Heavy-Duty Construction
Beam Saws are engineered for durability and precision in industrial environments. They feature robust construction from cast iron, cast aluminum, box tubing beams, and powder-coated steel frames. Weighing 1,500 pounds, Beam Saws provide a rigid and vibration-free cutting platform for consistent performance and reliability even in the most demanding industrial environments.
Custom Electrical Panels
Original Saw Company designs and builds UL508A and CSA-certified electrical panels in-house. This customization allows for seamless integration, safety, and reliable performance for Beam Saws. Certified through ETL labs, these panels meet rigorous North American standards and are tailored to the specific needs of each machine.
By manufacturing panels onsite, we maintain strict quality control and flexibility, including support for various voltages, such as those required for international markets.
Key Features:
- Low-Voltage Controls: Enhance energy efficiency and precision.
- Magnetic Starters with Overload Protection: Prevent motor damage from overheating or electrical surges.
- Emergency Stop (E-Stop): Quickly halts operation for enhanced safety.
Optional upgrades include hour meters to monitor motor runtime and adjustable blade speed controls for cutting different materials. These panels are essential for maximizing safety and efficiency in industrial cutting operations.
T-Slot Extruded Aluminum Table
The Beam Saw comes standard with a T-slot extruded aluminum table, providing a stable, durable, and versatile work surface. Designed to support heavy-duty cutting operations, the table features manual clamps for secure material placement and an extruded aluminum fence for precise alignment.
The T-slot design allows for the easy attachment of additional clamping systems, alternate table surface options, and custom jigs or fixtures, enhancing flexibility and efficiency. Mounted on an extruded leveling frame, the table provides consistent, level support throughout the machine’s life.
Comprehensive Blade Guarding
Safety is a top priority with Beam Saws, which feature comprehensive upper and lower blade guarding for full coverage. These guards minimize operator risk by reducing exposure to the blade while still allowing clear visibility of the cutting area for precise operation.
The exclusive door-style guard makes for quick and easy blade changes. This convenient design is especially beneficial for high-volume or repetitive cutting tasks requiring frequent blade changes to maintain optimal performance. The door-style guard ensures that operators can safely and efficiently switch blades as needed, making it an essential safety component for demanding industrial applications.
Emergency Stop (E-Stop)
An easily accessible Emergency Stop (E-Stop) button is an important safety feature on all Beam Saws. Designed for immediate response, the E-Stop allows operators to halt the machine’s operation instantly. This critical function minimizes the risk of accidents for a safer working environment, particularly in high-demand production settings.
Positioned for quick access, the E-Stop provides an added layer of control during operations where precision and safety are paramount. Whether addressing sudden material handling issues or unexpected blade movement, operators can safely intervene and make necessary adjustments before resuming work. The proper safety features offer peace of mind in busy industrial environments.
Powerful In-House Manufactured Motors with VFD Technology
Original Saw Company’s Beam Saws are powered by industrial, in-house-manufactured TEFC (Totally Enclosed Fan-Cooled) motors. By making our motors onsite, we ensure exceptional quality and reliability. Designed for continuous use in demanding industrial environments, these motors are available in 5 HP single-phase or 7.5 HP three-phase configurations.
Integrated Variable Frequency Drive (VFD) technology provides high-performance operation by delivering smooth start-ups, precise blade speed adjustments, and reduced wear on components. The TEFC design protects the motor from dust and debris, minimizing maintenance needs and maximizing durability. These features provide efficient, reliable performance for various materials and cutting tasks.