Excavator Accessories-Double Teeth Ripper

Higher operational efficiency and a wider single-pass soil loosening width

The dual-tooth design simultaneously creates two parallel furrows, resulting in a wider loosening swath per pass and fewer required passes under identical operating conditions. It offers faster loosening speeds in hard soil and rocky layers, produces a more uniform soil texture, and facilitates smoother subsequent excavation with the bucket.

Good stability

The two-tooth design creates a symmetrical structure that ensures balanced force distribution during downward penetration and soil prying, preventing the attachment from slipping sideways or wobbling. Because compact excavators are lightweight, single-tooth rippers are prone to causing the machine to shake or rock when prying on one side; a dual-tooth design provides greater stability for the machine body, resulting in safer operation.

Durable structure, easy maintenance

The main body is constructed from Q460 high-strength manganese steel, with wear-resistant alloy hard-facing applied to the tooth tips; the dual-tooth design features an integrated reinforced structure for superior resistance to bending. Lightweight and compatible with 1–6 ton compact excavators, it avoids placing excessive load on the machine's arm or dipper stick. The teeth are individually replaceable, ensuring low maintenance costs and rapid installation; it is also compatible with quick-coupler systems, allowing for attachment changes in just minutes.

Suitable for a wide range of scenarios

Suitable for breaking up hard clay, compacted soil, weathered gravel, frozen ground, and old asphalt pavement. Ideal for excavating tree roots and removing small trees; the dual-tooth design grips the root system and pries it up simultaneously, offering superior extraction performance compared to single-tooth attachments. Applications include orchard land clearing, landscaping site preparation, small-scale site grading, and pre-treatment of hard soil in trenches.

Highly adaptable to different sites

With a compact design, it is suitable for confined work environments—such as courtyards, orchards, green belts, indoor demolition sites, and narrow trenches—without being restricted by excessive attachment width.