Wood Sanding Equipment

WEBER KSL

WEBER KSL
Automatic Sanding Machine

Universal model for industrial use for wood sanding, veneer sanding and lacquer sanding
``````````

The KSL series is the high performance model from WEBER for industrial use. In addition to all the advantages of the KSF series, the KSL is distinguished by a reinforced construction of the machining stations, a contactless workpiece detection and high speed electronics. In this way the WEBER KSL meets the highest requirements in feeding and sanding performance.

WEBER KSL

Operating widths upwards of 1350 and 1600 mm

Segmented platen ISA/ISD

Version with 1 to 8 sanding stations

Multi panel MP 277

Calibrating roller drive up to 37 kW

"i-Touch“-controller

Infinitely variable feed speed (3–25 m/min)

Flexible arrangement of sanding stations

Sanding belt length 2620 mm

Universal sanding lamella

Sanding belt drive with frequency control

 

 

 

Wide Belt Sanding

 

The contact roller is used in the production of plain surfaces, what is also known as calibration. The spiralshaped, grooved roller guarantees the highest degree of precision and enables large chip removal and ensures a long service life as well. The sanding pad serves to ensure improved surface quality - with solid wood and veneers. The segmented version of the sanding pad with electronic control can process tolerances up to 2 mm with the highest consistent quality.

 

WEBER Cross sanding

 

Automatic cross sanding machines for the skilled trades have a long tradition at WEBER. Cross sanding means that the first sanding is performed crosswise to the feed direction and subsequent finish sanding in lengthwise direction. The crisscrossing cutting motion offers advantages over multiple inclined or lengthwise sanding steps. The cross belt operates at a 90° angle perpendicular to the grain. As a result, the fibrous surface texture, which normally runs lengthwise, is divided into small sections and subsequent removal is simplified. This removal is subsequently carried out using one or more wide sanding belts. Due to the crisscrossing sanding directions, considerably fewer and shorter fibres remain on the surface.

 

WEBER “X-Schliff”

 

Flexibility is becoming more and more important. For this reason, WEBER “X-Schliff“ offers all the sanding processes combined in a single station. The sanding station can be easily converted from wide belt to cross belt sanding. Thus, sanding processes can alternate between calibration, longitudinal or cross sanding or using WEBER CBF sanding technology. As today‘s requirements for various surfaces and lacquers call for different sequences of crosswise and lengthwise sanding, this new technology is able to respond to it. It enables lengthwise or crosswise final sanding, thus saving an additional machining station.

 

WEBER ISA Segmented platen

 

A good sanding result is dependent upon reliable segmented platen technology, which adjusts the sanding pressure of individual segments to the workpiece size via electronic control. With the patented WEBER ISA version the pressure pieces and sanding lamella form one unit. This unit is maintenance-free and resistant to dirt.

 

WEBER CBF Sanding Technology

 

A sanded surface free from chatter marks is an outstanding quality feature. WEBER has found the perfect solution in CBF technology. It operates with a crosswise running lamella belt situated internally within the wide belt station. The pressure lamellas continually interrupt contact to the sanding grains and thus prevent the sanding belt from leaving undesired chatter marks. The result: the surface is perfectly smooth and even. At the same time, the continually changing force prevents the surface from heating up and the sanding belts from sticking during the processing of lacquered and plastic surfaces. Similar to a cross sanding unit, the lamella belt operates without a control system, it retains the full tolerance compensation of the sectional pressure beam, wears evenly, and is economical to replace.

 

WEBER Brushing Technology

 

WEBER planetary head
With the planetary head technology WEBER is setting new standards in sanding quality. This patented head guarantees a perfect surface regardless of direction of wood fibre or shape of work piece whereby all edges are equally broken during passage. It is also possible to process 3D – surfaces, radius and profiles. During the subsequent lacquering process the wood fibres practically do no more raise up which finally results in lacquer saving and better surface quality.

WEBER texturing brushes
Texturing brushes are used for texturing wood surfaces. The brushes remove softer areas from the wood surface and a ridged surface emerges. For coarse textures metal wire brushes are used, while brushes with abrasive plastic bristles or sanding brushes are used for subsequent smoothing 

WEBER brush units
The cross brushing units are used for improving surface quality and for bevelling lengthwise edges. The round brushing units are used for smoothing the surface and for crosswise edging.

WEBER Industrial Use

WEBER line integration
WEBER automatic sanding machines are used in production lines and lacquering units for wood sanding and also for lacquer intermediate sanding. The WEBER CBF sanding technology plays an important role in the final sanding for both processes. The quality of the resulting sanding represents the optimum basis for subsequent staining and lacquering. Since WEBER automatic sanding machines are controlled by Siemens S7 control systems, line integration is easily possible for all well-known manufacturers of lacquering units. In this way, the necessary parameters can be predefined and set centrally from the control station. To accommodate difficult spaces on site, the machines in the production lines are available with left-hand or right-hand operating and belt exchange sides.

Simultaneous machining of top and bottom surfaces
The sanding lines of the WEBER KSF and KSL series are designed for industrial use. The automatic sanding machines offer top and bottom sanding, as well as direct workpiece transfer without an intermediate conveyor belt. The electrical control cabinets are integrated in the machine frames to reduce the amount of installation space necessary. The entire sanding line is controlled and monitored from a central control panel. The selection and arrangement of the machining stations for top and bottom sanding can be varied as required. This ensures perfect adaptation of the machine configuration to each individual sanding task.

 

WEBER High Performance

 

Contactless workpiece detection
Precise workpiece scanning is prerequisite for smooth functioning sanding technology involving segmented platens. The WEBER SCAN operates contactless and in the process meets two important requirements: firstly, the uninterrupted detection of the entire operating width without grid division through switch rollers and secondly, problem-free operation without complicated mechanics. The laser covers the necessary tolerance field of 2 mm without any problems. Additionally, it can also be used to detect colour-defined surface areas. A further area of application of the laser is the timely detection of quality deviations during production.

High-speed electronics for signal detection
With high feed speeds the processing times on the sanding stations are significantly reduced. In order to guarantee the required quality for all sanding processes, WEBER accordingly uses dimensioned pressure lamella here, to ensure the necessary removal at the respective stations.

Sanding technology adaptable to speed
With high feed speeds the processing times on the sanding stations are significantly reduced. In order to guarantee the required quality for all sanding processes, WEBER accordingly uses dimensioned pressure lamella here, to ensure the necessary removal at the respective stations.

Drive power variably designed
High line speeds for the most varied sanding tasks require technology that allows variability of designing the cutting eff iciency and thus drive power across a wide area. The KSL series is specially designed for industrial use.

Top