Forming And Bending – Spring-Plus

What Is Sheet Metal Forming?

Sheet Metal Forming Or Bending Is A Common Metalworking Technique That Uses External Force To Deform Flat Metal Sheets Into V, U, Or Groove Shapes. This Process Is More Cost-Effective Than Machining Or Casting From Solid Materials And More Stable Than Welding, As The Product Remains A Single Piece. Various Methods And Machines, Such As Press Brakes And Roll Benders, Are Used To Achieve Different Angles And Shapes.

About Our Sheet Metal Forming

Starway specializes in a wide range of sheet metal bending materials, including copper, brass, stainless steel, aluminum, and alloy steel, customizing each bend to meet exact customer specifications. With lead times of just 3 to 7 days, we ensure fast and reliable service. Our factory is equipped with mechanical, hydraulic, CNC, and manual bending machines to accommodate diverse production needs, from small batches to large-scale projects, while maintaining quality and precision. Each project is managed by a dedicated team, providing personalized service and valuable insights.

Customized Sheet Metal Bending Parts Exhibition

The advantages of our sheet metal forming process

ВЫСОКАЯ ТОЧНОСТЬ
The bending process can achieve high-precision size and Angle control, by adjusting the parameters of the bending machine (such as pressure, Angle, mold type), you can precisely control the degree of deformation to ensure the consistency of the product.

SAVING IN MATERIAL
By bending the metal to the specified requirements, our bending process makes full use of the bent material and reduces waste, thereby reducing production costs. And the excess materials can be recycled and reused, reducing the overall production cost.

STRONG FLEXIBILITY AND DESIGN FREEDOM
Our bending process can completely produce complex shapes according to your design requirements, meet the needs of different products can also design a variety of bending angles and curves, improve the beauty and functionality of the product.

HIGH PROCESSING EFFICIENCY
Our bending machine can improve labor efficiency and simple operation after CNC programming. It can not only process continuously for 24 hours, but also quickly replace the bending mold in the bending machine. It is suitable for mass production of products in a short time, so as to improve production efficiency.

STRENGTHENING STRENGTH
Sheet metal bending strength compared with welding, bending strength is higher than welding, mainly reflects the strength of bending advantages are the following aspects: material rebound, bending Angle, local thickening, stress distribution, connection mode and so on.

SIMPLE FOLLOW-UP PROCESSING
The advantages of simple subsequent processing of sheet metal bending are mainly reflected in these aspects, 1 the convenience of welding can make the bending product produce better weld strength during welding. 2 High assembly efficiency, the bending product is usually combined with other products, usually the bending product will simplify the assembly process. 3 More flexible, if you need to fine-tune a part, only need to re-adjust a small part of the line.

Sheet Metal Bending Capabilities of Starway

Following the parameter standards in the following table will be more convenient in the early communication and post-processing

Maximum Bend Length	47 in.
Minimum Qualifying Part Size	0.05 in x 0.05 in (12.7mm x 12.7mm) for formed parts
Maximum Pressing Force	80 tons
Bend Angles	1 degree ‘kick’ to 135 degrees
Bending Output	Linear bends—external and internal flanges
Maximum U-Channel Ratio	2:1 (width:height)
Internal Radius Tooling Options	0.01 in. to 1 in. (standard tooling increments) >1 in. radius bends will be bump formed
Offsets	Standard offset tooling sizes
Hems	Closed hems up to 47 in., open hems up to 36 in.
Best way to cooperate	Provide detailed CAD drawings or detailed operating parameters contact us for the shortest machining cycle time and a quote to ensure the description of the bend is consistent with the operating details

Welding Post-treatment Technology

Following the parameter standards in the following table will be more convenient in the early communication and post-processing

Материал	Класс	Доступные толщины
Алюминий	5052-H32 6061-T6 (requires review)	5052: 0.025 in. – 0.250 in. (0.635mm – 6.35mm) 6061: 0.025 in. – 0.134 in. (0.635mm – 3.40mm)*
Сталь	CRS/HRPO Galvanneal (pre-plated) Galvanized (pre-plated)	CRS/HRPO: 0.025 in. – 0.250 in. (0.635mm – 6.35mm) Pre-plated: 0.025 in. – 0.134 in. (0.635mm – 3.40mm)
Нержавеющая сталь	304-2B 304-#4 316-2B	304-2B: 0.025 in. – 0.250 in. (0.635mm – 6.35mm) 304-#4: 0.025 in – 0.119 in. (0.635mm – 3.023mm) 316-2B: 0.025 in. – 0.134 in. (0.635mm – 3.40mm)
Медь	C1010 C1100	0.025 in – 0.125 in. (0.635mm – 3.175mm)
Латунь	C260	0.025 in. – 0.125 in. (0.635mm – 3.175mm)

Obtain An Instant Quote by uploading a 3D CAD file (including STEP, STP, SLDPRT, DXF, IPT, PRT, or SAT formats) through our Instant Quoting Engine.

