Guard TRIZ Cases

A coupled cover body keeps chips and cutting oil off the automatic tool changer while enabling compact machine layout and fast tool changes.

A coupled cover body shields the automatic tool changer from chips and cutting oil while preserving a compact machine layout.

A segmented main-body tool mount enables rapid tool changes and simultaneous machining of lateral and end faces with lower structural complexity.

By moving the magazine and tool post into concentric alignment, this case cuts horizontal lathe tool-change time and manual handling.

A movable tool holder brings tools outside the machining area, enabling safer setup while keeping ceiling stockers clean and accessible.

A parallel magazine and tool post move concentrically to automate lathe tool changes, cutting non-machining time and machine size.

Dual tool magazines let one set machine the workpiece while the other is reloaded, cutting tool-change downtime and avoiding production stoppages.

A movable cover expands the work space for external tool changing, cutting collision risk and tool change time in compact machine tools.

Two switchable tool magazines let one set machine while the other is reloaded, cutting changeover downtime and keeping throughput high.

Visual diameter arcs and light modes help operators recognize tool size, presence, and clamping state for accurate manual tool changes.

Two facing vertical spindles on a common frame shorten transfer paths, improve rigidity, and speed six-side machining of complex workpieces.

A movable cover creates a separate tool-change region, preventing collisions with workpieces and reducing chip-to-chip time.

Separated cover openings let operators exchange tools on adjacent conveyance units safely while keeping multi-unit handling efficient.

Nested telescopic members retract for tool bit changes and extend around the cutter to maintain vacuum suction and remove debris.

Opposed cover openings and staggered conveyance routes enable safer manual tool exchange between side-by-side tool magazine units.

A rear tool magazine, front tool receiver, and transfer carriage enable tool access without interrupting machining or changing the front machine layout.

A vertically stacked tool magazine and moving carrier increase tool capacity while keeping machine footprint and tool exchange time under control.

Parallel tool changer units move long tools along their axis to save receiving space, keep delivery positions constant, and clear chips.

Facing tool spindles on a common frame shorten workpiece transfer paths and enable compact, rigid machining of complex parts on six sides.

A shared frame with vertically aligned spindles shortens transfer paths and enables precise complete machining of complex workpieces.

Separate base-body sections hold lateral and end-face tools, simplifying multi-tool machining while enabling faster changes and complex geometry forming.

Inclined partition walls and a receiving member catch cutting fluid and chips during shutter opening, keeping the tool storage chamber clean.

Inclined walls and a receiving member redirect cutting fluid during shutter opening, keeping the tool storage chamber clean during tool changes.

A machining center tool magazine moves laterally to protrude from the machine body side.

Slope portion and guiding section redirect cutting fluid inward to prevent leakage between covers and the bed.