Briefcase Rivacase 8930 39.6 cm (15.6 inch) Black

The Rivacase 8930 briefcase is an ultra-slim, compact bag designed to fit laptops with screens up to 15.6". Constructed from PU faux leather with thickened side panels and a contrasting light interior lining, the case includes a padded laptop compartment, a document section, a tablet pocket for devices up to 10.1", and an internal pocket for passport or wallet. Carrying options include comfortable padded handles and a removable, adjustable shoulder strap; reinforced full-length straps run through the bag for added structural support and load capacity.

Advantages

The faux leather exterior offers a professional look while the thickened sides provide extra protection against accidental knocks. The compact profile keeps the bag lightweight (0.5 kg) and easy to carry while the internal layout separates laptop, tablet and documents for organized transport. Reinforced handles and an adjustable shoulder strap give flexible carrying options and improved durability.

Suitable for

• Carrying a laptop up to 15.6"
• Transporting a tablet up to 10.1"
• Commuting and business travel with essential documents and personal items
• Professionals who need a slim, structured briefcase

Key specifications

• Model: Rivacase 8930 (MPN: 8930(PU)BLACK, EAN: 6906201089308)
• Maximum screen size: 15.6"
• Tablet pocket: up to 10.1"
• Material: PU faux leather
• Weight: 0.5 kg
• Case type: Briefcase

How to use

Place the laptop into the padded compartment and secure any internal fastenings if present. Store documents in the dedicated section and slide a tablet into the designated pocket. Use the padded handles for short carries or attach the adjustable shoulder strap for hands-free transport. Ensure heavier items are distributed evenly to maintain the bag's shape and protect the laptop.

Recommendations

To preserve the PU leather exterior and light lining, avoid exposure to prolonged moisture and clean with a soft damp cloth. Do not overload beyond the reinforced handles' capacity to prevent deformation.