Compatible Machines
- GrindLazer HP DC1520 E DCS (Electric Model)
- GrindLazer HP DC1525 P DCS (Propane Model)
- GrindLazer HP DC1538 G DCS (Gas Model)
- All machines within the GrindLazer HP DC15 DCS Series platform
Product Overview
The Graco 25R102 GrindLazer HP DC1520 E DCS Low-Speed Pulley Kit (Bare) is a high-performance surface preparation machine designed for demanding concrete and pavement applications. Built for professional contractors, this unit delivers reliable performance for aggressive material removal and surface profiling tasks.
Equipped with a low-speed pulley system, this model is specifically optimised for use with carbide flail cutters, making it ideal for heavy-duty removal jobs where precision and control are essential.
Key Features
- Low-Speed Pulley Kit – Designed for carbide flail applications and aggressive surface removal
- Electric Motor (20 HP) – Provides consistent and powerful performance
- DCS (Depth Control System) – Allows precise depth adjustments without stopping operation
- Self-Propelled Design – Enhances productivity and reduces operator fatigue
- 16-Inch Cutting Width – Covers more surface area for faster job completion
Applications
- Concrete surface preparation
- Coating and paint removal
- Epoxy and thermoplastic removal
- Surface leveling and smoothing
- Grooving and inlay preparation
Technical Overview
| Product Type | Concrete Scarifier / Surface Preparation Machine |
| Model | DC1520 E DCS |
| Pulley Type | Low-Speed Pulley |
| Power Source | Electric |
| Cutting Width | 16 Inches |
Frequently Asked Questions
The low-speed pulley reduces drum rotation speed, making it ideal for carbide flail cutters used in aggressive surface removal and leveling applications.
This is a complete machine configuration (bare unit) within the GrindLazer series, not just a standalone replacement part.
This model is best used with carbide flail cutters, which are ideal for heavy-duty removal and surface preparation tasks.
Yes, it is highly effective for removing coatings such as paint, epoxy, and thermoplastics from concrete surfaces.
