Phoenix 3D Metaal Company brochure (En)
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Transcript of Phoenix 3D Metaal Company brochure (En)
Deep drawing in small series
Creating value through smart engineering
Company profile
Phoenix 3D Metaal specialises in 3D sheet metal forming in small series in Ferro and non-Ferro metals. The company was founded in 1960 and is located in
Eindhoven, The Netherlands. With over 50 years of experience manufacturing fine metal work, valuable product solutions in sheet metal have been achieved in
various branches of the industry. By actively cooperating with TNO (the Dutch Organisation for Applied Scientific Research) and TU Delft University, specific
expertise and capabilities in the field of metal forming with the rubber pad pressing technology are obtained. The company is Western-European leader in this
particular method of production. Nowadays the company offers its partnership from the customer’s initial product idea to serial production of the final product.
The rubber pad forming technology
3D sheet metal forming in small series - the alternative technology for deep drawing
The rubber pad forming technology is the cost effective alternative for deep drawing in small series. Complex double curved parts at low costs thanks to
single-sided tooling is one of the main advantages of this technology.
Well thought out product solutions enable the use of thinner sheet metal while maintaining product strength. Smart engineering enables manufacturing of cost-
efficient and functional 3D sheet metal products, for example by including features such as reinforcements or embossments and by integrating functionalities.
Phoenix 3D Metaal’s core activities are: smart engineering, 3D sheet metal forming and 3D laser cutting, which are supported by additional processes such as
(robot) bending and (robot) welding. Expertise in complex parts and specialised 3D laser cutting is essential and provides an advantage in realising double curved
sheet metal products. With laser scan equipment, products are measured up to an accuracy of 0,05 mm. Laser scanning is applied for different purposes including
quality control. It also enables reverse engineering and redesign of existing products/parts. Additionally, it offers the ability to provide measurement reports.
The entire production process is supported by state-of-the-art CAD and CAM software. Simulation software was customised to meet the specific requirements
of the rubber pad forming process and is crucial when designing complex shaped tooling and optimising product manufacturability.
Advantages
Low tooling costs
Particularly suitable for small to medium series production
Freedom in design (double curved, organically shaped)
Various materials: steel and stainless steel, several aluminium grades, brass, copper, zinc, wire mesh, titanium alloy and others on request
Multiple smaller products can be formed from a single tool, in one run
A single tool can be used to process various thicknesses of sheet metal
Enables lightweight constructions and savings on raw materials
Re-engineering of assemblies into ‘one’ sheet metal product
Short time to market
Rubber pad prevents surface damages
Fields of application
The company produces custom made parts for equipment and machinery, covers and a variety of components. The applications are endless and Phoenix 3D Metaal serves various branches of industry such as Heating, Agriculture, Automotive, Food and Healthcare in which smart engineering leads to:
Cost efficiency
Hygienic, easy to clean and bacteria-tight products
Lightweight product design, reducing product mass while maintaining strength
Functionality by integrating product features, reducing weight and improving efficiency
Flow improvement, optimising movement of gases and liquids
Rubber pad forming – Process
Blank positioned on die
Rubber pad
Die Blank
Pressing Semi-finished product
3D shaped sheet metal Product 3D laser cutting
2 1 3
4 5 6
Rubber pad forming – Tooling
Product design Die design Simulation
Rubber pad forming – Positive / negative pressing
Positive pressing Negative pressing Combination positive/negative • Similar to bending
• Relatively simple die
• 3D laser cutting not always
necessary
• Good process control
• Complex die
• Demanding shapes are possible
• Similar to deep drawing
• Process control
• Complex die
In summary
• Tooling costs are 5 to 10% of those of deep drawing tools
• Single tooling: short time to market
• Material thickness can be modified during process
• Smart product design: less components > minimise amount of welding seams
• Specialised in functional use of double curved sheet metal, enabling hygienic, lightweight and cost efficient product design
• Smart engineering leads to optimal product solutions > efficiency in material usage, product assembly and handling
• Phoenix 3D Metaal is partner from initial product idea and design to production and finishing of the product: one stop shop
Hygienic No welding seams – No residue
Hygienic product design – Food industry
Lightweight Less material – Stronger product
Lightweight and strong through smart design – Agro sector
Exceptional Product identity – Outstanding
Sheet metal in distinctive design and demanding environment – Construction
Freedom in design Organically shaped sheet metal
Curved shapes and maintaining a lightweight product – Automotive
Unmistakeable design Embossing – Identity
Identification in sheet metal with low tooling costs – Façades and Signage
Functionality Integration leads to elimination
Integrating product functionalities, reducing handling costs – Automotive
One-Stop-Shop Smart engineering – production – finishing
From initial idea to optimal product design and finished end product or component – Automotive
Flow Reduce resistance – Improve movement
Automotive specials Heating industry