Automated corner rivnopillia machines, lines and centres.
Automated corner rivnopillia machines (disc) is designed for the cutting of roundwood and production of saw-timber quality in automatic mode. Move disks to a predetermined size is performed under the control of microprocessor control systems in accordance with the cutting chart, calculated by the optimization program.
Automated corner rivnopillia machines (disc) is designed for the cutting of roundwood and production of saw-timber quality in automatic mode.
They are represented by unique machines of the brand “bars” of various modifications.
Sawmilling is carried out through the use of two saw blades arranged in a horizontal and vertical or only horizontal. Move disks to a predetermined size is performed under the control of microprocessor control systems in accordance with the cutting chart, designed program optimization.
The optimization program performs automatic calculation of the optimum scheme of sawing logs on the criterion of the maximum yield of lumber with the specified parameters, including radially oriented, individually for each log without sorting by diameter.
Machines are used in sawmills during production of timber of export quality and preforms for molded products, laminated veneer lumber, furniture Board, Windows, flooring.
— automated the process of cutting,
— minimization of labour — service one operator
— high performance by reducing the influence of the subjective factor in the process of sawing,
— a quality cut valuable and firm breeds of wood (larch, birch, oak, beech, ash, mahogany, bog wood ,etc.)
rational cutting logs,
— cutting precision ± 0.5 mm
— high output lumber – 63 – 69%
— the maximum output of lumber radial cut,
— minimizing waste of wood,
— low specific energy consumption,
— automated accounting of raw materials, finished products, machine and staff program Monitoring,
— the small area occupied by the complex
— ease of maintenance, high reliability and safety of operation,
— the minimum period of mastering of the machine,
— quality cut any species of wood,
— hydraulic clamping of logs,
— computer processing of data for cutting cards,
— do not require sorting by diameter logs
— automatic system of removal of timber,
— no need canting the logs,
— adaptability to production lines,
— possibility of long operation in a tight production cycle,
— getting square-sawn timber of export quality for one piece
— variability of sawing, instant reinstallation of the specified parameters of lumber in digital form from the operator control panel that provides a maximum of flexibility regarding the range of lumber, taking into account characteristics of sawn timber,
— maximum diameter of sawn timber up to 1 m
— maximum output boards of radial cut,
— high surface quality of the sawn timber obtained by using a disc with carbide tipped,
— each automated machine replaces 2-3 conventional machine, resulting in significantly reduced required area, number of employees and energy consumption,
— versatility allows you to saw logs into unedged or edged boards, beams or two-sided cant.
|Features:||Bars 5||Bars 3||Bars 3-1000||Bars 1A-70||Bars 1A|
|The diameter of logs, mm.
(in brackets the value when in fully automatic mode.)
|100 – 950 (600)||100 – 800 (700)||
100 – 1100 (1000)
100 – 700 (700)
100 – 1000 (700)
|Length of logs, m||2,0 – 6,5||2,0 – 6,5||2,0 – 6,5||0,7 – 7||0,7 – 7|
|The maximum cross section of the lumber, mm||200 x 200||180 x 180||180 x 180||180 x 180||180 x 180|
|Speed, cut feed, m/min||0 – 90||0 – 90||0 – 90||0 – 90||0 – 90|
|The accuracy of the cut, mm||±0,5||±0,5||±0,5||±0,5||±0,5|
|The horizontal diameter of the saw blade, mm||400 – 550||400 – 600||400 – 600||400 – 600||400 – 600|
|The vertical diameter of the saw blade, mm||450 – 550||400 – 600||400 – 600||400 – 600||400 – 600|
|Rated speed saws, Rev/min||2940||2940||2940||2940||2940|
|Engine power saw blades, kW||22||15/ 18,5/ 22||15/ 18,5/ 22||35,5/42,5||35,5/42,5|
|Specific energy consumption, kWh/cubic meter of PM||7||7||7||7||7|
|Performance logs, cu. m/hour||1,0 – 2,5||1,0 – 2,5||1,0 – 2,5||1,0 – 2,5||1,0 – 2,5|
Note: the description of technology on the example of machines “BARS”.