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. 2021 Jan 8;5(1):zraa046. doi: 10.1093/bjsopen/zraa046

Table 4.

Costs of material used during laparoscopic inguinal hernia repair with a conventional or robot-assisted approach

Cost (€) * Costing 1 (€) Costing 2 (€)
Conventional IHR
 Instrument or item No fixation Stapler fixation
  Veress needle 18.3 1 1
  Trocar kit (11 mm and 2×5 mm) 203.2 1 1
  Set of 2 reusable graspers 115.1 1 1
  Laparoscopic scissors 47.8 1 1
  Reusable needle-driver 1 1
  Glue 290.0
  Stapler 376.2 1
 Total instrument cost 384.4 760.6
 Δ with government reimbursement at €716 +331.6 −44.6
Robotic IHR
 Instrument or item 2 instruments 3 instruments
  Hot shears curved scissors 387.2 1 1
  Tip cover 24.2 1 1
  Large needle-driver 266.2 1 1
  Fenestrated bipolar forceps 326.7 1
  ProGrasp™ forceps 266.2
  Arm drape 62.9 3 3
  Column drape 21.8
  Universal seal (5–8 mm) 18.1 3 3
  Reusable grasper 24.2 1 1
 Total instrument cost 944.8 1271.5
 Δ with government reimbursement at €716 −228.8 −555.5

*Mean cost per patient. Da Vinci® ProGrasp™ forceps (Intuitive, Sunnyvale, CA, USA). IHR, inguinal hernia repair.

This retrospective comparative study analysed 676 patients undergoing laparoscopic inguinal hernia repair: 272 conventional and 404 robotic repairs. Robotic repair was significantly more expensive than conventional laparoscopy, but allowed more patients to be operated on an outpatient basis. Postoperative complications were infrequent and mild, with a slightly higher readmission rate for laparoscopic repairs.