CABS6000
CABS6000
17- Clamp Computer Aided Binding System
Max. Book Size: 385W x 275H mm (15.15"W x 10.8"H)
Min. Book Size: 145W x 103H mm (5.83"W x 4.14"H)
Book Thickness: 2 to 50mm (0.08" to 2.0")
Production Speed: 6,000 books/hr.
CABS4000S
CABS4000S
9-Clamp Computer Aided Binding System
Max. Book Size: 400W x 280H mm (15.7"W x 11.0"H)
Min. Book Size: 145W x 103H mm (5.71"W x 4.06"H)
Book Thickness: 1 to 45mm (0.04" to 1.7")
Production Speed: 4,000 books/hr.
SB-17
SB-17
17-Clamp Perfect Binder
The SB-17 features highly accurate automated set-up with simple and easy operation.
Both EVA hotmelt and PUR hotmelt can be used by using the interchangeable melt tanks.EVA tank provides exceptional glue application, even at high speed, thanks to 3 application rollers and a scrape roller on the EVA glue tank.
Two milling stations provide a versatile range of spine milling preparations.
MG-600
MG-600
6-Hopper Modular Gathering System
MG-600 cab be extended up to 6 gathering units (36 stations can be combined) Intuitive operation through intelligent touch screen control allows for very easy operation. CCD Cameras (Option CCD-MG) detect sheets that have been improperly positioned or misprinted. The ST-600 inline stacker allows gathering to be performed offline from the binder.
Max. Sheet Size: 385W x 275L (15.15"W x 0.8"L)
Min. Sheet Size: 148W x 105L (5.83" x 4.14"L)
Bin Pile Height: Max. 50mm (196")
Production Speed: 6,000 sets/hr.
SB-09S
SB-09S
9-Clamp Perfect Binder
The SB-09S provides maximm productivity for short to meduim run lenth at up to 4,000 books/hour. Major system setups are performed auromatically and book size or book thickness changeovers are completed within 3 minutes so that the SB-09S provides quick, easy makeready for frequent job changes
Revolutionary seesaw style feed plate for increased space efficiency.
HT-110
HT-110
Three-knife Trimmer
Max. Trimmed Book Size*: 366 x 300 mm (14.40" x 11.81")
Min. Trimmed Book Size*: 145 x 103 mm (5.71" x 4.06")
Trim Thickness: Max. 100mm (3.93")
Production Speed: 1,600 cycles/hr.
*Top-Bottom x Fore- Edge