Thermaltake - TR200; Micro Chassis; mATX/mITX; 360mm Rad; 365mm GPU; Black - Black

Thermaltake TR200 WS; Micro Chassis; Wood Front Trim; mATX/mITX Support; 360mm Radiator Support; 365mm GPU Clearance; 258mm PSU Clearance; 175mm Air Cooler Clearance; 5.25" Bay Support; Black; CA-11L-00S1NN-WS

MONTECH TEN - The Geometry of Evolution. A point begins the idea. A line defines direction. A plane creates possibility. Created to celebrate MONTECH's 10-year milestone, TEN is more than a compact Micro-ATX PC case-it is a modular design platform built to evolve with your needs. Designed with a transformative internal architecture, TEN adapts between three performance-focused modes: M1 - Airflow Specialist for high-performance air cooling; M2 - Liquid Elite for advanced water-cooling builds; I3 - SFF Master for compact, space-conscious configurations With 9 PSU mounting positions, 3 motherboard placements, and flexible GPU support, TEN redefines what a compact gaming PC case can be. Its precision mesh exterior embraces the philosophy that Mesh is the New Transparency-delivering optimized airflow while maintaining a clean, refined visual presence that integrates naturally into modern workspaces. Engineered around vertical thermal principles, TEN leverages the natural chimney effect to efficiently move heat upward and out of the system-ensuring powerful cooling performance across every configuration. Recognized with the Red Dot Award 2026, TEN represents MONTECH's commitment to thoughtful innovation, premium design, and builder-focused engineering. Small in size. Unlimited in modularity.

The ATHENA M4M is a compact micro-tower case that combines high performance with natural aesthetics. It features a fully perforated mesh front panel and a distinctive real wood I/O panel that adds a modern touch. The case comes with three 120mm NOTUS M1 fans to ensure optimized airflow while maintaining a clean look. With support for dual 360mm radiators, BTF motherboards, and GPUs up to 395mm, this case offers excellent thermal performance and broad hardware compatibility in a space-efficient design.