the most appropriate die design. The design and engineering team will also consider potential issues with tolerances and forming, as well as efficient material usage and maintenance.

METAL STAMPING TECHNIQUES

BLANKING DIE

A blanking die is a very simple die that produces a flat piece part with no holes. The die cuts the desired periphery shape in one operation. Blanking dies are capable of producing very accurate and flat parts. The part produced in a blanking die is referred to as a blank. The blank is often used in subsequent operations such as forming.

FORMING DIE

A forming die performs bending and forming operations on a piece part. Typically a forming die uses a pre-cut blank, and often has a means of accurately locating and holding the part in position during the forming operation in order to produce consistent parts. Forming dies can range from a single bend to complex multi-axis dies that perform many bends and forms simultaneously.

EMBOSS OR COINING DIE

An emboss die is somewhat similar to a forming die, except that the die compresses the metal blank in a confined area. The compression allows malleable metal to emboss, or raise, into a form. The process allows for raised features on one side of the blank, as in a coin, and a flat or reverse image surface on the back.

PIERCE DIE

A pierce die punches holes, either round or shaped, into a part. Pierce dies only punch internal features. Typically the part’s periphery shape has already been cut with a blank die, lazer cutting machine, or some other method.

CUT OFF DIE

A cut off die removes excess material from the end of a part. Can also be used to cut uniform lengths of strip material to be used in another process or operation.

TRIM DIE

A trim die is generally the last operation, removing excess or irregular material from a part.

COMPOUND DIE

A compound die cuts a part’s internal holes and outer periphery shape at the same time with one press stroke. A compound die yields very accurate part size as well as excellent hole to periphery relationship.

DRAW DIE

A draw die is a type of forming die where the piece part undergoes severe plastic deformation and the part is “drawn” into a die cavity. A one piece metal cup would be an example of a drawn part. More difficult, deeper drawn parts are often made with a series of draw dies. Each subsequent die forces more material into the die cavity, making it possible to draw deeper than a single hit draw die. This method is called deep drawing.

SIDE CAM DIE

A side cam die uses conventional die methods (piercing, forming, etc.,) but can perform these operations at virtually any angle. The slide cam drivers are used to convert vertical punch press motion to the desired angled or horizontal motion.

STAGE TOOLING

Stage tooling is a sequential set of dies, each performing a single operation on a part. Stage tooling is typically comprised of some combination of a blanking die, forming die, cut off die, piercing die, coining die, and/or a trim die. It is sometimes possible for stage tooling to be flexible enough to be used for more than one part. Stage tooling can be cost effective for small quantity part needs.

PROGRESSIVE DIE

A progressive die contains a series of process stations in a single die. The part material is advanced through the press in precise increments, with each individual station performing it’s operation simultaneously with each stroke of the press. The last station separates the part. Progressive dies are often used to produce complex parts. For producing large quantities of parts at a rapid pace, a progressive die can be more economical than stage tooling.