MT 250 Automatic End Milling Machine
Discover the SCHTEC MT 250, a compact, high-performance end milling machine for PVC and aluminium transom profiles.
MT 250 Technical Specifications
| Power Supply | 400 V, 3 Ph, 50-60 Hz |
| Power Output | 1.1 kW |
| Spindle Speed | 3,000 rpm |
| Max. Cutter Diameter | 160 mm |
| Max. Routing Height | 90 mm |
| Max. Routing Depth | 30 mm |
| Max. Profile Width | 120 mm |
| Max. Profile Height | 90 mm |
| Air Pressure | 6-8 bar |
| Air Consumption | 20 l/min |
| Machine Height | 1,240 mm |
| Machine Length | 1,070 mm |
| Machine Width | 860 mm |
| Machine Weight | 125 kg |
Description
Standard Features
- End milling of the PVC and Aluminium transom profiles with high quality and precision
- Automatic end milling process
- Two different series of transom profiles can be processed automatically, no time loss, no need to change the settings nor the cutter set
- Vertical and horizontal pneumatic profile clamping system
- Adjustable saw blade feed speed
- Easy working at different angles
Optional Features
- Cooling system for Aluminium profiles (CA 944)
- Hydro-pneumatic system for Aluminium profiles (HP 943)
Product Description
The SCHTEC MT 250 is a compact machine designed for fast and precise milling of PVC mullion ends. Its automatic dual-blade system processes various profile types without requiring adjustments. With angled processing up to 45°, pneumatic clamping, and a 1.1 kW motor, it delivers high performance. Ideal for small and medium-sized workshops, the MT 250 ensures production efficiency and consistent quality.
FAQ
End Milling Machines for PVC Profiles
Frequently Asked Questions
Find quick answers to common questions about our End Milling Machines for PVC Profiles.
1. What is the role of an end milling machine in PVC profile production?
An end milling machine for PVC profiles is used to precisely cut, notch, or shape the ends of mullions, transoms, or frame pieces so they can be joined cleanly and flush. It removes material to create final geometry required for welding, corner joints, or mechanical connections. In window and door manufacturing, these operations ensure that profiles fit together tightly and securely. Without accurate end milling, assembly gaps or misalignments may occur, reducing product quality.
2. What are the advantages of a multiple end milling machine like the MT 256?
The MT 256 Automatic Multiple End Milling Machine can process up to six PVC profiles simultaneously, which greatly increases throughput. It offers features such as easy speed adjustment for knives, automatic axis adjustment according to profile count, and a plug‑and‑play knife change system. It also includes anti‑fracture protection and double clamping systems to maintain profile stability. These capabilities make it ideal for high‑volume production lines.
3. How does a single‑head machine like MT 252 differ in use from multiple‑head or automatic machines?
A single head machine is often favored for more specialized or smaller series production, where flexibility and setup simplicity are key. Although it can’t process multiple profiles at once like MT 256, it offers cost efficiency, easier maintenance, and quicker changeovers. For custom jobs or lower volumes, the MT 252 is sufficient and more economical. When paired with automation or feeding systems, it still integrates well into modern production workflows.
4. What features should one expect in a high‑quality PVC end milling machine?
Important features include adjustable cutting angles, robust clamping systems to hold the profile firmly in both vertical and horizontal directions, easy and safe knife change mechanisms, and automatic or manual speed adjustment. Integration with cooling or lubrication systems may also be offered for better finishing and longer tool life. Additional benefits such as protective covers, anti‑fracture controls, and minimal vibration help ensure consistent precision and operator safety.
5. What kind of maintenance is required to keep PVC end milling machines operating optimally?
Regular maintenance includes cleaning chips and debris from the cutting area, lubricating guide rails and moving parts, checking knife sharpness and replacing cutters before they dull, inspecting pneumatic or hydraulic clamps, and verifying that all safety covers are intact. Calibration checks and alignment verifications should be scheduled periodically. Proper maintenance helps maintain cutting quality, reduces downtime, and extends machine lifespan.
