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| Brand Name : | Auten |
| Model Number : | PHD1212 |
| Certification : | ISO9001 |
| Price : | Negotiable |
| Payment Terms : | L/C, T/T |
| Supply Ability : | 100 sets/month |
| Delivery Time : | 30 days |
1200x1200 Mm Workpiece Size Gantry Fixed Plate Drilling Milling Machine 750mm Gantry Height
Application:
The CNC gantry-type drilling and milling machine is primarily designed for drilling, chamfering, tapping, and milling operations on plates and structural components. Its application scope covers workpieces such as flanges, discs, rings, and flat plates with thicknesses falling within the equipment’s effective processing range. The machine enables the fabrication of through holes and blind holes on both single-material components and composite materials. Featuring digital control over the entire machining process, it offers exceptional operational convenience. It is capable of supporting automated production, achieving high precision, and accommodating multi-variety as well as large-scale manufacturing requirements.
Specifications:
| Workpiece size | LxW | 1200x1200 mm |
| Gantry height | 750 mm | |
| Workbench | T-slot width | 18mm |
| Drilling power head | Qty. | 1 |
| Spindle taper | BT50 | |
Max.drilling diameter (Ordinary carbon steel) | Φ60 mm | |
| Tapping diameter | M3-M28 | |
| Spindle speed | 30~3000 r/min | |
| Servo spindle motor power | 22kW | |
| Distance from the lower end of the spindle to the worktable | 200-750mm | |
Lateral movement of power head (X axis) | Max.horizontal stroke | 1200 mm |
| Lateral movement speed | 0~8 r/min | |
| Servo motor power for lateral movement | 2.4kW | |
| Gantry longitudinal movement (Y axis) | Max. feed stroke | 1200 mm |
| Feed moving speed | 0~8 m/min | |
| Feed servo motor power | 2.4kW | |
| Vertical ram feed motion (Z axis) | Max. stroke | 550 mm |
| Moving speed | 0~8 m/min | |
| Servo motor power | 2.8kW (Brake) | |
| Three-axis positioning accuracy | X/Y/Z/A/B/C | ±0.015/1000mm |
| Three-axis repeat positioning accuracy | X/Y/Z/A/B/C | ±0.01/1000mm |
| Overall size | LxWxH | 4000x3800x2800 mm |

Product Features
1. Machine Bed and Workbench:
The machine bed and workbench are integrally cast from gray cast
iron (HT250), undergoing double annealing and aging treatments
prior to final precision machining. This manufacturing process
ensures excellent static and dynamic rigidity, as well as
dimensional stability without deformation. The workbench surface is
precision-machined with rationally arranged T-slots, specifically
designed for secure workpiece clamping. Two high-precision linear
guides are installed on each side of the bed base, enabling uniform
force distribution on the guide sliders to significantly enhance
the machine tool’s overall rigidity and resistance to tension and
compression. The drive system employs AC servo motors paired with
precision ball screws to synchronously drive the gantry’s Y-axis
movement on both sides. Adjustable anchor bolts are strategically
distributed on the bed’s bottom surface, facilitating convenient
leveling of the machine bed and workbench.

2. Fixed Beam/Mobile Gantry:
The fixed-beam gantry is fabricated via casting from gray cast iron
(HT250). Two sets of ultra-high load-bearing rolling linear guides
are mounted on the front side of the gantry. A precision ball screw
paired with a servo motor drives the power head sliding plate to
move along the X-axis, and the sliding plate is equipped with a
drilling power head as standard. The gantry’s movement is realized
through a servo motor, which transmits power via a precision
coupling to drive the ball screw nut for rotational motion on the
ball screw.

3. Mobile Saddle:
The mobile saddle is a precision cast iron structural component. It
is equipped with two sets of ultra-high load-bearing CNC linear
guide slides, a set of precision ball screw assemblies, and a
high-precision planetary reducer that connects to the servo motor.
The design incorporates power head weight balancing, which reduces
the load on the ball screw and extends its service life. The saddle
drives the drilling power head to move along the Z-axis, enabling
functions such as rapid forward movement, rapid retraction, and
stopping of the power head. It also features automatic chip
breaking, chip evacuation, and pause capabilities as standard.

4. Drilling Power Head:
The drilling power head is configured with a dedicated servo
spindle motor, which transmits power to a specialized precision
spindle via a toothed synchronous belt to enhance torque output.
The spindle incorporates a Japanese-manufactured angular contact
bearing assembly (four rows at the front, two rows at the rear) and
supports stepless speed regulation. Equipped with a pneumatic tool
changing system, the spindle enables quick and efficient tool
replacement. Feed motion is driven by a servo motor paired with a
ball screw. The X and Y axes support linkage operation and adopt
semi-closed-loop control, realizing linear and circular
interpolation functions. The spindle nose features a BT50 taper
hole and is fitted with a high-speed rotary joint, supporting
high-speed U-drill machining with through-spindle coolant supply.

This high-performance CNC gantry-type industrial equipment, specialized in plate and sheet metal drilling and marking, is elaborately engineered for the precision machining of plate-type components and structural parts. Specifically tailored for processing workpieces including flanges, discs, rings, and flat plates, it features a core specification wherein the thickness of such workpieces must strictly conform to the machine’s predefined effective machining parameters.

In steel structure workshops, this equipment performs precision drilling and milling operations on structural plates and connecting components, thereby establishing a robust foundation for the stable assembly of steel frameworks. Within the wind energy sector, it provides high-precision machining solutions for wind turbine towers and flanges—an indispensable process that ensures these components can withstand harsh environmental conditions (e.g., strong winds, temperature fluctuations). For bridge construction initiatives, the equipment processes bridge girders and support brackets, enabling the formation of stable, durable connections engineered to endure dynamic loads throughout the bridge’s prolonged service life.
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