LThe double spindle panel saw MSR born from the need to make incisions, multiple longitudinal grooves or cuts simultaneously on both surfaces of the panel processed.
The applications are related to the world of furniture, building and construction materials in general 
where the wood based panels can be used raw or coated such as MDF, HDF, plywood, particle board, then
cement fiber boards, plastic laminates, and extruded plastic materials such as PVC, PP, and XPS, polyurethane foams and extruded panels, composite panels such as gypsum board or mineral fibers with surfaces already finished or coated with different decorative materials
.
Made in different variations and processing capacity from 80, 130 up to 160cm the MSR can be equipped with special equipments according to different production requirements 
that will determine the different versions.
Equipped with a throughfeed advancement for the workpieces the MSR is a high-performance machine that can easily be integrated into a production line or interlocked with automatic loading and unloading devices for panels. In addition to a robust, precise and generously sized welded steel frame the MSR is equipped with:
- Cutting depth adjustment without changing the work plan to the floor by the 4 independent frames;
- Motorized movement of the frames, with rapid and safely replacement of tool-holder spindles and removable support with electromechanical safety switch;
- Carters and cover plates with acoustic panels to ensure that noise emissions are in compliance with ISO 7960/95;
- Logic operation controlled by PLC with communication of digital data by digital bus. The insertion of quotas is done by touch-screen operator panel;
- Remote electrical cabinet control, with quick connectors;
- Driving advancement group composed of rubber covered rollers with quick removal system;
- Quick replacement of the working tablets to ensure always the optimum cutting conditions without vibration;
- Self-adjustment of the thickness set in order to compensate any difference in thickness between the various panels included;
- Chip extraction hoods to be connected to the suction system;
- Lifting and handling of the tools holder shafts and then bench storage with 4 stations equipped with the linearity control and balancing systems.

TECHNICAL DATA of the STANDARD

MODELS 

MSR 70 ds

MSR 130 ds

MSR 160 ds

Spindle motorization (each)

from 11 to 37 Kw

from 15 to 45 Kw

from 22 to 45 Kw

Tool-holder spindle

80 x 810 mm

80 x 1310 mm

80 x 1610 mm

Spindle speed

4000 rpm

Advancement motorization

1,1 kW

1,5 kW

2,2 kW

Advancement speed

from 3 to 45 m/min' (with infinite adjustment)

Working table height

min 970 max 1300 mm

Max. diameter  tools

280 mm

Projection of the tools from the working table, adjustable 

up to 62 mm

Projection of the tools WITHOUT working table, adjustable

up to 72 mm

Max. working width

700 mm

1300 mm

1600 mm

Max. workpiece width

900 mm

1500 mm

1700 mm

Max. workpiece width Version "2rr"

760 mm

1360 mm

1660 mm

Min. workpiece lenght

485 mm

Min. workpiece lenght Version "pd"

310 mm

Max. workpiece thickness

120 mm

Overall dimensions

2350x1720x2100 h mm

2850x1720x2100 h mm

3150x1720x2100 h mm

Approx. weight

3700 Kg. ca.

4500 Kg. ca.

5600 Kg. ca.

On request:

- Contrast driving rollers, over the spindles, With the copy function of the surface of the workpiece in order to accurately detect the depth of groove
- 2RR version: with plastic laminate guides passing through the rollers to ensure smooth entry of the already squared workpiece
- pd version: with a double row of contrast wheels for cutting short pieces or thin thickness
- P version: with more powerful engine and central support of the spindle with automatic lock, for the toughest applications
- Input and output tables with lateral fences for loading and unloading of short pieces
- Automated systems for automatic loading and unloading of the panels and cut the elements
- Special drive system for panels with thickness out of tolerance
- Tailrace tunnel with metal walls as required by UNI EN 1870-4 in relation to working in accordance with rotation of the tool to the sense of progress of the piece