Alpha 200 Excavator Tree Shear

The Alpha 200 is the smallest tree shear within the Alpha range. It is slim, lightweight and strong and can interchange nicely between smaller 1.5 tonne machines to larger 5 tonne excavators.

A very popular choice for farmers and professional contractors - it's fast, simple and efficient whilst offering the most powerful cut capacity in it's class.

It features a heavy duty cylinder, HB500 grade bolt on blade and a bolt on headstock. The side bracket configuration allows the shear to be flipped 90 degrees for horizontal branch delimbing.

The Alpha 200 is typically an excavator mounted tree shear, but can be configured for telehandlers and other machinery too. It can be used in a range of general forestry applications, from lightweight clearance to coppicing work and overgrown hedgerows, as well as heavier duty clearance and felling applications.

Alpha 200 c/w Additional Side Bracket

The best selling Alpha 200 design incorporates both the standard top and additional bolt on side headstock, as pictured. This economical solution offers excellent value for money whilst enabling the user to operate the tree shear in two orientations - ideal for branch delimbing.

Alpha 200 c/w 360 Hydraulic Rotation

The configuration show below is with 360 degree hydraulic rotation and requires twin auxiliary services on the excavator to operate.

Alpha 200

The image below shows the standard configuration with one bolt on top headstock. The bolt hole pattern on the top for this headstock is the same as the side, allowing headstocks to be interchanged if required.

Click on the interactive image above for specific details and benefits. Alternatively, please find other information below.

Please Note: This attachment is not supplied with hoses as standard. These can be ordered separately by visiting our product pages.

Specifications

Name: Alpha 200 Excavator Tree Shear - 1.5-5 Tonne
SKU: 78879

You are currently viewing the Alpha 200 model to suit 1.5-5 tonne excavators

* Maximum cut diameter is achieved in optimal, soft wood scenarios only and may require a few attempts. Hard wood performance is typically 25% less than the stated maximum soft wood cut diameter.