Finlay launched I-130 and I-130RS impact crushers
18.06.2026Finlay®, one of the global manufacturers of mobile crushing, screening and conveying equipment, has expanded its horizontal impact crusher range with the launch of the I-130 and I-130RS. Positioned between the I-120/I 120RS and the larger I-140/I 140RS, the new models address demand for a machine that delivers strong impact performance while being easier to transport and configure across a wide range of applications.
For operations requiring closed loop crushing and on board screening, the Finlay I 130RS integrates a high capacity two deck afterscreen and recirculation system within the same mid-range platform
© Finlay
The I-130 models have been developed for quarrying, recycling, asphalt and demolition operations where efficient reduction, consistent product shaping and simplified material flow are required. At the core is a 1065 mm x 1245 mm four-bar rotor with twin hydraulic aprons, delivering aggressive reduction and consistent shaping across a broad range of materials. A direct-drive system with soft start provides smooth engagement, fuel efficiency and reduced wear on drivetrain components.
Material is delivered to the chamber via a heavy-duty vibrating grizzly feeder, with the option of an independent pre-screen to remove fines ahead of the chamber, reducing wear and improving overall efficiency. Beneath the chamber, an optional under pan feeder provides additional belt protection, managing rebar and directing material safely onto the main product conveyor when used in conjunction with the optional overband magnet.
A key feature of the I 130RS is its modular design. The entire RS section can be quickly detached to reduce transport weight when screening is not required
© Finlay
Designed for operators who do not require onboard screening and recirculation, the I-130 offers straightforward operation, strong service access and durable components, making it a practical solution for high-output crushing across multiple applications.
For operations requiring closed loop crushing and on board screening, the Finlay I-130RS integrates a high-capacity two-deck afterscreen and recirculation system within the same mid-range platform.
The large two-deck afterscreen is the biggest in its class, which provides high throughput, screening capacity and flexibility of configuration. Both decks can be recirculated for closed loop applications, or operators can divert bottom deck oversized material to produce a mid-grade product, increasing output flexibility without the need for a separate screener.
The new models address demand for a machine that delivers strong impact performance while being easier to transport and configure across a wide range of applications
© Finlay
The 500 mm recirculation conveyor slews up to 90°, allowing material to be efficiently stockpiled when required. For recycling and C&D applications, an optional windsifter can be fitted to the afterscreen to remove light contaminants such as wood, paper and plastic, improving final product quality.
A key feature of the I-130RS is its modular design. The entire RS section can be quickly detached to reduce transport weight when screening is not required. Alternatively, the RS conveyor can remain in place while only the afterscreen is removed, giving operators the flexibility to configure the machine to suit specific job requirements.
Both models offer easy access to service areas, with large platforms, clear walkways and straightforward maintenance points. Fully hinged crusher sections simplify blow bar changes and liner inspections, helping reduce downtime and improve safety.
“Building on the market success of the I-120 and I-120RS, the I-130 and I-130RS were developed to meet demand for a more transport friendly impact crusher with increased configuration flexibility,” said Matt Dickson, Business Line Director for Finlay. “The result is a machine that can be tailored to suit a range of recycling and quarrying applications, with options including use of a pre-screen, under-pan feeder, windsifter, and onboard recirculation, while remaining easy to operate and maintain for efficient, low complexity production on site.”
