SCM / CNC MACHINES FOR TIMBER CONSTRUCTION

Timber construction.
Precision for larger elements.

CNC machines for structural timber, large CLT panels and glued beams. Learn about machining, sanding and software preparation, and choose the technology according to the geometry and size of the element.

SCMOfficial page ↗
SCM Oikos XS, feed system with wooden structural elements
Oikos XS / feed demonstration from the manufacturer's material

THREE DIFFERENT TASKS

First the element.
Then the right working area.

01

Structural elements

Straight beams, roof elements and components of timber walls. Cross-section and length are crucial when feeding through the machine.

Oikos XS ↓
02

Large panels

CLT walls and ceilings with openings, grooves and joints. Head access, clamping and the full panel surface are important.

Area and sanding ↓
03

Glued beams and arches

Large straight or curved glued elements require a different arrangement of supports and machining space.

Area GL ↓

SELECTED SCM SYSTEMS

From compact cross-sections
to large structures.

Example of joint machining on an Oikos XS structural element

SELECTED TECHNOLOGY

Oikos XS / structural timber

A machining centre for solid and glued flat structural elements. The feed system guides the element through the machining area; the Revolver five-axis unit is available in both versions, and the additional Flex-5 head on the XS 650.

Maestro lab beam&wall supports operation preparation, while Maestro active beam&wall provides on-machine control. The choice of version depends on cross-sections, lengths and required joints.

XS 450 / maximum cross-section
450 × 240 mm
XS 650 / maximum cross-section
650 × 310 mm
Minimum element length
1,300 mm
Maximum length, depending on version
6 / 10 / 13.5 / 16 m
Large timber panel on the work table of the SCM AREA CNC centre
AREA with large panel on supports · original photograph from SCM catalogue.

SELECTED TECHNOLOGY

Area / large panel processing

Five-axis gantry centre for CLT panels and large structural elements. Operations include opening cut-outs, trimming and joint making on an already manufactured panel.

A large working area is useful only if clamping, tool access and handling of the element are properly arranged. The beam&wall program supports preparation and simulation; element layout is adapted to the actual execution.

Area / maximum width
4,500 mm
Area / maximum length
50,000 mm
Area / workpiece thickness
up to 360 mm
Electric spindle
30 kW
SCM AREA GL with long glued beams in the working area
AREA GL with beams on supports · manufacturer’s illustration SCM.
AREA GL machining unit by a glued beam on vacuum supports
Close-up view of glued beam processing · SCM.

LARGE GLUED ELEMENTS

Area GL / straight beams and arches

Five-axis centre for machining straight or curved glued beams. Here too we are talking about machining an already manufactured glued element; gluing and pressing are separate processes.

Different supports allow adaptation to the geometry. Maestro lab beam&wall and Maestro active beam&wall connect programming and machining execution.

Working area
up to 60 m length / up to 5 m width
Thickness on support battens
up to 400 mm
Thickness on vacuum grippers
up to 550 mm
Electric spindle / tools
30 kW S1 / 15 positions
Modular sanding and calibration machine SCM DMC system XL
DMC system XL · example of a setup with multiple machining units.
CLT panel between the upper and lower units of the DMC system XL
Panel in the working area · photo by SCM manufacturer.

CALIBRATING AND SANDING CLT

DMC system XL / surface of a large panel

Wide-belt system for surface processing of cross-laminated timber panels. Calibrating is intended to achieve the required thickness, while sanding prepares the surface. The place of this operation in production is determined according to panel manufacture and the requirements of the final product.

The modular design allows combinations of units for the top and bottom side. The version may include a calibration roller, segmented EPICS sanding shoe and a cross sanding unit. These are selected according to the required material removal, surface and panel make-up.

Working width
3,700 mm
Maximum panel thickness
500 mm
Roller feed speed
2–10 m/min
Longitudinal sanding belt
3,720 × 3,250 mm
Cross sanding belt
300 × 14,100 mm

The minimum workpiece thickness and permitted machining method depend on the machine configuration. The catalogue and portal data variations are checked for the selected configuration.

Maestro active sand / sanding control

Through the eye-M console, the operator sets the machining parameters and controls the sanding process. This interface is intended for sanding; preparation of structural machining on AREA and OIKOS CNC centres uses the beam&wall family.

Sanding is its own technological step.

