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Precision Progressive Die Stamping with Micron-Level Accuracy for High-Speed Automotive & Electronics Production
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emboutissage de métal meurt

La tôle progressive meurent

matrices de recourbement de tôle

Métal emboutissant des parties

laiton emboutissant des pièces

Stratifications de noyau de redresseur

Pièces de TB

l'étirage profond meurent

moules de formage en métal

Matrices d'estampillage des véhicules à moteur

métal emboutissant le moule

Colliers de câble de picovolte

PRINTEMPS
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Precision Progressive Die Stamping with Micron-Level Accuracy for High-Speed Automotive & Electronics Production
  • Nom
  • Nom
  • Nom
  • Nom

Precision Progressive Die Stamping with Micron-Level Accuracy for High-Speed Automotive & Electronics Production

Nombre De Pièces: 1 PIÈCES
Prix: negotiable
Emballage Standard: Sac de PVC, cas en bois, carton
Période De Livraison: 5-20 jours
Capacité D'approvisionnement: 1000000
Les informations détaillées
Description du produit
Les informations détaillées
Lieu d'origine
Xiamen, Chine
Nom de marque
METS
Traitement de surface:
Nitruration
Diamètre intérieur:
6X
Méthode de traitement:
Poinçonnage, flexion, empreinte, soudage
Forme:
Géométries carrées, rectangulaires et personnalisées
Processus de fabrication:
Usinage CNC
Épaisseur du matériau:
0,05 mm - 3,0 mm
Capacité de presse:
25 tonnes - 400 tonnes
Tolérance à la précision:
Pour les véhicules à moteur à combustion interne, le réglage de la température doit être effectué à
Matériel de usinage:
Carbure de tungstène/acier rapide (ASP23/D2)
Types de matériaux:
Bronze phosphoreux, laiton, SUS304, cuivre, cuivre au béryllium
Quantité de commande min:
1 PIÈCES
Prix:
negotiable
Détails d'emballage:
Sac de PVC, cas en bois, carton
Délai de livraison:
5-20 jours
Capacité d'approvisionnement:
1000000
Description du produit
Precision Progressive Die Stamping for Auto & Electronics
Our Precision Progressive Die Stamping service is the premier solution for high-volume, high-complexity metal components used in the Automotive and Electronics industries. Progressive die stamping is a sophisticated metalworking method that involves a series of workstations within a single die set. As the metal strip feeds through the press, it undergoes multiple operations—such as punching, coining, and bending—at each station, resulting in a finished part with every stroke of the press.
We specialize in processing a wide range of materials, including phosphor bronze, stainless steel, and copper alloys, to produce intricate parts like connector terminals, battery contacts, and micro-brackets. By integrating advanced tooling design with high-speed stamping presses, we achieve micron-level tolerances (±0.01mm) and exceptional repeatability. This process significantly reduces labor costs and material waste, providing our global partners with a competitive edge in mass production.
Precision Progressive Die Stamping with Micron-Level Accuracy for High-Speed Automotive & Electronics Production 0
Key Features
  • High-Speed Production: Capable of hundreds of strokes per minute, ensuring rapid turnaround for high-volume orders.
  • Micron-Level Precision: Advanced progressive tooling guarantees tight tolerances and consistent part geometry.
  • Intricate Geometry: Successfully manages complex multi-stage folds, bends, and tiny pierces within a single production cycle.
  • Material Versatility: Optimized for non-ferrous metals and stainless steel, ensuring excellent conductivity and durability.
  • Cost Efficiency: Minimizes secondary operations and material scrap, drastically lowering the cost per unit.
Technical Specifications
Material Types Phosphor Bronze, Brass, SUS304, Copper, Beryllium Copper
Material Thickness 0.05mm - 3.0mm
Press Capacity 25 Tons - 400 Tons
Precision Tolerance ±0.01mm to ±0.05mm
Standard Finish Tin-plated, Gold-plated, Nickel-plated, or Raw Finish
Tooling Material Tungsten Carbide / High-Speed Steel (ASP23/D2)
Quality Control 100% Optical Inspection & ISO 9001:2015
Industry Applications
  • Automotive Systems: Essential for terminal blocks, sensor connectors, fuse clips, and EV battery busbars.
  • Consumer Electronics: High-volume production of PCB contacts, shielding cans, micro-USB housings, and battery spring clips.
  • Telecommunications: Precision connector pins and frame supports for network infrastructure and mobile devices.
  • Industrial Automation: Durable relay components, switch contacts, and control system terminals.
Customization Services
We offer a full-cycle OEM/ODM Customization process to meet your unique project specifications:
  1. DFM Analysis: Our engineering team reviews your drawings to optimize the part for high-speed progressive production.
  2. In-House Tooling Design: We build custom carbide-inserted dies in-house to ensure long tool life and consistent quality.
  3. Prototype Validation: Rapid production of strip samples for functional testing before finalizing the mass production die.
  4. Surface Engineering: Custom plating (Gold, Silver, Tin) and cleaning processes to meet specific electrical conductivity and corrosion standards.
Engineering Support
METS provides expert engineering support throughout the entire product lifecycle. From selecting the ideal alloy for conductivity to conducting stress distribution simulations, our team ensures your components perform reliably in the field. We prioritize customer communication, ensuring all technical inquiries and RFQs are addressed within 12 hours.
Packaging & Shipping
  • Reel & Tape Packaging: Standard continuous reels for automated SMD or crimping assembly lines.
  • Protective Handling: Parts are packed in moisture-proof bags and vacuum-sealed to protect sensitive platings from oxidation.
  • Global Logistics: We support FOB, CIF, and DDP terms, with secure crating for air and sea freight to ensure your components arrive in perfect condition.
Frequently Asked Questions
What is the primary advantage of progressive die stamping?
It is the most efficient way to produce complex metal parts in high volumes with high repeatability and low labor costs.
Can you handle extremely thin materials for electronics?
Yes, we regularly stamp materials as thin as 0.05mm for high-precision electronic contacts.
How long does it take to develop a custom progressive die?
Typically, die design and construction take 4 to 6 weeks, depending on the complexity of the part.
Do you offer automatic optical inspection (AOI) during production?
Yes, we use integrated sensors and AOI systems to ensure every part on the reel meets your tolerance requirements.
Les étiquettes: 