Преимущества нашей команды

Professional Consulting Teamwork

Для каждого проекта будут созданы специальные команды обслуживания. (Команда предпродажной подготовки + инженеры предпродажной подготовки).

One-Stop Service

1.Design Support: Offers 3D modeling, optimization, and prototyping. 2.Material Selection: Provides various material options and customization. 3.Fabrication Processes: Includes laser cutting, stamping, bending, and welding. 4.Assembly: Offers insert installation, riveting, and full assembly. 5.Surface Treatment: Provides painting, plating, and polishing services. 6.Quality Inspection: Ensures compliance with dimensional and functional tests. 7.Packaging and Logistics: Ensures safe packaging and timely delivery. 8.After-Sales Service: Offers technical support and quality tracking.

Delivery Within Three Days

Быстрая разработка нового продукта：3 дня на изготовление прототипа

Rigorous Order Management System:

From the initiation meeting and confirmation of drawings to the first piece inspection, mid-term quality reports, and final product inspection, every step efficient execution. Offer order reports at least twice a week offer SOP operation manuals for batch orders Comprehensive quality inspection reports

Получите мгновенное предложение, загрузив файл 3D CAD (включая форматы STEP, STP, SLDPRT, DXF, IPT, PRT или SAT) через наш механизм мгновенного запроса предложений.

Applications for Sheet Metal Formed Parts

Metal bending is an advanced processing technology with high precision, high efficiency and strong adaptability. Mainly used in the following fields:

Automobile Manufacturing

Body structure
Components such as doors, roof and side walls are bent to form complex shapes that increase impact resistance, reduce weight and improve fuel efficiency.

Chassis components
Chassis brackets and structural components increase rigidity and ensure vehicle stability and safety in various road conditions. Interior components such as the dashboard and door panel brackets are designed to increase comfort and aesthetics through bending.

Exhaust system
Bent pipes increase exhaust efficiency, reduce vibration and noise, and enhance overall performance.

Battery casings
In electric vehicles, sheet metal bending is used to create battery pack casings that provide protection and heat dissipation.

Electronics

Shell manufacturing
Used to make equipment shells, such as computer cases, home appliance shells, etc., to protect internal components and provide structural support.

Bracket and frame
Such as display bracket, server bracket, etc., by bending to form a stable support structure, improve the stability of the device.

Heat sink
Bent metal can be used to make heat sinks to improve heat dissipation performance and ensure the normal operation of electronic devices.

Connectors and terminals
Sheet metal bending technology is used to manufacture the housing of electrical connectors, providing mechanical strength and protection.

Cost savingsInternal structural parts
Such as circuit board brackets and fasteners, improve the fixing and arrangement of internal components through bending design.

Mechanical Equipment

Enclosures and frames
Used to fabricate equipment enclosures and frames to protect internal components and provide strength support.

Brackets and bases
Such as machine bases and support structures, with bending technology to enhance stability and load-bearing capacity.

Protective covers
Bent metal is used to create safety covers that protect operators and equipment from damage.

Connecting components
Such as connecting parts and connecting brackets, which are bent to improve the connection strength and ensure the reliability of the mechanical device.

ЧАСТО ЗАДАВАЕМЫЕ ВОПРОСЫ

What are the common bending defects and how to solve them?

Crack: Select the appropriate bending radius and reduce the bending speed.
Deformation: Consider the elasticity and plasticity of the material in the design, and choose the bending order reasonably.
Asymmetric bending: to ensure that the fixture uniform force, avoid local excessive pressure.

How to control the elastic recovery of the material during bending?

During the bending process, the material undergoes elastic and plastic deformation. Elastic recovery is estimated by calculating “bending compensation” to ensure that the final Angle meets the design requirements. It is generally necessary to add 1-2° to the bending Angle as compensation.

What are the common metals for sheet metal bending?

Stainless steel: The commonly used stainless steel has 304, 316 and 430 and other grades.
Alloy steels such as A36, 1018 and 4140 are popular in metal bending due to their high tensile strength, durability, cost-effectiveness and versatility.
Aluminum material: Aluminum is malleable and easy to form different shapes and curvatures. It has excellent corrosion resistance and strength-to-weight ratio.
Copper: Copper is a soft material and the sheet is easily bent. However, careful handling and control of force is required to avoid surface damage or cracking.

What are the advantages of sheet metal bending?

The main advantage of bending is its ability to create complex parts without any seams. In addition, it is precise, cost-effective and versatile. It is capable of manufacturing rugged components for a variety of industries.

Формовка и гибка

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