The width of DMC system XL is 3,700 mm. A larger working area of the CNC centre does not therefore mean that every panel can also be machined on this sanding machine. Element dimensions, operation sequence, feed and handling must be coordinated.

MAESTRO / BEAM & WALL

From structural design
to a verified CNC program.

Wooden structure design, preparation of machining and machine control are connected tasks. The software helps transfer data between them, while the person defines the requirements and checks the preparation.

Maestro lab beam and wall with display of a structural element
Programmed element preparation · SCM illustration.

PREPARATION / OFFICE OR CONSOLE

Maestro lab beam&wall

From the structural design data it prepares machining for AREA and OIKOS CNC centres. It does not replace structural calculations or building design.

  • Project import: BTL/BTLX transfers the geometry of the elements and joint data. The supported format and its version are checked with your CAD program.
  • Tools and strategies: programmed preparation links the required machining with the appropriate tool and execution method. The preparer can adjust the strategy.
  • 3D simulation: helps check machining and possible collisions with the machine model, tools and clamping devices. It is also useful for reviewing an individual operation.
  • CNC program: the verified preparation generates data for execution on the appropriately configured machine.
The operator uses the SCM Maestro active beam and wall console
Machine-side operation · original SCM Partners photograph.

EXECUTION / ON THE MACHINE

Maestro active beam&wall

The operator interface connects prepared programs with the operator’s day-to-day work. The clear console makes it easier to choose the next job and monitor production.

  • Production list: program overview, editing the machining list and selecting the next element.
  • Start and monitoring: the operator opens the prepared program, checks the conditions and controls the machine cycle.
  • Reports: production overview by program, user or shift according to the available functions.
  • User roles: Rights and display are adjusted to the tasks of each user. The operator and the preparer therefore do not need the same duties.

EN ELEMENT / FROM DATA TO MACHINE

CAD DATABTL / BTLX3D OVERVIEWCNC PROGRAMThe same support · the same joint machiningAn explanatory animation, not a SCM program simulation.
01 / 04

From the design, we obtain the element data.

BTL/BTLX export transfers the geometry and the description of the machining operations. The preparer checks whether the elements and joints have been read correctly.

Result: an element with machining operations for program preparation.

What does this mean for the next order?

When you receive a modified element from the design software, prepare and check the machining operations again. Saved strategies are the starting point, so every detail does not need to be prepared again at the machine console. We select the software and training according to your products and work organisation.

Beams and panels require different preparation.

For beams, we also deal with the longitudinal distribution of pieces from raw beams. For panels, a two-dimensional layout is important. The point at which optimisation takes place in CAD/CAM preparation or in the control program depends on the generation and configuration used; we verify it on the actual export of your project.

Simulation is part of program verification and does not replace safety procedures on the machine. Licences for office or console preparation, connectivity, tools and optimisation options are determined for the selected machine.

The AREA catalogue and the presentation video below also show the previous generation of Maestro beam&wall. They are intended to help understand the workflow; the interface appearance and functions differ between versions.

VIDEO / SCM

See the actual work.

Selected public SCM clips from Partners material. The YouTube player loads after you make your selection.

Oikos XS / structural elements

Display of feed and machining of structural timber.

Open on YouTube ↗

Area GL / large glued beams

Display of the new centre for straight and curved glued elements.

Open on YouTube ↗

Maestro beam&wall / preparation

Public display of the principle of program preparation; the interface appearance depends on the generation.

Open on YouTube ↗

DMC system XL / CLT

Grinding large surfaces as a separate process in production.

Open on YouTube ↗

DOWNLOAD MATERIAL

More data. Selected catalogues.

Cover: Oikos XS / overview

Oikos XS / overview

A more detailed presentation of the basic version. For XS 650, use the dedicated material.

Cover: Area / family overview

Area / family overview

Portal centre program. For the newer Area GL, we also use the current model data presented above.

Cover of the DMC system XL catalogue

DMC system XL

Calibration and sanding of CLT, upper and lower units, Maestro active sand control and technical data. Edition 05/2024 · English · PDF, 1,5 MB.

The catalogues in English present the manufacturer's programme. Equipment, dimensions and software options depend on the selected version; the specific configuration is confirmed with the offer.

ARHAR / EQUIPMENT SELECTION

Let's start with your product.

Specify the type of element, maximum dimensions, an example joint and the expected quantity. For larger elements, we also include transport infeed, feed, unloading and subsequent machining operations.

Let's discuss your solution ↗

The enquiry retains the source page information.