加工センターCNCTOR
2030
加工センター
CNCTOR
2030
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€8,000
製造年
2020
状態
中古
所在地
Brănești 

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価格と所在地
VB 消費税を別途表示できません
€8,000
- 所在地:
- Brănești, ルーマニア

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技術詳細
- X軸移動量:
- 2,080 mm
- Y軸移動距離:
- 2,030 mm
- Z軸移動距離:
- 100 mm
- X軸送り速度:
- 12 m/分
- Y軸送り速度:
- 12 m/分
- Z軸送り速度:
- 2 m/分
- 入力電流の種類:
- 三相
- 装備:
- ドキュメント / マニュアル
オファーの詳細
- 広告ID:
- A20668785
- 更新:
- 最終更新日:03.12.2025
説明
This machine has been designed and built to perform cutting and milling operations on plastics (PVC, Plexiglas, etc.), composites (BOND), and wood-based materials (MDF, chipboard, natural wood), as typically required in the furniture manufacturing and advertising production industries.
The main objectives during its design process were:
- Full use of standard-sized boards, both plastic and wood-based. Plexiglas, PVC, solid polycarbonate, and Stadur generally have dimensions of 2030x3030 mm, while MDF and chipboard usually go up to 2080x2800 mm.
- User-friendly operation. Thanks to the software support, a wide variety of operations are fully automated, freeing the operator from many tasks (automatic homing, measurement, calibration, automatic adjustment of cutting tool length, exhaust control, vacuum, automatic cooler, etc.).
- Easy maintenance and servicing. As far as possible, the use of demanding or hard-to-source components and assemblies has been avoided. To ensure the components operate under non-stressful conditions that could otherwise lead to real-world issues, many of them have been oversized. This ensures years of reliable operation before replacements are needed.
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- Modular/disassemblable design. Due to their size, installation usually requires wide access ways. We managed to produce a machine with these useful dimensions that can still be brought in and assembled in spaces accessible by standard routes.
- Upgradable. To keep costs realistic, we acknowledge that certain savings have been made in the machine’s configuration. However, even during production, the machine is prepared to be equipped over time with more powerful or faster components, or those enabling new operations (e.g., spindle upgrades).
この広告は自動翻訳されています。翻訳ミスがある可能性があります。
The main objectives during its design process were:
- Full use of standard-sized boards, both plastic and wood-based. Plexiglas, PVC, solid polycarbonate, and Stadur generally have dimensions of 2030x3030 mm, while MDF and chipboard usually go up to 2080x2800 mm.
- User-friendly operation. Thanks to the software support, a wide variety of operations are fully automated, freeing the operator from many tasks (automatic homing, measurement, calibration, automatic adjustment of cutting tool length, exhaust control, vacuum, automatic cooler, etc.).
- Easy maintenance and servicing. As far as possible, the use of demanding or hard-to-source components and assemblies has been avoided. To ensure the components operate under non-stressful conditions that could otherwise lead to real-world issues, many of them have been oversized. This ensures years of reliable operation before replacements are needed.
Chjdpfxjx A Envj Agkof
- Modular/disassemblable design. Due to their size, installation usually requires wide access ways. We managed to produce a machine with these useful dimensions that can still be brought in and assembled in spaces accessible by standard routes.
- Upgradable. To keep costs realistic, we acknowledge that certain savings have been made in the machine’s configuration. However, even during production, the machine is prepared to be equipped over time with more powerful or faster components, or those enabling new operations (e.g., spindle upgrades).
この広告は自動翻訳されています。翻訳ミスがある可能性があります。
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