Carcasa benchtable Streacom BC1 V2 – chasis abierto de prueba/bench, titanio

The Streacom BC1 V2 Benchtable in titan finish is an open test/bench chassis engineered for system building, component testing and benchmarking. This compact platform exposes key components for fast assembly and diagnostics while providing stable mounting points for a motherboard, CPU cooler and expansion cards. The benchtable’s layout emphasizes accessibility and airflow, making it suitable for repeated hardware swaps, temperature measurements and hardware validation in workshop, lab or enthusiast environments.

Advantages

The open-frame design allows immediate access to installed parts without removing panels, reducing setup time and simplifying troubleshooting. The compact footprint combines with a rigid construction to support a variety of motherboard sizes and standard cooling solutions while remaining portable enough for bench use. Its titan finish offers a neutral aesthetic that integrates with professional or home testing environments.

Suitable for

Key specifications

How to use

Place the benchtable on a stable, non-conductive surface. Secure the motherboard using the supplied standoffs and align expansion cards with the provided mounting points. Install the CPU cooler and power connections according to component manufacturers’ instructions. Because the platform is open, route cables to avoid contact with moving parts and ensure unobstructed airflow. For benchmarking or testing, leave diagnostic tools and measurement probes accessible and power-cycle components as needed while observing safety precautions for exposed electronics.

Recommendations

When using the Streacom BC1 V2, handle components with electrostatic discharge (ESD) precautions and avoid placing the benchtable on conductive surfaces. Use appropriate mounting hardware for your motherboard form factor and verify clearance for tall coolers or long expansion cards before applying power. For prolonged testing, monitor temperatures and secure loose cables to prevent accidental disconnection.