RUPES SLP41A Pneumatic Orbital Board Sander with Velcro Pad and Central Vacuum

Pneumatic Orbital Board Sander 70x400mm Velcro Pad 5mm Orbit (Central Vac)

Features:

• Pneumatic orbital sander 70X400mm, sander designed for smoothing and levelling surfaces
• High degree of abrasive performance thanks to an optimal combination of speed, base pad size, and orbit diameter
• Continuous speed regulation valve
• Equipped with a multihole rubber plate for optimal suction (70400 cm)
• Designed for connection to extraction systems
• Pressure regulator eliminating the blow back effect of the pad on the surface

Pneumatic orbital sander 70X400mm applications:

• Levelling and smoothing flat surfaces, sections, beading, and large-radius curved surfaces
• Sanding large surfaces
• Ideal for grinding fillers and improving flatness

Specifications:

• Size: 400x70mm
• Max Consumption Air: 400L/min
• Weight: 2,400kg
• RPM: 4000-10000
• Working Pressure (bar): 6
• Orbit: 4,8mm

RUPES SLP41A Pneumatic Orbital Board Sander is designed for professional smoothing, leveling, and sanding of flat surfaces, sections, beading, and large-radius curved surfaces. Its extended board-style sanding pad and 5 mm orbit support consistent surface preparation across large work areas, while the Velcro pad allows convenient abrasive attachment for efficient workflow.

This pneumatic orbital sander combines adjustable operating speed, a balanced pad size, and an optimized orbit diameter to deliver a high degree of abrasive performance. The continuous speed regulation valve helps users adjust sanding intensity for different materials and applications. A pressure regulator helps reduce the blowback effect of the pad against the work surface, supporting smoother operation during surface preparation.

The RUPES SLP41A is designed for connection to extraction systems and includes a multihole rubber plate for effective suction through a central vacuum setup. It is well suited for sanding large surfaces, grinding fillers, improving flatness, and preparing surfaces that require controlled leveling. With a working speed range from 4,000 to 10,000 RPM, this pneumatic board sander provides flexibility for a variety of professional finishing tasks.

KEY FEATURES:

• Velcro sanding pad: Supports practical abrasive attachment and removal during surface preparation.
• 5 mm orbital motion: Helps smooth and level flat surfaces, sections, beading, and large-radius curved surfaces.
• Continuous speed regulation: Allows sanding speed adjustment for different applications and working conditions.
• Central vacuum design: Connects to extraction systems and uses a multihole rubber plate to support suction.
• Pressure regulator: Helps eliminate the pad blowback effect against the surface during operation.

PRODUCT DETAILS:

• Brand: RUPES
• Model: SLP41A
• Product type: Pneumatic orbital board sander
• Maximum air consumption: 14.1 CFM
• Weight: Approximately 5.3 lb
• Speed range: 4,000–10,000 RPM
• Working pressure: 87 PSI
• Orbit: Approximately 0.19 in
• Intended use: Sanding and leveling large surfaces, fillers, sections, beading, and curved surfaces

Important: This product may not be returned to the original point of purchase. Please contact the manufacturer directly with any issues or concerns. Choose the RUPES SLP41A for controlled pneumatic sanding and central vacuum surface preparation.

SEO META DESCRIPTION:
Shop the RUPES SLP41A pneumatic orbital board sander with Velcro pad, adjustable speed, 5 mm orbit, and central vacuum extraction for large surfaces.

Features:

• Velcro sanding pad supports practical abrasive attachment and removal during surface preparation.

• 5 mm orbital motion helps smooth and level flat surfaces, sections, beading, and large-radius curved surfaces.

• Continuous speed regulation allows sanding speed adjustment for different applications and working conditions.

• Central vacuum design connects to extraction systems and uses a multihole rubber plate to support suction.

• Pressure regulator helps eliminate the pad blowback effect against the surface during operation.