Laparoscopic hysterectomy vs open surgery: what each needs in the OR

What an open abdominal hysterectomy set requires

The open approach relies on a laparotomy tray: scalpels, scissors, haemostatic and tissue forceps, clamps, abdominal retractors, needle holders and suction. Much of this is shared with other abdominal cases, so a hospital with a general surgery service usually already owns the core pieces. See our guides to the laparoscopic hysterectomy instruments and the standard laparotomy set for a point-by-point comparison.

Equipment beyond the tray is modest: an operating table with suitable positioning, a surgical light, an electrosurgical generator for coagulation or cutting, a suction unit and good lighting for deep pelvic work. REDA's gynaecology range adds the vaginal specula, tenaculum and uterine instruments used in gynecological cases.

What a laparoscopic hysterectomy adds: tower, insufflation, instruments

The laparoscopic approach adds an imaging and insufflation tower: laparoscope, light source, camera, monitor, CO2 insufflator and a set of trocars and working instruments. Camera choice defines the image chain; the ENDOCAM Logic 4K is described as a 4K platform with native output of 3840 × 2160 / 4096 × 2160, an autoclavable camera head and Special Imaging Modes selectable from the head.

Extra OR needs follow: a table that supports steep positioning, boom or cart layout that keeps cables and tubing clear, a second monitor if the team uses one, and a plan for smoke evacuation. Uterine manipulators and specimen removal tools are specific additions, so check the related guides in our laparoscopic series.

Training is part of the cost. Surgeons, assistants and scrub nurses all need familiarity with the tower and instruments, and a simulator or proctored period is often written into the supply agreement.

Energy and vessel sealing

Either approach needs energy, but laparoscopic cases lean on bipolar sealing and monopolar instruments through narrow shafts. The BOWA ARC 400 combines monopolar and bipolar cutting, coagulation and vessel sealing in one unit, with up to five instruments connected, a LIGATION function for bipolar vessel sealing, RFID instrument recognition and a dedicated MetraLOOP mode.

For supracervical work, MetraLOOP is designed for laparoscopic supracervical hysterectomy, with Ø 100 mm and Ø 175 mm loops, reusable shafts and single-use loops, and optimisation for the ARC 400. Which technique is chosen in a given patient is the surgeon's decision.

OR time, staffing and reprocessing

Equipment readiness affects room time in both approaches. Laparoscopy has more set-up elements (tower, cables, insufflation, trocars) and more delicate components, so the team needs a pre-case checklist and trained assistants; open surgery has fewer devices but heavier trays. Any figures on operating time, recovery or hospital stay should come from your own audited data and from clinical literature, not from an equipment article.

Reprocessing differs too. Laparotomy trays go through a standard high-volume instrument cycle. Laparoscopes, camera heads and modular instruments with lumens need validated cleaning and sterilization routes, and a loan or spare policy to avoid cancelling lists.

• Open: heavier trays, fewer electronic devices, higher instrument count per case.
• Laparoscopic: tower, insufflator, trocars, energy device, delicate optics.
• Both: electrosurgery, suction, table, light and specimen handling.

Planning questions for a gynecology department

Ask how many cases of each type are expected, which energy platform the surgeons prefer, how the tower will integrate with the room, and who is trained to support the equipment. Request registration documents, service coverage and spare-parts availability from the supplier, and compare offers on total cost.

Beckfinity can help your team match a tower, generator and instruments to your case mix. Request a quote or consultation through our contact page.