Hutchins 8″ x 18″ Padded PSA/Clip 3/16″ Offset Orbital Sander (3806)

Description

The Hutchins 8″ x 18″ Padded PSA/Clip 3/16″ Offset Orbital Sander (3806) is a high-performance tool engineered for efficient material removal and achieving exceptionally flat, smooth surfaces across various applications. Recognized for its reliability in the marine industry, this sander is also highly effective for automotive and industrial tasks requiring precise surface preparation. Its design ensures consistent results, making it an essential tool for professionals seeking quality finishes.

KEY FEATURES AND BENEFITS:

• Large 8″ x 18″ Padded Pad: Provides extensive coverage, allowing for faster work on large surfaces, reducing the time required for major sanding projects like boat hulls or large panels.
• PSA/Clip Pad System: Offers versatility in sandpaper attachment, accommodating both Pressure Sensitive Adhesive (PSA) and traditional clip-on sandpaper, providing flexibility based on user preference and material availability.
• 3/16″ Offset Orbital Action: Delivers a specific sanding pattern that is highly effective for rapid material removal while simultaneously creating a super-flat surface, preventing swirls and promoting a smooth finish ready for subsequent coatings.
• Optimized for Marine Use: Known as the “Marine Rasper,” it is specifically adept at tasks such as fairing boat hulls and plugs, as well as efficiently stripping old bottom paint without damaging the underlying surface.
• High RPM Operation: Operates at 8,500+ RPM, contributing to quick material abatement and a finer finish due to the rapid sanding action.
• Reduced User Fatigue: Its design balances power with manageability, allowing for extended use without undue strain.

SPECIFICATIONS:

• Pad Size: 8 x 18 inches
• Pad Type: Padded PSA/Clip
• Action: Orbital
• Offset: 3/16 inch
• RPM: 8,500+
• Weight: 6 pounds
• Air Consumption: 11.4 CFM at 90 PSI
• Noise Level: 89 Decibel
• Type: Commercial
• Country of Origin: USA
• Included in the product: 8″ x 18″ Padded PSA/Clip base

HOW TO USE:

• Prepare the Surface: Ensure the surface to be sanded is clean and free of loose debris.
• Attach Sandpaper: Select the appropriate grit sandpaper for your task. If using PSA paper, peel off the backing and carefully align it with the sander’s pad, pressing firmly to secure. If using clip-on paper, lift the clips on the pad, insert the paper, and secure the clips.
• Connect Air Supply: Connect the sander to a clean, regulated air supply capable of delivering 11.4 CFM at 90 PSI.
• Start Sanding: With the sander firmly on the surface, depress the trigger to begin the orbital action. Move the sander in consistent, overlapping passes, applying even pressure across the pad. Avoid dwelling in one spot to prevent uneven sanding.
• Monitor Progress: Regularly check the surface to ensure the desired material removal and finish are being achieved.
• Clean Up: Once sanding is complete, disconnect the air supply, remove the sandpaper, and clean any dust or debris from the sander.

BENEFITS OF USING HUTCHINS 8″ X 18″ PADDED PSA/CLIP 3/16″ OFFSET ORBITAL SANDER (3806):

• Achieves exceptionally flat surfaces: Critical for high-quality painting, gel coating, or sealing.
• Speeds up large-area sanding: Improves efficiency and reduces overall labor time.
• Reduces manual effort: Offers professional-level surface prep with less user fatigue.
• Delivers consistent results: Minimizes uneven sanding and rework.
• Adaptable across materials: Works well on marine composites, automotive panels, and industrial substrates.
• Supports professional-grade finishes: Contributes to cleaner, more uniform surface quality.

FEATURES:

• Large rectangular pad: Provides expansive coverage for broad surfaces.
• Dual sandpaper attachment: Supports both PSA and clip-on abrasive sheets.
• Commercial-grade construction: Built for continuous use in demanding work environments.
• Made in the USA: Built with adherence to high-quality manufacturing standards.
• Optimized airflow system: Promotes efficient sanding and dust evacuation when connected to vacuum systems.