Feeder TA 15
Drumfeeder with a maximum capacity of 15.000 sheets/h. The product thickness (brochures, folded sheets etc.) can go up to 5mm.
Feeder TA 20
High-capacity drumfeeder with a capacity of 20.000 sheets/h. Main use: small folds of rotationpress-sheets.
Automatic cut, punch, hole-punch and perforation machines for inline or singel function.
To attach inline to a saddle stitcher, folding machine or a single feeder.
Booklets, advertising supplements, instruction manuals, package inserts, and diaries are characteristic products which may be produced on a Bograma punch machine in single or multiple up.
BSM 450 / 750 Servo
The punch machines BS Multi 450 / 750 Servo are by far the two most sold and universal models amongst the BOGRAMA punch machines in the middle capacity range of up to 10.500 cycles/h.
BSM 450 / 750 Servo plus
In order to use the punch machines BS MULTI even more efficiently, the model Servo plus is equiped with a high-powered servodrive. Its capacity can increase up to 12.500 cycles/h.
The Rotary die-cutter BSR 550 Servo has been developed for single-sheet processing and for thin, folded products, e.g. 4 or 6-page folded leaflets.
The BSR 550 Servo is ideal for job printing, as well as for pharma, package, label and digital printing.
Mailings, advertising supplements, booklet labels, folders, greeting cards, folded boxes and labels are a few examples of products that can be manufactured, one or multiple-up, on the Rotary die-cutter.
With the corresponding flexible dies, the BSR 550 Servo can punch, kiss cut, perforate, crease and deboss.
The BSR 550 Servo is a compact, mobile punch machine, requiring little space and weighting approx. 2.2 tons.
The machine runs smoothly without dynamic forces / weight acting on the ground.
A maximum product thickness of 0.5 mm can be punched; the paper thickness should be at least 80 g/m2.
Formats can be processed between A4 and a maximum of 550 x 750 mm.
The maximum production capacity of the BSR 550 Servo (depending on material) is at 12,000 cycles / h.
Inline configuration of the die-cutter is naturally the most efficient way to accomplish several work steps in one single step, thus achieving high performance.
Automatic discharge of the section grids while at the same time breaking out the inner cuts optimizes production even further.