Automotive industry

Robotic cell for gluing and series assembly of parts. 16 operations. 4 robots. 1 operator. Fully automatic cell. 500 pcs/hour

Achievements:
• Less scrap
• Fewer workers (previously 6×)
• Higher productivity – 5×
• Stable product quality
• Lower unit production cost
• The operator is needed only for process monitoring

Electrical engineering industry

Robotic cell for assembly, pressing, cleaning, kitting and packaging of products. 2 SCARA robots. 26 operations. 1 operator. Fully automatic cell. 3,600 pcs/hour

Achievements:
• Less scrap
• Fewer workers (previously 4×)
• Higher productivity – 6×
• Stable product quality
• Lower unit production cost

Automotive industry

Robotic cell for gluing, assembly, quality control of products and their packaging. 27 operations. 7 robots. 1 operator. 500 pcs/hour

Achievements:
• Less scrap
• Fewer workers (previously 8×)
• Higher productivity – 4×
• Stable product quality
• Lower unit production cost

Robot gripper for 4 parts. Combination of mechanical and vacuum gripping of parts.

Robot gripper for 2+2 parts. Vacuum gripping.

Gripper with visual inspection of the part (machine vision). Vacuum gripping of parts.

Robot gripper for 9 parts with adjustable positions for different operations. Mechanical gripping of parts.

Robot gripper for 5 parts + an assembled product. Combination of mechanical and vacuum gripping of parts.

Combined robot gripper for glue application + screw fastening (assembly) of the product.

Robot gripper for an elongated part. Vacuum gripping of parts.

Workstation for inspection, marking and equipping of the product. Part of an automatic robotic cell.

Workstation for inspection, coding and equipping of the product. 2 operators. 7,000 pcs/hour

Workstation for inspection, marking, pressing, cleaning and equipping of the product. Part of an automatic robotic cell.

Workstation for inspecting the light conductivity of the product. Part of an automatic robotic cell.

Workstation for inspection, marking and equipping of the product. Part of an automatic robotic cell.

Workstation for laser marking of products. 1 operator. 1,200 pcs/hour

Workstation for hot soldering of products. 1 operator. 1,000 pcs/hour

Pyrolysis unit for 0.8 m³ of biomass. Horizontal configuration. 120–200 kg of biochar/day.

Pyrolysis unit for 1 m³ of biomass. Vertical configuration. 150–250 kg of biochar/day.

Fruit pitting machine for preparing fruit pulp. 600–1,000 kg of fruit/hour.

Pit remover (sour cherries, cherries). Tabletop configuration. Capacity 100 kg/hour.

Computer enclosure for fishing. Sealing of the screen, rear cover, power button and connectors. IP67 protection.

Handheld device for testing VIP panels. 6 micro valves, control board, display, internal tubing connections, cable routing layout. Dimensions: Ø36 × H 160 mm.

Lishinu leash. The client came with an idea for a new, revolutionary leash. The exterior design was prepared by a designer. We developed the complete internal mechanism of the device.

Čistilna naprava. Regulacija obratov, pritiska, pretoka.

Podstavek robotske celice.

Projekt za kolega. Adaptacija novega prizorja na staro lovsko puško. Dimenzije, ogmiki, mere – vse na željo naročnika.

Čistilna vrtavka za čiščenje s kompremiranim zrakom. 7 šob. Čelno in stransko čiščenje.

Okvir EMI (electromagnetic interference) Shield v notranjosti elektronske naprave. Zaščita, nosilec elektronskega vezja, baterij, konektorjev, anten.

Zapiralni mehanizem. Dvig, obračanje, zaklepanje.

GSM antena. V tesnem sodelovanju z laboratorijem za testiranje anten.

Nosilec pnevmatskega modula z linearnim ležajem. Material ABS + karbonska vlakna CF.

Ohišje filtra odzračevalnega sistema pri označevanju z laserjem. Material PETG.

Nosilec. Material PLA.

Nosilec kamere z nastavitvijo kotov v dveh smereh. Material ABS + karbonska vlakna CF.

Ohišje. Material PETG.

Nosilec ABS + steklena vlakna GF.

Obesek in držalo. Material PLA.

Jekleno drevo. Dimenzije 1,5 x 2,5m.