Minimally invasive surgery robot Cirq™
neurosurgeryorthopedic surgeryinstrument holding

Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding - image - 2
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding - image - 3
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding - image - 4
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding - image - 5
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding - image - 6
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding - image - 7
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding - image - 8
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding - image - 9
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding - image - 10
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding - image - 11
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding - image - 12
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding - image - 13
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding - image - 14
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding - image - 15
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding - image - 16
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding - image - 17
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding - image - 18
Minimally invasive surgery robot - Cirq™ - Brainlab - neurosurgery / orthopedic surgery / instrument holding - image - 19
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Characteristics

Application
minimally invasive surgery, neurosurgery, orthopedic surgery
Type
instrument holding

Description

Designed to assist surgeons precisely when and where support is needed, Cirq® is a lightweight, flexible and modular robotic surgical system. Cirq can save surgeons time by seamlessly integrating into unique workflows. As an automated surgical assistant, the Cirq Robotic Alignment Module can also reliably align to patient-specific trajectories and be manually adjusted by surgeons. Stable & precise positioning Most surgical tasks require a high level of fine motor control, accuracy and stamina. Especially during minimally invasive surgery and in complex anatomical regions, surgeons and patients can benefit from the reliability, consistency and precision of Cirq robotic assistance. Automated assistance Cirq fits into almost any operating room allowing surgeons to leverage the advantages of robotics for all kinds of procedures, standard to complex. The system attaches easily to most O.R. tables and accommodates several imaging devices. Broadly applicable The robotic platform offers vendor-neutral compatibility with multiple implant sets and workflows that are suitable for a variety of procedures including spine surgeries, cranial biopsies and SEEG electrode placement for epilepsy. Extending human capabilities with a robotic platform Cirq enables modular robotic solutions, which provide accuracy and support the surgeon in many applications. Each solution consists of the base module Cirq Arm System and an indication specific application module. Through this modular approach, the same base module addresses different use cases like stationary instrument holding, complex spine surgery, precise stereotactic surgery1 and cranial biopsies.

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Exhibitions

Meet this supplier at the following exhibition(s):

RSNA 2026
RSNA 2026

29 Nov - 03 Dec 2026 Chicago (USA - Illinois) Hall A - Stand 4903

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