Moule d'étirage profond,  

Composants dessinés profonds,  

pièces dessinées profondes

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produits
DéTAILS DE PRODUITS
Produits

emboutissage de métal meurt

La tôle progressive meurent

matrices de recourbement de tôle

Métal emboutissant des parties

laiton emboutissant des pièces

Stratifications de noyau de redresseur

Pièces de TB

l'étirage profond meurent

moules de formage en métal

Matrices d'estampillage des véhicules à moteur

métal emboutissant le moule

Colliers de câble de picovolte

PRINTEMPS
Precision Progressive Die Stamping with Micron-Level Accuracy for High-Speed Automotive & Electronics Production
  • Nom
  • Nom
  • Nom
  • Nom
Precision Progressive Die Stamping with Micron-Level Accuracy for High-Speed Automotive & Electronics Production
Nombre De Pièces: 1 PIÈCES
Prix: negotiable
Emballage Standard: Sac de PVC, cas en bois, carton
Période De Livraison: 5-20 jours
Capacité D'approvisionnement: 1000000
Les informations détaillées
Description du produit
Les informations détaillées
Lieu d'origine
Xiamen, Chine
Nom de marque
METS
Traitement de surface:
Nitruration
Diamètre intérieur:
6X
Méthode de traitement:
Poinçonnage, flexion, empreinte, soudage
Forme:
Géométries carrées, rectangulaires et personnalisées
Processus de fabrication:
Usinage CNC
Épaisseur du matériau:
0,05 mm - 3,0 mm
Capacité de presse:
25 tonnes - 400 tonnes
Tolérance à la précision:
Pour les véhicules à moteur à combustion interne, le réglage de la température doit être effectué à
Matériel de usinage:
Carbure de tungstène/acier rapide (ASP23/D2)
Types de matériaux:
Bronze phosphoreux, laiton, SUS304, cuivre, cuivre au béryllium
Quantité de commande min:
1 PIÈCES
Prix:
negotiable
Détails d'emballage:
Sac de PVC, cas en bois, carton
Délai de livraison:
5-20 jours
Capacité d'approvisionnement:
1000000
Description du produit
Precision Progressive Die Stamping for Auto & Electronics
Our Precision Progressive Die Stamping service is the premier solution for high-volume, high-complexity metal components used in the Automotive and Electronics industries. Progressive die stamping is a sophisticated metalworking method that involves a series of workstations within a single die set. As the metal strip feeds through the press, it undergoes multiple operations—such as punching, coining, and bending—at each station, resulting in a finished part with every stroke of the press.
We specialize in processing a wide range of materials, including phosphor bronze, stainless steel, and copper alloys, to produce intricate parts like connector terminals, battery contacts, and micro-brackets. By integrating advanced tooling design with high-speed stamping presses, we achieve micron-level tolerances (±0.01mm) and exceptional repeatability. This process significantly reduces labor costs and material waste, providing our global partners with a competitive edge in mass production.
Precision Progressive Die Stamping with Micron-Level Accuracy for High-Speed Automotive & Electronics Production 0
Key Features
  • High-Speed Production: Capable of hundreds of strokes per minute, ensuring rapid turnaround for high-volume orders.
  • Micron-Level Precision: Advanced progressive tooling guarantees tight tolerances and consistent part geometry.
  • Intricate Geometry: Successfully manages complex multi-stage folds, bends, and tiny pierces within a single production cycle.
