Published machine configuration
Automatic feed and adjustable worktable height for profile end processing.
CAMAS / LDX-200
END MILLING
CAMAS LDX-200
Profile End-milling Machine
The LDX-200 is part of the CAMAS aluminum profile equipment range. Automatic feed and adjustable worktable height for profile end processing.
Mechanical
Control
110 mm tenon
Maximum opening
0–320 mm (motor adjustment)
Working stroke
Final configuration and tooling are matched to your application.
01 / THE APPLICATION
End milling for the mating profile joint
Automatic feed and adjustable worktable height for profile end processing.
Review both mating sections and the required end shape. Cutter arrangement, stroke and workpiece clamping should be compared with the step, notch or joint face on the drawing.
End milling
Compact end milling
Application-led configuration
Define your tools and working requirements from the component drawing.
02 / TECHNICAL OVERVIEW
LDX-200
specifications
| Equipment line | Aluminum Profile Machinery |
|---|---|
| Model | CAMAS LDX-200 |
| Control | Mechanical |
| Milling cutter diameter | Φ110–Φ200 mm |
| Working stroke | 0–320 mm (motor adjustment) |
| Maximum opening | 110 mm tenon |
| Motor power | 2.2 kW |
| Spindle speed | 2,800 rpm |
| Machine weight | Approx. 170 kg |
| Process | End milling |
Specifications support preliminary selection. Capacity varies with profile geometry, cutting angle, tooling and clamping. Values marked “to be confirmed” are not published in the source data. Confirm the supplied configuration in your quotation.
03 / MACHINE CONFIGURATION
Configuration for
LDX-200
Published model data and the checks to resolve in your quotation.
Configuration details
Control: Mechanical · Milling cutter diameter: Φ110–Φ200 mm
Tooling to define in your quotation
List the milling cutters and any separate saw blades, with their diameters and interfaces. Match the cutter arrangement and fixtures to both mating profile sections.
Supply and site requirements
State voltage, phase and frequency, control requirements and destination. Ask the quotation to distinguish included equipment, options, packing, documentation and installation or training arrangements.
What to include with your drawing
- Profile section, material and stock length
- Finished-part drawing, angles and critical dimensions
- Production quantity and current process
- Electrical supply, tooling and workshop requirements
For a machine review, include the sample operation, critical feature and finish you want to check. Ask CAMAS for model-specific footage or sample details when requesting your configuration.
04 / BEFORE YOU CHOOSE
Before you select
LDX-200
What drawings are needed to select an end milling setup?
Send both mating profile sections and the finished joint drawing. Identify the material to remove and any step, notch or assembly clearance; the quotation should define the required cutter and fixture package.
How do I know this configuration fits my part?
Send the finished-part drawing, material, dimensions and quantity. Review tooling access, working capacity and handling together before selecting the configuration.
What tools are included?
The agreed quotation defines the supplied blades, dies, cutters, gauges and accessories. Include your required holes, angles and features so the tool package can be itemized.
Can I specify the electrical supply?
Include voltage, phase and frequency in your inquiry. Electrical variations and control requirements should be confirmed for the specific configuration.
How are delivery and support arranged?
Delivery timing, packing, installation, training and spare-parts scope are agreed for the project. Share the destination and your site requirements when requesting a quotation.
CONTINUE EXPLORING
Other equipment to consider.
End milling
Intelligent Double-head Sawing and Milling Center
CAMAS LSTDX-CNC-6000
Both profile ends in one setup
CAMAS / EQUIPMENT INQUIRY
Tell us what you need to make.
Share your material, part dimensions and target output. We can help you shortlist the right machine and tooling for your process.