Efficient Solutions for Industrial Needs
Two-post machining center
Effective solution for precise and fast machining of large-sized parts. Robust construction and high stiffness ensure excellent performance in demanding industrial applications.
High-speed two-column machining centre – precision and performance for machining large workpieces
The Shinzawa SDC series two-column machining centre is specifically designed for accurate, efficient and fast machining of large and complex parts. These Taiwan-manufactured machines combine a robust mechanical structure, high rigidity and top-tier technology solutions. SDC-series machines are optimised for heavy cutting applications requiring both high machining power and dimensional accuracy. The machines’ sturdy cast-iron frames, FEM-analysed structures and high-performance spindles ensure excellent performance even in demanding conditions. They are excellently suited to aerospace, automotive, energy and mould industries, where wide, heavy or precision parts are machined. Additionally, the machine’s modular size range allows tailored solutions for various size classes of production needs.
STANDARD EQUIPMENT
- Mitsubishi M80A controller
- Spindle motor 15/18.5 kW
- 10,000 rpm direct-drive spindle
- 2-tool ATC
- Absolute position feedback on X, Y, Z axes
- Rigid tapping
- Two balancing hydraulic cylinders
- Automatic lubrication system
- Spindle oil cooler
- Spindle air blow device
- MPG
- Work light
- Three-colour warning light
- RS-232 interface
- Heat exchanger for electrical cabinet
- Air gun and flush gun
- Cooling system and coolant tank
- M30 automatic power-off
- Twin chip screws
- Link/chain-type chip conveyor with chip cart
- Foundation bolts and blocks
- Toolbox
See also:
https://dev.naalisolutions.fi/rensidemo/tuotteet/ohjelmistot/edgecam/edgecam-cam-ohjelmisto/
| Feature | SDC-1612 | SDC-2212 | SDC-3212 |
| Table Size | 1700 x 1100 mm | 2300 x 1100 mm | 3300 x 1100 mm |
| X-Axis Travel | 1600 mm | 2200 mm | 3200 mm |
| Y-Axis Travel | 1200 mm | 1200 mm | 1200 mm |
| Z-Axis Travel | 760 mm (optio 1000) | 760 mm (optio 1000) | 760 mm (optio 1000) |
| Cutting Speed | 10 000 rpm (straight cut) | 10 000 rpm (straight cut) | 10 000 rpm (straight cut) |
| Cutting Cylinder | BT40 (optio BT50) | BT40 (optio BT50) | BT40 (optio BT50) |
| Tool Magazine | 24 pcs (Arm-type) | 24 pcs (Arm-type) | 24 pcs (Arm-type) |
| Quick Movements (X/Y/Z) | 20 / 20 / 15 m/min | 15 / 20 / 15 m/min | 12 / 20 / 15 m/min |
| Table Load Capacity | 3000 kg | 4000 kg | 6000 kg |
| Control Unit | Fanuc / Siemens / Mitsubishi | Fanuc / Siemens / Mitsubishi | Fanuc / Siemens / Mitsubishi |
Portal Structure
Symmetrical twin pillar structure offers exceptional stiffness and thermal stability for machining large parts. Optimized casting frame effectively dampens vibration, ensuring extreme precision, excellent surface quality and long tool life in high-speed machining and heavy material removal.
Honeycomb Structure
The internal honeycomb structure of the columns and crossbars maximizes the rigidity and lightness of the frame. This optimized casting effectively dampens vibrations and prevents warping caused by thermal expansion, ensuring exceptional dimensional accuracy and surface quality in large-scale machining.
Enclosure Structure
A massive and rigid enclosure structure is designed to maximize torsional stiffness and effectively dampen vibrations. This optimized casting ensures exceptional stability during heavy blanking, improving dimensional accuracy, extending tool life, and guaranteeing high-quality surface finish in demanding conditions.
Support
A wide and robust saddle support is designed to evenly distribute the load across the entire machining area. This minimizes deflection and ensures exceptional geometric accuracy even when moving heavy parts at high speeds. The structure effectively dampens vibrations, ensuring a high-quality surface finish and extending tool life.
Three-Axis Roller Chains
All axes use robust roller type linear guides that provide a large contact surface and stiffness. They allow for rapid movements and high acceleration while maintaining precise positioning, ensuring efficient and vibration-free machining in demanding high-speed machining.
