Custom Manufacturing Based on Provided Drawings or Samples CNC Machining Center Stamping
Product Introduction
Stamping, also called press forming or sheet metal stamping, is a mass-production-oriented, highly productive, and remarkably flexible cold-working manufacturing technique that reshapes planar metal sheets or coiled feedstock into detailed, sophisticated configurations through applied pressure. The process operates using a stamping machine outfitted with a specialized tool set—typically a die and a punch—to trim, angle, stretch, texture, mint, collar, or puncture the work material in one action or through a sequence of progressive operations in a single production line. Its essential concept consists of situating the metallic blank between die halves and imposing enormous compressive force, prompting the material to undergo permanent deformation or separation following the tooling's precise shapes, thereby realizing the wanted flat or spatial form. Esteemed for its superior output rate, repeatable precision, and efficient material usage, stamping can manufacture items extending from minuscule, complex semiconductor leads and exact mechanical watch parts to large-scale automobile exterior panels, framework members, and consumer electronic casings with notable regularity and economical unit expense.
The technology includes multiple key procedures, each performing unique purposes. Blanking and punching are cutting processes that remove a part periphery (blanking) or produce openings (punching) by cleanly shearing metal under mechanical stress. Bending consists of reshaping metal about a linear bend line to form corners, troughs, or angled profiles without major alteration to the stock thickness. Deep drawing is an advanced variant where a planar blank is progressively stretched radially into a cavity die via a punch, evolving it into a recessed, volumetric form resembling a container, cylindrical vessel, or detailed automotive fluid chamber, commonly requiring repeated drawing stages (progressive tooling) for components with significant depth. Other crucial functions comprise embossing (generating protruding or sunken ornamentation), coining (exerting concentrated pressure to achieve intricate features and tight tolerances on opposing surfaces), flanging (developing a projecting border or reinforced periphery), and hemming (curling an edge inward for enhanced durability and a safe finish). The determination of technique relies on product architecture, material attributes (like malleability, yield strength, and hardness characteristics of steels, aluminum alloys, copper-based metals, brasses, and other metallic compounds), gage, and necessary precision margins.
Modern stamping operations employ cutting-edge technologies to boost exactness, versatility, and throughput. This involves the application of Computer-Aided Design (CAD) and Computer-Aided Manufacturing (CAM) software for accurate tool design and forming simulation, decreasing design duration and forecasting possible production challenges including folds, cracks, or dimensional rebound. High-performance servo-controlled presses provide meticulous command over press slide kinematics, elevating part integrity and allowing complicated forming patterns. Automatic stock feeding equipment, robotic component transfer systems, and instrumented tooling monitors maintain uniform, high-capacity output with little manual oversight and stringent quality management. Supplementary treatments like edge smoothing, thread forming, fusion bonding, controlled heating, electrochemical deposition, or surface painting are frequently merged into the fabrication chain to provide ready-to-use assemblies. Stamping is critical to multiple industrial fields including automotive (underbody platforms, fastening components, safety system parts, emission conduits), aerospace (frame reinforcements, attachment points), electronics (interference barriers, conductive elements, interconnects), home appliances (rotating containers, exterior shells), construction (fittings, supports), and commercial products. Its peerless capability to generate durable, low-mass, and shape-invariant metal pieces in large quantities, united with persistent innovations in alloy development, forming machinery, and cognitive automation, reinforces its standing as a vital element of modern high-volume fabrication, advancing originality and operational efficacy in a multitude of engineered goods.
Product Specification
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Surface Treatment
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Customer's Requirement |
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Material Capabilities
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Aluminum, brass, bronze, copper, hardened metals, etc. |
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Application
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Industrial equipment, medical, auto parts, 3d printer, machine, etc. |
| Type |
Stamping |
Product Show
Manufacturer Introduction
Frezer Technology CO., LTD is a modern manufacture that integrates research and development, production, design customization, sales, and installation. Our company focuses on CNC machining center.
Our company Frezer Technology CO., LTD was founded in 2000 and has more than 20 years experience of exporting for CNC machining parts to all over the world. Our company is located in Chongqing, a national advanced manufacturing base and beautiful mountain city. We have a professional and experienced team of 300 people, including an independent design team, research and development center, sales team, and 10 quality inspectors to give you perfect purchasing experience based on our technology, service and the excellent goods quality.
Our team
Our team are professional in service and quality control to give you the assurance of the pleased purchasing experience and the aftermarket service. Our mission is “ good service, good quality’, depend on more than 20 years experience to give you the solution to meet your requirements.
Packing
Ship in wooden crates to ensure product integrity.
Transaction Process
- Custom manufacturing based on provided drawings and samples
- Receiving your payment
- Design drawing confirmation
- Sample confirmation
- Production and inspection
- Packing
- Delivery
Delivery
Payment Methods
T/T,L/C,West Union,Alibaba Trade Insurance,AliPay
FAQ
Q1: Do you support customization?
Yes.
Q2: What is the production time?
Normally one week after receiving your payment.
Q3: What is your minimum order quantity?
MOQ 1 set.
Q4: Are you a manufacturer?
Yes.
Q5: Which delivery methods can you support?
By air, sea, land, rail, express like DHL, UPS, FEDEX.
