CNC TUBE BENDING • PROCESS 01
CLR / 1D / Ø79
BFM • CNC tube bending and forming
CNC tube bending across Ø4.76–79 mm; tube and profile rolling for different diameters and sections, end forming, fixture development, welding and dimensional verification—integrated manufacturing for the automotive, defense and general industries.
Manufacturing capabilities / process set
Prototyping is an integral part of how we collaborate, extending across the cutting, bending, forming, joining, machining and verification steps relevant to each product and project.
Design your own tubeCNC-controlled bending for metal tubes with outside diameters from Ø4.76 to 79 mm.
For suitable applications, the minimum centerline bend radius is 1D (CLR = tube outside diameter). Feasibility is determined by technical review according to material, geometry and tooling conditions.View technical detailsWe perform tube-end forming operations in-house for the connection and assembly requirements defined in the technical drawing.
Form, dimensions and process sequence are determined according to the part requirements.View technical detailsProduction of complementary parts on lathes, plus the design of project-specific dies, inspection fixtures and welding fixtures.
Production tools are also manufactured in-house.View technical detailsWe perform laser welding operations in-house according to part geometry and project requirements.
Process parameters are determined according to the material, joint geometry and technical requirements.View technical detailsWe apply oxy-fuel welding and brazing methods in-house to join tube and metal components.
The method and process parameters are determined according to the material, joint geometry and technical requirements.View technical detailsWith our CNC-controlled three-roll machine, we can roll-bend tubes and profiles of different diameters, dimensions and sections to meet project-specific radii.
Feasible radii are determined by technical review based on material, section, wall thickness and machine capacity. Stainless steel, carbon steel, copper, aluminum and brass.View technical detailsWe perform sheet-metal cutting operations in-house on our CNC fiber laser cutting machine.
Programming and machine control with CypCut.View technical detailsWe perform hydraulic and eccentric press operations in-house.
View technical detailsWe perform hose cutting, end-fitting crimping and testing in-house.
View technical detailsCNC tube bending diameter range
From steel to copper and aluminum
In-process inspection and dimensional verification
Barcode trace from raw material to dispatch
Quality & traceability
We perform essential in-process checks on tube products with fork gauges and product-specific inspection fixtures, supported by dimensional verification on a Hexagon CMM. We use Geomagic Control X to compare 3D scan data with solid CAD models. We also maintain dedicated testing infrastructure for hose products.
Barcode-based lot records enable backward and forward traceability, linking the customer order, product, quantity, due date, production status and delivery in one digital workflow.
Explore our quality approachEngineering & digital infrastructure
Technical data preparation, manufacturability assessment and production tools work in direct connection with real shop-floor processes.
CAD work and technical drawings are prepared in SOLIDWORKS; CAM programming is performed in Siemens NX.
Connected tracking of planning, material requirements, purchasing, production orders, inventory and order processes.
An AI-assisted lot, order, due-date and delivery workflow built on Google Workspace and integrated with Katana MRP.
Production processes / in-house manufacturing
Explore CNC turning, laser welding, oxy-gas welding and brazing, alongside tube bending, cutting, end forming and complementary operations.
Capabilities and process imagesExplore the machine parkDesign your own tubeSoftware & digital infrastructure
Software and systems that support the manufacturing flow—from planning and design to AI-assisted development, automation and network management.
Production planning, material requirements, purchasing, production orders, inventory and order management.
Business communication, document management and in-house digital operations infrastructure.
Cross-application workflows and operational automations.
3D product design, technical drawings, die and fixture development.
CAM programming and preparation of manufacturing operations.
Management of accounting and finance processes.
Cross-operating-system environments for engineering applications.
CNC fiber laser cutting programming and machine control.
We are gradually migrating our facility’s wired and wireless network infrastructure to the UniFi platform for centralized device monitoring and management.
Migration in progressAI assistance for content development, research, analysis, coding and improvement of in-house digital operations.
In active useComparison of 3D scan data with the CAD model and dimensional analysis.
Photo archive / real production
Browse products, manufacturing processes and quality infrastructure by category. Every image can be enlarged.
94 selected records / CMS archive approved for publication
REPRESENTATIVELaser welding / representative technical imageThis image will be replaced when a real shop-floor photo is available.Products & industries
Each product family is assessed project by project against the technical drawing, material, quantity and verification requirements.
Design your own tube
Manufacturing experience
Beformet has gained supply or project experience with the organizations listed below through past and ongoing programs. Some of these collaborations continue today; brand names are shown solely to describe that experience.
Company / three generations in tube bending
Beformet’s manufacturing heritage dates back to 1975, when the first generation began building expertise through two branches of the family. Founded in Bornova, İzmir in 2009, Beformet carries that experience forward today through advanced manufacturing technologies, a people-first culture and a disciplined approach to quality.
A manufacturing culture developed through two separate branches led by Ali İhsan Kulpedin and Feridun Güventürk.
The second-generation company founded by Erol Kulpedin in Bornova, İzmir.
A new era carrying the family’s manufacturing culture forward through digitalization, traceability and continuous improvement.
C—01 / CONTACT POINT
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