The PIINC LMD2000 Portable Gantry Milling Machine is designed for on-site machining and industrial equipment repair, offering two machining modes in one machine: line milling and gantry milling. Operators can switch between these modes according to site conditions and machining requirements, providing flexibility for a variety of field machining applications.
With a forged alloy structural steel bed, an aluminum alloy arm, and a rigid bed connection system, the LMD2000 combines a portable design with a robust structure for on-site machining. It is suitable for machining surfaces, seal grooves, and square flange surfaces, as well as repairing compressor mounting bases, motor mounting bases, rolling mill arches, ship loaders, and mining machinery.
Line Milling Mode: Provides an option for linear milling operations according to the machining task.
Gantry Milling Mode: Allows the machining width to be adjusted within the specified range for machining surfaces, seal grooves, and square flange surfaces.
Flexible mode selection helps operators adapt the machine to different on-site machining requirements.
The main beds are manufactured from forged alloy structural steel.
A dedicated bed connection system helps provide structural rigidity during machining.
The rigid machine structure is designed to support accurate machining and demanding field repair work.
The aluminum alloy arm contributes to the machine's portable design.
X-axis: Uses heavy-duty, high-precision linear guides and ball screws to support smooth, continuous movement while reducing friction.
Y-axis: Features hardened dovetail ways with adjustable gibs. The precision-ground, hardened surfaces are designed to support machining accuracy and extend service life.
The LMD2000 features a bed connection system with connection boards and connection plates on both sides. Jacking bolts and clamping bolts help operators install, align, and level the machine efficiently.
The machine is designed for installation in horizontal, vertical, or inverted positions, subject to suitable site conditions and the required mounting arrangement.
The LMD2000 offers three drive power options to suit different working conditions:
Hydraulic drive: Provides power for spindle rotation and X- and Y-axis feed, making it the stronger option for heavy cutting according to the manufacturer’s description.
Pneumatic drive: Available for applications requiring pneumatic power, including specified explosion-proof working conditions.
Electric drive: An alternative power option for suitable on-site machining requirements.
A three-output hydraulic power unit can supply the X-axis feed, Y-axis feed, and milling spindle heads.
Model: LMD2000
Machine Type: Portable Gantry Milling Machine
Machining Modes: Line milling and gantry milling
X-Axis Stroke: 2000 mm (80.0 in)
Y-Axis Stroke Options: 1000 mm (40.0 in), 1500 mm (60.0 in), or 2000 mm (80.0 in)
Bed Material: Forged alloy structural steel
Arm Material: Aluminum alloy
X-Axis Guide System: Heavy-duty, high-precision linear guides and ball screws
Y-Axis Guide System: Hardened dovetail ways with adjustable gibs
Drive Options: Hydraulic, pneumatic, or electric
Hydraulic Power Unit: Three-output configuration available
Installation Positions: Horizontal, vertical, or inverted, depending on site and mounting requirements
The PIINC LMD2000 Portable Gantry Milling Machine is suitable for on-site machining and repair work involving:
Compressor mounting bases
Motor mounting bases
Rolling mill arches
Ship loaders
Mining machinery
Surface milling
Seal groove machining
Square flange surface machining
The LMD2000 combines line milling and gantry milling capabilities in one portable machine, helping industrial maintenance teams adapt their machining approach to different field conditions. Its forged steel bed structure, precision-guided axis movement, adjustable gantry machining width, and flexible drive options make it a practical solution for on-site industrial machining and equipment repair.
For maintenance contractors and industrial operators, the LMD2000 offers a versatile approach to machining large components without relying solely on conventional workshop-based machining.