TOKIRO automatic lines for producing briquette with 6 cm diameter

TOKIRO automatic lines with electro-hydraulic drive consists of two or more KRBT briquetting machines and are made for briquetting waste with a moisture content from 2% to 18% like chips and dust from materials such as: wood, plastics, metals, paper, composites etc.

They are produced in two variants:
I - on the components and parts from brand manufacturers like Bosch, Denison, and Siemens produced in Western Europe, with the piston-type hydraulic pump. The tank with mixer and dispenser worm is in standard equipment;
II - on the components and parts from non-brand manufacturers, with the exception of some elements of electronics (such as the Siemens reader) with toothed hydraulic-type pumps. The tank with mixer and dispenser worm is in standard equipment;

TOKIRO 2 and 4 - are designed for briquetting waste of the granules size less than 1cm3
TOKIRO 2R and 4R - are designed for briquetting waste of the granules size more than 1cm3. The line consists of Bóbr(beaver) KRRW shredder with unloading transporter.
 

Technical Data
TOKIRO type
2 4 2R 4R
Performance [kg/h]
80-160 160-320 80-160 160-320
Briquette diameter [cm]
6 6 6 6
Hydraulics power supply [kW]
15 30 17-20 32-35
Container power supply [kW]
3,3 6,4 3,3 6,4
Oil container capacity [l]
360 720 460 820
Pressing piston cycles number [1/min.]
7-10 8-12 7-10 8-12
KRBT Briquetting machine number [pc] 2 4 2 4
Line weight [t]
1,1 1,8 10,1-20 10,8-21
Power [V]
400 400 400 400
Pressing force [t]
20-30 20-30 20-30 20-30
Container [cm] 130 400x150 130 400x150
Occupiedsurface [m2] 10,5 18 37 45
Capacity [m3]
18 31 82 104

Note:
- lines produced by us can contain any number of briquetting machines in different configurations,
- briquette length depends on the settings and the waste physical characteristics and can range from 2 to 20cm,
- in box 2R and 4R quite substantial differences in values arise from the possibility of using different shredders,
- data are not binding and may change. The pictures and drawings relate to the implementation I.