Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.
151～178 item / All 178 items
It is a mechanical component primarily designed for locking doors and lids.
This is a latch-reversing stopper that easily secures the lid just by pushing it in. It holds the latch with a spring, which also absorbs vibrations.
It is a mechanical component primarily designed for locking doors and covers.
By rotating the grip 90°, the pin lock is activated and automatically locks. It can be used with confidence, especially with equipment that has vibrations.
It is a mechanical component primarily intended for locking doors and lids.
The design seeks operability and safety, making it particularly suitable for equipment with vibrations.
It is a mechanical component primarily intended for locking doors and lids.
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It is a mechanical component primarily designed for locking doors and covers.
It is a simple fastener that stops the panels. It can also be used for filling holes.
It is a mechanical component primarily intended for locking doors and lids.
This is a latch unit incorporating a solenoid. It locks by pushing the door in and unlocks by applying power. The locking and unlocking status of the latch can be detected by a microswitch. Additionally, the tip of the latch can be fixed at 90° intervals, allowing it to be adjusted according to the direction of use. The TL-398-1 also includes a mechanical lock for emergency use.
It is a mechanical component primarily intended for locking doors and lids.
By closing the door, the latch engages with the keeper and locks. At this time, the keeper presses the switch plate, causing the micro switch to turn ON (COM (yellow) - NO (blue)). By supplying power to the solenoid, the latch lock is released (red-white: DC24[V]). *Only the lock is released; the latch itself does not operate. In this state, pulling the door allows you to detach the keeper from the latch. By combining it with various locks, it can be unlocked with a key in an emergency (this product does not include a lock or key). The mounting holes are countersunk on both sides, allowing for installation on either side.
It is a mechanical component primarily designed for locking doors and covers.
This is a latch unit with a built-in solenoid. When closing the door, you can simply push it in as is; when opening it, you can operate it using the power switch (not possible when locked). Additionally, it also has a mechanical lock built in for emergency use (TL-258-1, TL-259-1).
It is ideal for areas with frequent opening and closing.
When pushed in, a stopper engages in the slider section, maintaining the door in a closed state with magnetic force. Pushing it in again releases the stopper, and the door is ejected by the internal spring. This repeated pushing action is suitable for areas with frequent opening and closing.
A latch-type catch that can be easily locked by rotating the knob.
It is a hasp-type fastening component that allows locking and unlocking of the pin by rotating the knob. In the pin retracted state, the indicator is exposed to show that it is unlocked, preventing forgetting to lock it.
Long-stroke push-type solenoid latch!
■Reliable locking and prevention of rattling Due to the long stroke, even if there is some deviation in the door's closure or misalignment due to aging, it can reach the keeper deeply and securely, ensuring reliable locking. ■Holding power at the stroke end The long operating distance allows the locking pin to enter deeply, increasing the physical holding power against prying and vibrations. ■Improved design flexibility Due to the structure of the housing, it allows for flexible design when the locking mechanism needs to be placed deep within the door or when a wider range of motion is desired. ■Residual magnetism countermeasures When the power is turned off, the latch can return instantly to its original position without getting stuck. This prevents malfunctions and ensures stable operation.
Thickness, only 10mm! A solenoid electric lock that blends into the thickness of the door!
Ultra-thin design with a thickness of only 10mm (space-saving) Design advantage: It can be easily placed in confined spaces with limited clearance around the internal casing and doors. This minimizes dead space and maximizes the effective volume inside the storage box. Electric lock with automatic pop-out function Design advantage: The latch engages mechanically just by pushing the door, and when power (DC24V) is applied, the lock mechanism simultaneously pushes the door open (pop-out function). This pop-out action eliminates the need for handles or knobs on the surface of the casing, achieving a flat and stylish exterior design. Incorporation of a wobble prevention mechanism Design advantage: A dedicated holding holder is standardly equipped at the fitting part of the receiving seat (keeper). This suppresses unpleasant wobbling and misalignment of gaps in the door when locked, enhancing the overall rigidity and quality feel of the product.
Smart box for outdoor installation! IPX3 rated waterproof solenoid lock!
Ultra-thin design with a thickness of approximately 10mm (space-saving) It does not encroach on the limited installation space within the housing, maximizing the effective volume. Realization of "handle-less" design through pop-up (door ejection) function Simultaneously with the electric lock, the internal mechanism pushes out (kicks out) the door, allowing for a flat and aesthetically pleasing exterior design (handle-less design). Auto-lock function (one-touch locking) Simply pushing the door closed automatically holds and locks the latch, balancing user operability and safety. State detection with built-in micro switch Since it can obtain the state signals of locking/unlocking and door opening/closing, there is no need for additional sensors, reducing the complexity of circuit and mechanism design. Drip-proof performance (equivalent to IPX3) It can be safely adopted in environments where water droplets may occur, such as outdoor or semi-outdoor mailboxes and delivery boxes in apartment buildings. Standard equipped with emergency unlocking mechanism Even during power outages or system troubles, manual unlocking can be done from the rear lever (or wire connection), making it easier to meet safety design requirements.
Automatic locking when closed, automatic release with power! The definitive unit of the smart casing!
Auto Lock Function (Automatic Locking) The door is mechanically locked automatically just by closing it. There is no need for constant power supply, allowing for energy-efficient control circuits and system design. Pop-Up (Kick-Out) Function When powered, the lock is released, and the internal mechanism pushes the door forward. There is no need to install a handle on the door surface. This enables a flat and stylish housing design, reducing the procurement and assembly time for handle components. Shock Absorption (Damper) Function Equipped with an internal oil damper, it mitigates the impact and the "bang" sound or metallic noise when closing the door. Lock/Unlock Detection Function (Built-in Micro Switch) A micro switch capable of detecting locking, unlocking, and door status is standardly built-in. There is no need to separately place or adjust external sensors or switches, significantly reducing the hassle of wiring and positioning design. Emergency Unlock Mechanism Equipped with an emergency unlock lever on the back of the main unit, it allows for manual (or wire-operated) forced unlocking even during power outages or system failures. Safety design and countermeasures for unexpected troubles are standardly considered.
