LSD-162 Manual Deburring Machine

Description

LSD-162 Manual Deburring Machine

Compact, Efficient Solution for Small-Batch Metal Surface Finishing

The LSD-162 is a manual deburring machine specially designed for small and medium-sized metal sheet processing. Combining a self-balancing mechanical arm with a smart vacuum worktable, it allows operators to efficiently perform deburring, slag removal, and surface polishing with ease and precision.

Key Features

Dual-Head System: Two grinding heads powered by a single motor; switch tools in seconds with a 180° rotation Smart Vacuum Table: Self-regulating vacuum suction securely holds metal sheets without the need for clamps
	Manual Arm Control: Simply apply light hand pressure for adjustable grinding force – intuitive and labor-saving Built-in Dust Collection: Integrated dust extraction system (1000 m³/h) keeps the workspace clean and safe Compact Footprint: Space-saving design ideal for workshop integration

Advantages

Safe & User-Friendly: No clamping required, low operator fatigue Quick Changeover: Switch brush heads instantly for different finishes Health-Conscious Design: Automatic dust removal for worker safety
	Energy-Efficient: Low power consumption with high output versatility Flexible Material Handling: Works with sheets up to 1200x1200mm and thicknesses from 0.5mm to 150mm

Technical Specifications

• Vacuum Platform Size: 420 x 280 mm

• Workpiece Size (on platform): Max 1000 x 750 mm

• Workpiece Size (without platform): Max 1200 x 1200 mm

• Arm Reach / Work Area: 1200 x 1200 mm

• Workpiece Thickness: 0.5 – 150 mm

• Grinding Head Power: 0.75 kW

• Speed Range: 500–1400 rpm

• Dust Collection Volume: 1000 m³/h

• Total Power: 3.86 kW

• Machine Dimensions: 1250 x 750 x 1500 mm

Applications

• Manual deburring and slag removal

• Surface polishing of small sheet metal parts

• Edge rounding and prep before coating

• Ideal for workshops, prototyping, repair stations, and low-volume production

Contact us to learn how LSD-162 can streamline your finishing process.