  • Material Versatility: Optimized for non-ferrous metals and stainless steel, ensuring excellent conductivity and durability.
  • Cost Efficiency: Minimizes secondary operations and material scrap, drastically lowering the cost per unit.
Technical Specifications
Material Types Phosphor Bronze, Brass, SUS304, Copper, Beryllium Copper
Material Thickness 0.05mm - 3.0mm
Press Capacity 25 Tons - 400 Tons
Precision Tolerance ±0.01mm to ±0.05mm
Standard Finish Tin-plated, Gold-plated, Nickel-plated, or Raw Finish
Tooling Material Tungsten Carbide / High-Speed Steel (ASP23/D2)
Quality Control 100% Optical Inspection & ISO 9001:2015
Industry Applications
  • Automotive Systems: Essential for terminal blocks, sensor connectors, fuse clips, and EV battery busbars.
  • Consumer Electronics: High-volume production of PCB contacts, shielding cans, micro-USB housings, and battery spring clips.
  • Telecommunications: Precision connector pins and frame supports for network infrastructure and mobile devices.
  • Industrial Automation: Durable relay components, switch contacts, and control system terminals.
Customization Services
We offer a full-cycle OEM/ODM Customization process to meet your unique project specifications:
  1. DFM Analysis: Our engineering team reviews your drawings to optimize the part for high-speed progressive production.
  2. In-House Tooling Design: We build custom carbide-inserted dies in-house to ensure long tool life and consistent quality.
  3. Prototype Validation: Rapid production of strip samples for functional testing before finalizing the mass production die.
  4. Surface Engineering: Custom plating (Gold, Silver, Tin) and cleaning processes to meet specific electrical conductivity and corrosion standards.
Engineering Support
METS provides expert engineering support throughout the entire product lifecycle. From selecting the ideal alloy for conductivity to conducting stress distribution simulations, our team ensures your components perform reliably in the field. We prioritize customer communication, ensuring all technical inquiries and RFQs are addressed within 12 hours.
Packaging & Shipping
  • Reel & Tape Packaging: Standard continuous reels for automated SMD or crimping assembly lines.
  • Protective Handling: Parts are packed in moisture-proof bags and vacuum-sealed to protect sensitive platings from oxidation.
  • Global Logistics: We support FOB, CIF, and DDP terms, with secure crating for air and sea freight to ensure your components arrive in perfect condition.
Frequently Asked Questions
What is the primary advantage of progressive die stamping?
It is the most efficient way to produce complex metal parts in high volumes with high repeatability and low labor costs.
Can you handle extremely thin materials for electronics?
Yes, we regularly stamp materials as thin as 0.05mm for high-precision electronic contacts.
How long does it take to develop a custom progressive die?
Typically, die design and construction take 4 to 6 weeks, depending on the complexity of the part.
Do you offer automatic optical inspection (AOI) during production?
Yes, we use integrated sensors and AOI systems to ensure every part on the reel meets your tolerance requirements.
Les étiquettes: 

Moule d'étirage profond,

Composants dessinés profonds,

pièces dessinées profondes

Xiamen METS Industry & Trade Co., Ltd
102, No.42, route de Xibin, Xinglin, secteur de Jimei, Xiamen, Chine, 361022
Téléphone: 008613860452810
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