Automatic Boiler End Bevelling Machines – ORBIT L EXPERTISE FROM OUR TOO PROFIT Linsinger’s latest innovation in the field of high-performance bevelling, provides the world’s first fully automatic boiler end bevelling line to our customers. The new machine type covers a diameter range from 25mm (1“) up to 1,200mm (48“) dependent on machine model. Wall thicknesses from 3 – 25mm (0,1 – 1“) are processable. Optional minimum quantity lubricant spray nozzles ensure economic machining of Stainless Steel and high alloyed materials. Various profile types (N/V/X/Y/J) can be realized. The integrated aligning and downholder units ensure a constant webflow along the circumference of the boiler end. After loading via an inlet conveyor, the boiler ends or cups are automatically transported in the machining area, where the chamfering cycle takes place. Optionally, automatic drilling of center holes (Ø 10 – 35mm) (Ø 0,4 – 1,4“) can be realized. After machining, the heads are automatically discharged and optionally stacked for further transport and handling. YOUR BENEFITS: Fully automatic machining cycle Designed for highest possible output Automatic and precise alignment of boiler ends Quick tool and diameter change Precise and fast welded seam preparation Various kinds of profiles available (V/X/Y/J...) Optional drilling function available Optional measuring station for quality assurance and documentation TECHNICAL DATA Bevelling time 20 sec. OD 100

LINSINGER BOILER END BEVELLING MACHINE: ORBIT AVAILABLE MODELS: TYPE AVAILABLE OPTIONS Automatic measuring of finished boiler ends Processing of Stainless Steel and other high alloyed materials Automatic marking of finished boiler ends Automatic stacking and turning of finished parts Measuring station The details, data and drawings etc. contained in all brochures/catalogues of Linsinger are purely of informational nature and these details explicitly cannot be interpreted in order to derive any claims whatsoever against Linsinger. The details etc. are only binding for Linsinger if they expressly...