31～60 item / All 120 items
It is a mechanical component primarily designed for locking doors and lids.
No screws, adhesives, or anything else are needed for installation. You can easily complete the installation by simply pushing it into the mounting hole. It is compatible with five different thicknesses of boards.
It is a mechanical component primarily designed for locking doors and covers.
This is a thin and powerful magnet catch that uses neodymium magnets.
It is a mechanical component primarily intended for locking doors and lids.
No screws, adhesives, or anything else are needed for installation. You can complete the installation quickly by simply pushing it into the mounting hole.
It is a mechanical component primarily intended for locking doors and lids.
This is a magnetic catch that can be selected from two mounting directions.
It is a mechanical component primarily intended for locking doors and lids.
Since the magnet is sealed within a resin body, there is no generation of metal dust, making it ideal for use in clean rooms handling precision equipment and in areas around water. Additionally, its slim design allows for space-saving.
It is a mechanical component primarily intended for locking doors and lids.
This is a magnetic catch that uses silicone rubber for the case part. It reduces contact noise because there is no metal-to-metal contact with keepers and other components.
It is a mechanical component primarily designed for locking doors and lids.
This is a thin and powerful magnet catch that uses neodymium magnets.
It is a mechanical component primarily intended for locking doors and lids.
This is a decorative magnet catch mounting bracket that can be attached to glass or plastic panels. It absorbs impact with cushioning to protect the door.
It is a mechanical component primarily intended for locking doors and lids.
It is a slim type that allows for effective use of space.
It is a mechanical component primarily intended for locking doors and lids.
Operate the latch with the dedicated handle. Inserting the handle releases the lock, and rotating it 90 degrees allows the handle to be removed.
It is a mechanical component primarily intended for locking doors and lids.
Turn the knob to activate the latch. Just push the lock in as it is.
It is a mechanical component primarily intended for locking doors and lids.
This is a simple operation latch that retracts when the dial is turned to the right and returns to its original position when released.
It is a mechanical component primarily designed for locking doors and lids.
This is a latch lock equipped with an open-hold feature. It can be particularly useful for doors with long dimensions either vertically or horizontally.
It is a mechanical component primarily intended for locking doors and lids.
This is a flush ring latch that supports two types of mounting: surface mounting and recessed mounting. ★ The latch is released simply by pulling up the handle. ★ When the latch is released, the handle remains in an upright position, allowing for easy visual confirmation of lock and release status.
It is a mechanical component primarily intended for locking doors and lids.
This is a lightweight and compact ring latch. ★ The latch is released simply by lifting the handle. ★ When the latch is released, the handle remains in an upright position, allowing for easy visual confirmation of lock and release.
It is a mechanical component primarily designed for locking doors and lids.
Simply pressing the button will release the latch. Closing the door will lock it. It is compatible with the mounting holes of the push latch TL-135. Compared to the TL-135, it has improved rust resistance and is lighter in weight.
It is a mechanical component primarily designed for locking doors and lids.
This is a simple latch with a stroke of approximately 10mm. The operating components are attached with M4 screws.
It is a mechanical component primarily designed for locking doors and lids.
To open the door panel, insert a pushing tool such as a flathead screwdriver into the jig insertion port provided on the door panel and swing the latch to release it. After the door panel is opened, the latch will return to the locked position due to the force of the spring, so the door panel will lock simply by closing it.
It is a mechanical component primarily designed for locking doors and lids.
The door can be opened and closed with a one-touch operation.
It is a mechanical component primarily designed for locking doors and lids.
This is a latch for door-in-storage type. Locking and unlocking with the rod can be easily done with just lever operation.
It is a mechanical component primarily designed for locking doors and lids.
It is a locking device that maintains a secure lock state to prevent doors and the like from opening in response to vibrations or impacts.
It is a mechanical component primarily designed for locking doors and lids.
This is a latch unit equipped with a solenoid. When closing the door, you can simply push it in as is; to open it, you can operate it with a 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 can also be used as a retaining function for doors and lids of enclosures.
