The Thin Cutting Frame Saw Mamuth was developed for cutting solid wood blocks
into gluable veneers with a minimum of saw kerf waste. The machine is provided
by standard accessories listed below. The Mamuth is a very heavy duty version of
thin cutting frame saw for lumbers up to 220 mm wide and up to 350 mm
High precision lamellas, gluable surface, tolerance ± 0.1 mm
The "Plus" System is designed for fast and quick set-up and adjustment of the cutting height. Automatic raise and lower of the top feed rollers via electrical motor.
Air Blast system located directly behind the saw blades keeps the saw blades clean and prevents heat build-up.
Automatic Opening of the machine for safe and easy removal and installation of the saw frame.
Sturdy and durable Cast Iron Saw Frame Carriage no play mounted on linear guides.
Feed roller movement is synchronized with the up/down movement of the saw frame.
Modular Infeed can accommodate a center guide, side guide or channel system.
Chip Breaker prevents splintering on the bottom side of the wood.
Top and Bottom Driven Feed Rollers.
Automatic Central Lubrication Unit.
Solid Steel Crank Arms.
On demand Features:
System "Orbit" for increasing saw blades live up to 50%, efficiently prevents saw blades heat build-up.
Air Jet system for cooling with extra ventilator.
Top and Bottom Planing Module on machine outfeed.
Top Planing Module on machine infeed.
Wet Way Cutting Option.
Automatic Hopper Feeder.
Blades Tension Master.
Thin Cutting Frame Saw MAMUTH:
Strokes per minute
Max. cutting height
350 mm (13.7”)
Max. usable cutting width
220 mm (8.6”)
Min. material length
250 mm (10”)
Saw blade kerf (depends on tools & application)
from 0.7 mm (0.028”)
Min. slat thickness
2.0 mm, according to slat width
Bottom/top driven rollers
Bottom dust hood
ø 200 mm
Top dust hood
ø 120 mm
25 m/s (82 ft/s)
Compressed air – min.
6 Bar (90 psi)
Compressed air volume
2 – 10 m³/h
Veneer/Slats per shift
700 – 1000 m² (7200 – 10800 ft²)
0.2 – 2.0 m/min. (0.6 – 6.6 ft/min.)
22 kW (30 hp)
Infeed top planing module
2.2 kW (3 hp)
Outfeed top planing module
2.2 kW (3 hp)
Outfeed bottom planing module
2.2 kW (3 hp)
Motor to open machine
0.18 kW (0.24 hp)
"Plus" system motors
0.50 kW (0.64 hp)
3300 mm (130”)
1000 mm (40”)
2300 mm (91”)
4500 Kg (9000 lbs)
Is used for shifting sawn wood blocks as far as maximum working width of machine - by the type of machine:
ORBIT - maximum working width "B" = 150 mm
ECO-POWER - maximum working width "B" = 150 mm
MAMUTH - maximum working width "B" = 220 mm
This equipment is possible use for working up of almost kinds of sawn wood blocks. We recomme to worked up two side planned sawn wood - lower surface and side surface. Height tolerance ± 0.1 mm must be observed. Sawn wood blocks are pressed against Side-press equipment by the pneumatic cylinder. This equipment is not suitable for working up of sawn wood blocks, which have thickness below 30 mm.
Central Guide is used for processing of two wooden blocks at the same time. For properly function must be clarified a height tolerance of wooden blocks ± 0.1 mm. Blocks are pressed against the Central-Guide-Equipment by means of pressure levers adjusted by the four pneumatic cylinders or by the four setting screws. Maximum working width of blocks are limited:
ORBIT - maximum working width "B" = 65 mm
ECO-POWER - maximum working width "B" = 65 mm
MAMUTH - maximum working width "B" = 100 mm
This equipment is not suitable for processing of wooden blocks, which thickness is less than 30 mm.
Channel Guide is used for processing of several wooden blocks at the same time. For properly function must be clarified height tolerance of wooden blocks ± 0.1 mm. Blocks are guided towards the saw blades between the steel bars. For properly function of this system must be clarified surfaces and edges processing. We recommend four-side-preplaned sawn wood with accuracy of ± 0.1 mm. Max. number of the channels depends on the working width of machine and on the thickness of the sawn wood.
Stretching Frame is used for tensioning of the saw blades. Mounting of the Stretching Frame are made by means of the Mounting Frame. Stretching Frame with saw blades is fastened in the Main Carriage Frame of machine in simply way. It is possible to add to every machines arbitrary of Stretching Frames. Type of Stretching Frame depends on type of the machine and on length of saw blades. (according to height of cutting kerf)
Saw Spacers with holes
Saw Spacers eliminate a gap between saw blades and so they indicate thickness of the lamellas(slats). Saw Spacers with holes are determined for the Bottom Holder of saw frame. Material of spacers is heat-treated.
Saw Spacers without holes
Saw Spacers eliminate a gap between saw blades and so they indicate thickness of the lamellas(slats). Saw Spacers with holes are determined for the Top Holder of saw frame. Material of spacers is heat-treated.
Bottom Outfeed Planing Module
Bottom Planing Module on outfeed removes minor splinters on the bottom side of lamellas(slats). Draft of bottom module is fluently adjusted in and extent 0-2 mm. Resultant measurement of planned lamellas is in accurate measure ± 0.1 mm. Machine is developed with Electronic measuring on customer demand. First of all it is determined for exact production of parquetry.
Top and Bottom Outfeed Planing Module
Top and Bottom Planing Module on outfeed serves for removing torn out wood fibres from bottom and top side of material being cut. It serves at the same for accurate high-gauging of produced lamellas(slats). The Bottom Planing Module is component of the Top Planing Module. The draft of bottom module is fluently adjusted in extent 0-2 mm. Bottom module is possible adjust to the whole working range of machine. Resultant measurement of processed lamellas is in an accurate measurement ± 0.05 mm. It is possible to equip module with electronic measuring with possibility of subtraction of both values of planing modules and its absolute value = resulted measurement of product. First of all it is determined for exact production of parquetry.
Top Infeed Planing Module
Top Infeed Planing Module installed on the Thin Cutting Frame Saw infeed helps calibrate your input material in order to ensure proper feeding through the machine. You don't need to calibrate the material in height and process it directly after the multi-rip saw process.
Rubber Coating of the Top(Bottom) Rollers
The layer of PU on feed rollers ensures feed of wooden blocks - eliminates different of block heights. This method is used in combination with Central-Guide-Equipment or Channel-Guide.
Automatic Hopper Feeder
Automatic Hopper Feeder is fixed for automatic putting of sawn wood blocks in machine - pneumatic cylinder pushes the wooden blocks into machine. The use is especially suitable in combination with Channel-Guide or for processing of the short wooden blocks. By using of the Automatic Hopper Feeder more machines can be operated by one worker. There is no limit for length of wooden blocks – form 200 mm to 4000 mm...and more
Adjustable Chip Breaker between blades
Chip Breaker prevents making of split on the bottom side of wooden blocks. Chip Breaker supports processed wood near of the saw blades. The using is especially suitable for production of thin-lamellas or for cutting of wood with different structure of the spring and summer wood.
Air Blast System (Top and Bottom)
Air Blast System is determined for higher cutting-heights (above 100 mm). Saw blades are cooled with compressed air expansion. Top-Air Blast System helps to blow out the sawn-dust and splinters out of kerfs. You can prolong the live time of saw blades up to 30% with using of this equipment