Reduce design man-hours! One solution for locking, unlocking, and door release!
■Push-in Lock Function (One-Touch Locking) The structure allows the latch to engage mechanically and lock simply by pushing the door in. No special locking operation or key turning is required. ■Unlocking with Power Supply (DC24V Solenoid Drive) The lock is instantly released by a brief power supply (approximately 1 second signal) at the rated voltage of DC24V. It is designed to be highly compatible with electronic controls (microcontrollers, PLCs, card readers, etc.). ■Door "Pop-Up" When the locking mechanism is powered, the latch mechanism jumps up in the direction of opening the door, performing a slight push-out action to help open the door. It is designed to be easy to open even with a flat door design that has no handles or knobs.
Even during a power outage, it can be opened and closed manually! A reliable structure that combines an electronic lock and a mechanical lock!
■Zero power consumption for state retention (energy saving and heat prevention) The state can be maintained without power in both locked and unlocked positions. Since it does not consume power to maintain the state, it fundamentally avoids the risks of battery-operated devices having a longer lifespan and coil overheating or burning due to continuous power supply. ■High responsiveness through short pulse drive (polarity switching) By simply switching the polarity and applying instantaneous power for just 0.1 seconds, smooth locking and unlocking operations are possible. ■Standard built-in mechanical lock for emergency unlocking In the event of power outages, control system malfunctions, or circuit board failures, it is equipped with a safety design (fail-safe) that allows manual unlocking with a physical key. ■Ease of integration and expandability A voltage lineup is available to match power systems such as 6V, 12V, and 24V. Custom and special orders can be accommodated according to design requirements, such as changes to keyless specifications.
Long stroke & high suction power solenoid latch
■Significantly Reduced Risk of Half Engagement and Malfunction Even with door rattling or distortion and rebound of the packing, it can reliably unlock with ample stroke and power. This greatly reduces the effort required for reliability evaluation and fixing operational issues. ■Smart Locking and Energy-Saving Design The door locks mechanically with a simple push, and only requires power during unlocking, allowing the entire system's standby power to be reduced to zero (energy-saving). ■Improved Assembly and Wiring Efficiency There is no need for soldering wires, as connections are completed with a coupler. This simplifies the design of the circuit board and harness, shortening assembly time (lead time) in the factory.
Locking parts using hydraulic pressure! Locking the cabin of commercial vehicles to prevent movement!
The "hydraulic latch" is a product that allows for ON-OFF locking using hydraulic pressure. By activating the claws incorporated in the hydraulic latch, the locking of the rod material can be toggled ON and OFF. It is adopted as a product to lock the truck cab to prevent it from rising on its own. If there is a demand for ON-OFF locking for purposes other than trucks, please feel free to contact us. It securely locks with the power of hydraulics! 【Features】 ■ Can be installed anywhere as long as there is a hydraulic source ■ Capable of handling high loads due to the use of hydraulics ■ There are cases of adoption for truck cab locking *For more details, please refer to the PDF materials or feel free to contact us.
Latch
In-house developed design latch IP66 high-performance design
Junction box with removable hinge and quarter turn latch compliant with international standards. Material: Mild Steel.
This is a removable hinge quarter-turn latch that can be used as a relay box. 2D and 3D data are also available. - Quarter-Turn Latch, Cotoured, Type 12 - Quick-Release Latch, Cotoured, Type 12 We offer a variety of models.
It is a free-standing unit with a 3-point latch that complies with international standards. Material: Mild Steel.
It is a freestanding unit with a high degree of freedom in installation and a 3-point latch. There are also 2D and 3D data available.
This is a wall-mounted continuous hinge door with a 3-point latch Type 4X that complies with international standards. Material: SUS.
This is a Type 4X continuous hinge door that can be used as a wall mount with a 3-point latch. 2D and 3D data are also available.
This is a wall-mounted continuous hinge door with a 3-point latch Type 12X that complies with international standards. Material: SUS.
This is a Type 12X continuous hinge door that can be used as a wall mount with a 3-point latch. 2D and 3D data are also available.
Wall mount painted white with 3-point latch Type 4X compliant with international standards. Material: SUS.
This is a Type 4X painted white with a 3-point latch that can be used for wall mounting. There are also 2D and 3D data available.
Keep solenoid × waterproof × detection. An electric lock packed with all the desired features.
■ Energy-saving and space-saving design (self-holding solenoid equipped) Adopts a "keep solenoid (DC24V)" that switches states only when powered. It does not require continuous power to maintain the locked and unlocked states, achieving significant energy savings and heat management. ■ High reliability and state monitoring function (built-in micro switch) Standard built-in micro switch can accurately sense the behavior of the lock cam and the open/close state. It allows for easy integration and control with IoT devices and remote monitoring systems. ■ Drip-proof structure suitable for water-related and semi-outdoor environments Exhibits drip-proof performance when installed in the correct vertical and horizontal orientation. It can be applied in environments where moisture and water droplets are a concern, such as small refrigerators, outdoor delivery boxes, and various receiving lockers. ■ Reliable mechanical manual emergency release mechanism In the event of a power outage or emergency, manual unlocking is possible through lever operation (emergency release operation a/b). Depending on the application, the release specifications can be differentiated between "auto-return type" and "state-holding type." ■ Robust and durable metal model Despite its compact size, it has sufficient holding power, making it ideal for locking components in small enclosures with high security requirements.