This is a stop fitting for window frames (sashes) such as sliding doors. It provides a click sensation both when locking and unlocking. While it is designed for fittings that attach to windows and sliding sashes, it can also be used for the holding function of doors or lids on enclosures, and it offers tightening and sealing effects based on the original function of the crescent, allowing for secure fixation.
This is a slide latch that can be locked and unlocked with a single touch.
This is a stainless steel slide latch that can be locked by pressing the black knob and unlocked by pressing the push button. The rounded design of the push button makes it user-friendly for the fingers during operation.
Expectations for safety measures! Lockable snap lock!
This is a stainless steel arm catch with a clamping force provided by a spring. It has a simple locking function that prevents unintended opening. It is also expected to have an anti-vandalism effect. It can be released by pressing the lock lever while operating it.
Not just locking! A smart solenoid latch that also handles "ejection"!
One-push locking & automatic pop-up unlocking with electric power The door is securely locked just by pushing it in (passive locking). When powered, the lock jumps up in the direction of the door opening, incorporating a "kick-out (push-out) function" that allows the door to be slightly pushed open by itself. There is no need to design or place separate springs or push-out pins. "Door rattling prevention" through holder effect Equipped with a standard holder mechanism that suppresses rattling (play) when closed. This contributes to maintaining airtightness, vibration resistance, quietness, and enhancing the overall premium feel of the product. Built-in micro switch (signal detection of open/close and locking state) Without needing to install separate detection sensors, the electric lock can output signals for open/close and locking states on its own. This prevents the hassle of sensor position adjustments and the complexity of wiring design. Significant reduction in the number of parts and design man-hours through unitization Consolidating five functions—"solenoid unlocking," "latch holding," "door pushing," "rattling absorption," and "state detection switch"—into one unit. This simultaneously simplifies mechanical design and saves space.
Power is momentary, but holding is power-free! The keep solenoid latch supports energy-saving in smart locks!
■ Energy-saving "Keep Solenoid (Self-holding)" structure It is a type that is powered only during locking and unlocking operations (pulse drive). Since continuous power supply is not required, power consumption can be minimized, contributing to reduced heat risk and energy-saving design. ■ Built-in "Micro Switch" for accurate operation status detection It has a built-in micro switch (MS1) that electrically detects the opening and closing state of the cam (lock/unlock). This facilitates system design for accurate status monitoring and signal control on the circuit board side. ■ "Drip-proof structure" suitable for outdoor and semi-outdoor equipment By installing it in the correct vertical and horizontal orientation, it maintains functionality even in environments where water may splash. It ensures reliability in environments prone to water droplets, such as delivery boxes and mailboxes for apartment buildings. ■ "Dual emergency release mechanism" considering field operation and emergencies It is equipped with a mechanism that allows manual unlocking in the event of a power outage or emergency, with two stages (temporary release type and state maintenance type). This greatly contributes to maintainability and a sense of security in design. ■ DC5V specification easy to integrate into drive circuits It supports low-voltage operation at 5V, making it easy to control from microcontroller boards or control boards.
Eliminate protrusions to prevent contact accidents! Contributing to the improvement of safety in industrial equipment!
■ Realization of flat design for handles and knobs Supports one-touch operation with a push to lock and a second push to unlock. There is no need to attach handles or knobs to the surface of the housing, allowing for a sophisticated full-flat and minimal exterior design. ■ Reliable push-out stroke Equipped with a "push-off" function that firmly pushes the door forward when unlocking. It is easy to hook fingers into the gap between the door and the housing, providing a smooth opening and closing experience even for large panels or flush-structured doors. ■ Reduction of design costs and assembly labor The door opening and closing mechanism, which was composed of two parts ("latch + handle"), can be simplified with the "TL-520" alone. This reduces drilling processes and the number of managed parts, contributing to lower assembly costs and fewer components.
It is a mechanical component primarily intended for locking doors and lids.
It is a key switch with a solenoid that combines both electric and mechanical types.
It is a mechanical component primarily intended for locking doors and lids.
The switch can be turned ON and OFF by opening and closing the door. A micro switch is built into the magnetic catch, allowing for compact integration of the detection mechanism. The detection switch part is thick, making it durable even in a small size.
