In high-efficiency and high-precision metal processing, the stability and usability of the operating system play a critical role in overall machine performance.
Foster Laser fully understands the real-world needs of front-line operators and equips its metal fiber laser cutting machines with an industrial-grade multifunction handheld remote
controller, making every operation more intuitive, safer, and more efficient.
Ergonomic Layout for Intuitive Operation
The remote controller features a high-visibility, ergonomic button layout with clearly defined functional zones. Frequently used commands are positioned for quick access.
Integrated Start / Pause / Stop / Resume control keys allow operators to manage machine operation and status changes directly at the machine side, eliminating unnecessary movement to the
control cabinet and significantly improving on-site efficiency.
The Foster Laser handheld remote integrates a wide range of essential functions, including but not limited to:
Laser control (Laser / Shutter / Aiming)
Axis motion control (X / Y / Z / W directions)
Zeroing and positioning (Zero / Frame / Edge Seek)
Height and follow-up control (Follow / CAP Calibration)
Dry run and debugging (Dry Run)
From sheet alignment and focus adjustment to pre-cut path verification, all preparatory and operational tasks can be completed quickly through the remote controller, ensuring fast response,
high stability, and precise execution.
I. Machine Operation Control Functions
Start
Used to start the machine or execute a loaded cutting program. After confirming process parameters, material position, and safety conditions, pressing the Start button initiates the cutting
operation.
Pause
Temporarily suspends machine operation during cutting. Commonly used for inspecting cut quality, checking workpiece conditions, or handling unexpected situations. The cutting head
maintains its current position during pause, ensuring smooth continuation.
Resume
Restarts the cutting process from the paused point without reloading the program, effectively maintaining production continuity and reducing downtime.
Stop
Immediately terminates machine operation in emergency or abnormal situations, serving as a critical safety control to protect both personnel and laser equipment.
II. Axis Movement and Direction Control
Direction Keys (X / Y Axis Movement)
Control the movement of the cutting head along the worktable plane. Common applications include material alignment, starting point adjustment, and workpiece calibration.
Z-Axis Up / Down (Z+ / Z-)
Controls the vertical movement of the cutting head, mainly used for focus adjustment, nozzle replacement, and height calibration prior to cutting, ensuring consistent cutting quality.
III. Speed Adjustment Functions
Fast Mode
Designed for long-distance movement and rapid return operations, reducing idle time and improving overall productivity.
Slow Mode
Ideal for fine adjustments such as edge finding, precise positioning, and alignment tasks, providing enhanced control accuracy.
IV. Zeroing and Positioning Functions
One-Key Zero (Zero)
Quickly returns all axes to their initial reference positions. Commonly used during machine initialization or before starting a cutting task.
Axis Positioning / Station Switching (Z / W)
Depending on machine configuration, these keys allow single-axis zero return, coordinate system switching, or calling specific working stations, minimizing repetitive operations and improving
workflow efficiency.
V. Processing Assistance and Debugging Functions
Laser Indicator (Laser)
Activates a low-power laser beam for starting point positioning, tool alignment, and processing location calibration, improving setup accuracy.
Frame Run (Frame)
Moves the cutting head along the programmed path without laser emission, verifying cutting range coverage and preventing miscuts or material waste.
Dry Run (Dry Run)
Executes the complete program without laser output to check motion logic and path sequence—an essential safety step before formal cutting.
Automatic Edge Seeking (Edge Seek)
Automatically detects material edges through system algorithms or sensors, enabling fast positioning, higher loading efficiency, and improved alignment accuracy.
VI. Auxiliary and Extended Function Buttons
Blow
Controls auxiliary gas flow, commonly used for nozzle cleaning or maintaining a clean cutting area during setup and maintenance.
Function Keys (Fn / K1–K4)
Customizable buttons that allow quick access to frequently used functions or auxiliary system commands, accommodating different processing requirements and operator habits.
VII. Practical Advantages of Handheld Remote Operation
With the Foster Laser handheld remote controller, operators can:
Perform precise control from any position around the machine
Observe the cutting process closely and make real-time adjustments
Reduce unnecessary movement and improve operational efficiency
Minimize the risk of misoperation and enhance overall safety
Industrial-Grade Durability for Harsh Environments
The remote controller features a wear-resistant housing and anti-misoperation button design, making it suitable for demanding metal fabrication environments.
Clear tactile feedback and responsive keys support long-term, high-frequency use, ensuring reliable control during continuous production.
Safety-First Design for Reliable Human–Machine Interaction
The prominently positioned red Emergency Stop button allows immediate interruption of machine operation in abnormal situations, providing reliable protection for both operators and
equipment. This design reflects Foster Laser’s strict adherence to industrial safety standards.
Foster Laser · Precision Defined by Details
From machine structure to the control interface, Foster Laser places user experience at the core of its design philosophy.
This handheld remote controller is not merely a control accessory—it is a vital tool for achieving high-efficiency production and precision laser cutting machine.
Foster Laser
Delivering stable machines, reliable control systems, and professional design to empower customers worldwide with smarter and more efficient metal cutting solutions.
Post time: Dec-30-2025
