Operator involvement is at a maximum. All tasks are completed by the operator.
远远超出愿景：通快的自主机床
通过众多的辅助系统，我们为自主机床奠定了基础。尽管还远未发展成熟，我们仍相信未来属于自主加工机床。它们将监控和调节加工过程，从而实现无故障生产。操作员负担减轻，其角色发生变化，将成为流程经理。由此可达到人机合作的理想效果。
自主机床的 5 个阶段
1
UNASSISTED
Manual monitoring
Operator involvement at the machine
1
2
ASSISTED
The machine supports the operator with selected tasks. The operator is primarily located around the machine.
Manual monitoring
Operator involvement at the machine
2
3
SEMI-Autonomous
The matchine regulates the cut mostly on its own. Generally the operator has only to be by the machine at predictable points in time.
Manual monitoring
Operator involvement at the machine
3
coming soon
4
HIGHLY Autonomous
The machine prevents interruptions by self-optimization. The operator is informed about necessary interventions in advance.
Manual monitoring
Operator involvement at the machine
4
vision
5
fully autonomous
The machine reacts independantly to all interruptions in the production process. Operator involvement is kept to a minimum, the focus is on machine maintenance.
Manual monitoring
Operator involvement at the machine
5
Manual monitoring
Operator involvement at the machine
我们的愿景十分明确。我们的目标是开发自主机床。通过新的自适应进给控制系统 Active Speed Control 和全自动激光加工机床 TruLaser Center 7030，我们已经跨越第三个规模化阶段的门槛。第五个阶段是完全自主机床。进行比例划分时尤其要考虑以下用于位置确定的参数：手动监控和操作员对机器进行干预的比例。在此关注的重点是机床能够独立识别、避免和排除故障——无需人为干预。在我们的愿景中，操作员的核心作用是控制流程并保持控制。
