Stamping Process & Dies Technologies

Confidential || Classification | Confidential| MF Definition 2018.07.18.T2CN1.presse 1.RDD+ décalage du pas + perforation avec pilotes.1.jpg Ensure according to standard of QC, Production, Safety and Cost, holes positioning on steel strip for blades. Ensure according to standard of QC, Production, Safety

Blister 3 for shavers with cosmetic products

of the high risk of the blister material not to be moulded efficiently & because of the diagonally perforation difficulty.         Moreover, the head’s pivot should … , whereas it reduces the package’s footprint, is risky regarding the efficient moulding of the blister and needs other tooling for the diagonal perforation

Knowledge Base

Confidential || Classification | Confidential| Taxonomy image2021-3-18_17-16-29.png 1) Lubrication Lubrication refers to the application of an oil product to: assist the perforation of the spacer and blade act as a coolant during the grinding of the blade edge assist cutting

US6022210.pdf

the spacing between Steel sheath and tube 42. Thus, during the casting process the cast brass flows through the perforations in tube 42 in order fully

BIC visit in BRUDERE USA (19-20-06-12) .pdf

of collaboration with BRUDERER USA GENERAL ISSUES / INFORMATION
High speed perforation System is consisted of: 1. De-coiling device (off coiler

2018.07.18.T2CN1.presse 1.RDD+ décalage du pas + perforation avec pilotes.1.jpg

Schick Hydro Skin Comfort -Stubble Eraser CAR L0

:  Carton Box with Inner Blister Hanging type:  Hanging Hole Standing:  Yes Perforation   layout:  No Exhaust System:  No PACKAGE MATERIALS

DSC4 CAR L0

/A Envelope: 181x106x32 STRUCTURE: Packaging type:  Carton Box with inner tray Hanging type:  No Standing:  Yes Perforation   layout

DSC6 CAR L0

/A Envelope: 180x127x51 STRUCTURE: Packaging type:  Carton Box with inner tray Hanging type:  No Standing:  Yes Perforation   layout

ecoSHAVE 2020 CAR L0

: 236x111x19 STRUCTURE: Packaging type:  Carton Pouch Hanging type:  Butterfly Standing:  No Perforation   layout:  No Exhaust System

Billie CAR L0

Lock Hanging type:  No Standing:  Yes Perforation   layout:  No Exhaust System:  No MATERIALS Blister:  N/A Foil:  N

Endoscopic closure of experimental iatrogenic gastric fundus Perforation using over-the-scope clips in a surviving canine model

Background and Aim To evaluate the effectiveness and outcomes of endoscopic closure of a gastric fundus Perforation using over-the-scope clips (OTSCs) system in a surviving canine model. Methods Gastric fundus Perforations (20-mm diameter) were created by an endoscopic needle-knife in six dogs. The Perforations then were closed by the OTSC system. Gastroscopy was performed to evaluate the postoperative Perforation healing every week. The animals were sacrificed 4 weeks later to examine the possible intraperitoneal complications, and the healing of the Perforation was examined histopathologically. Results The gastric fundus Perforations could primarily be closed using one OTSC in each experimental dog, and the mean time of the procedure was 17.3 ± 7.6 min (9–26 min). All animals survived without postoperative complications. The OTSC retention was observed in one dog at the end of 4 weeks, and the apparent foreign-body reaction was examined pathologically. Conclusions Our surviving animal study demonstrated that the OTSC clip system could reliably close gastric fundus Perforations without complications.

Feasibility study of secure closure of gastric fundus Perforation using over-the-scope clips in a dog model.

Background and Aim:  Gastric fundus Perforation is a serious complication of endoscopic mucosal resection and endoscopic submucosal dissection performed for the removal of early gastric cancers or subepithelial tumors. The novel over-the-scope clip (OTSC) has recently been found to be effective for closing gastrointestinal-tract Perforations and accesses for natural orifice transluminal endoscopic surgery. However, feasibility studies of OTSCs in gastric fundus Perforation are still lacking. The aim of this study was therefore to demonstrate the feasibility of endoscopic closure of gastric fundus Perforation using the OTSC system in a dog model. Methods:  Gastric fundus Perforations were created by needle-knife electrocautery in seven dogs. The Perforations were then closed using the OTSC clipping system. Stomach distension was maintained by maximum insufflation with air and methylene blue solution (500 mL) was instilled to submerge the closed Perforation. Leaks were detected laparoscopically. Results:  Perforations were closed in all seven cases with a mean time of 18.5 ± 6.4 min (11–28 min). Twin Grasper assistance failed to release the OTSCs in two of the seven cases (2/7, 28.6%) because of difficulties associated with the J-maneuver (retroflexion of endoscope) required for the gastric fundus procedure, and OTCS were forced into place by suction. Minor leakage was observed in one case (1/7, 14.3%). No damages related to the clip system were found during postmortem examinations. Conclusions:  Despite difficulties associated with the J-maneuver of the endoscope, this small series demonstrated that sufficient closure of gastric fundus Perforation could be achieved using the OTSC system.