Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods

Product Details
Customization: Available
Warranty: 1 Year
Type: Cold Stamping
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  • Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
  • Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
  • Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
  • Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
  • Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
  • Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
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  • Overview
  • Product Description
  • FAQ
Overview

Basic Info.

Model NO.
TEC-KEY
Processing Type
Bending
Material
Plastic, Steel, Stainless Steel, Aluminium, , etc
Mould
Multistep Progressive Dies
Surface Processing
According Customer Requirement
Fine Blanking
Progressive Die / Single-Process Mould / Composite
Process
Forming Die / Drawing Die / Bending Die / Cutting
Industry
Metal Steel Stamping Parts
Tolerances
0.01mm
Customized
Customized
Product Name
Plastic/Stainless Steel Parts Processing
Thickness
0.1mm-12mm / Customized
Processing
Laser Cutting, CNC Punching & Bending, Stamping, W
Service
Sheet Metal Fabrication with Integration Service
Transport Package
as Per Customer's Request
Specification
customize
Trademark
TEC-KEY
Origin
Shenzhen

Product Description

Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
Product Description
Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
Product Introduction
Sheet metal fabrication is a very broad subject area and uses many tools, machines and joining processes.  Sheet metal workers fabricate, assemble, alter and install a variety of sheet metalproducts. Typical jobs performed by a sheet metal worker include HVAC (Heating, Ventilationand Air
Conditioning) ductwork, industrial sheet metal work and residential sheet metal work as well as aviation construction.  Sheet metal smiths also work on stainless steel hospital and kitchen equipment, industrial exhaust systems and roofing and flashing (copper, aluminum, stainless steel and galvanized iron).   This Activity Plan is designed to introduce students to the various types of sheet metal as well as common introductory fabrication processes, such as measurement, layout, riveting and folding.
Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
Sheet metal processing process

1. Cutting Operation
2. Bending Operation
3  Drawing
4. Other Sheet-metal Forming
5.  Dies and Presses
6.  Sheet-metal Operation
7.   Bending of Tube Stock
Benefits of Sheet Metal
Whether incorporating sheet metal into a design prototype or end-use product, the versatile material provides a high-quality result when manufacturing components. When composed of sheet metal, a component receives these additional benefits
Reliable Strength
Sheet metal provides a material better-suited for stronger and more durable products. This common, widely applicable material can be manipulated in many ways to create end results fit for both prototype and production.
Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
A Variety of Materials
Widely used in manufacturing, sheet metal can serve many purposes in a variety of materials, including aluminum, copper, and steel.
Its characteristics, such as durability, malleability, weight, conductivity, and resistance to corrosion create a versatile range of options to suit an expansive array of project types.
Customized Finishes
Not only adaptable in shape, size, and strength, sheet metal can be custom finished to suit an array of aesthetic and operational needs. With anodizing, painting, plating, and powder coating processes, sheet metal can be transformed to ensure both eye-catching and functional finished products.
Fast Turnaround Time
At PDF, we strive to utilize the latest technological equipment and methods for sheet metal parts manufacturing. With this commitment to efficiency along with sheet metal  s malleability, we ensure quick returns in production.
Assembly
Grouped together, the majority of sheet metal assembly processes refer to a means of combining pieces of sheet metal. Cut, formed, or rolled pieces of sheet metal can be joined through processes such as riveting and welding to create more complex and durable pieces.  Likely, these pieces of sheet metal being joined have undergone several different methods of manufacturing prior to assembly.
Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
Product Name
Features
Precision Plastic Mold
Lead Time: 15-30 Days
Design: Precision
Material: Plastic
Size: Customized
Tolerance: High Precision
Processing Method: Injection Molding
Application: Industrial
Certification: ISO9001
Color: Customized
Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
COMPANY PROFILE
TEC-KEY, founded in Shenzhen in 2016, is a Chinese manufacturer specializing in the production of molds, stamping parts, feeders, manipulators, and large-scale, high-speed, precision forging and stamping automation equipment, with over 20 years of experience in automated production. Located in Shenzhen, China, the company manufactures feeders, punches, molds, and stampingparts in Shenzhen, with a plastics production facility in Chonburi, Thailand.Our company is equipped with advanced quality control methods and holds ISO9001 and CE certifications. We utilize a large number of ultra-large precision CNC machining equipment, various precision testing instruments, and a comprehensive set of physical and chemical facilities. We also
implement information-based enterprise systems such as ERP, PDM, and CAM. Our punch press manufacturing manager has over 40 years of experience in punch press production.Our presses offer comparable quality to Japanese presses at half the price.
Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
Advanced Blanking Parts Processing Using CNC and Laser Cutting Methods
FAQ
Q: ARE YOU A FACTORY OR TRADING COMPANY?
A: WE ARE A FACTORY WHICH HAS BEEN PRODUCING METAL STAMPING PARTS MORE THAN 20 YEARS.
Q: WHAT ARE YOUR MAIN PRODUCTS?
A: WE SPECIALIZE IN MANUFACTURING METAL STAMPING DIE, METAL STAMPING PARTS, INJECTION MOLDS, PLASTIC MOLDS, POWER PRESS AND PROVIDE WHOLE STAMPING EQUIPMENT LINE SOLUTION.
Q: CAN I GET THE SAMPLES?
A: YES, SAMPLE ORDER IS AVAILABLE FOR QUALITY CHECK AND MARKET TEST, AND IT WILL BEFREIGHT COLLECT PAYMENT. IF SIMPLE SAMPLE, WE WILL NOT CHARGE COST; IF OEM/ODM SAMPLES, WE WILL CHARGE FOR THE SAMPLE COST.
Q: WHAT'S THE DELIVERY TIME?
A: THE STAMPING TOOL MANUFACTURING CYCLE IS 20-50DAYS, STANDARD STAMPING PARTS IS 3 TO 10 DAYS AFTER PAYMENT. IF OEM OR MAKE THE TOOLING, WE WILL CONFIRM THE DELIVERY TIME WITH YOU.
Q: WHAT'S YOUR PAYMENT TERM?
A: WE ADVISE 30% T/T DEPOSIT, BALANCE BE PAID BEFORE SHIPMENT.

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