Jack, rack type / no screws used, self-locking electric/manual, 200 kg
Compared to screw jacks, this is a hybrid type that can be operated with commercially available electric tools due to its high speed and efficiency, and can also be operated manually with a handle attached.
Unlike conventional screw jacks, this rack-type jack features an overwhelmingly fast rise and fall speed due to its high efficiency, making it easy to operate. As a result, it can be operated quickly with common electric tools (drivers/drills). Equipped with a unique self-locking mechanism, this revolutionary jack can hold loads without brakes or stoppers. It is not only strong and durable but also designed to be lightweight and compact. Additionally, it employs an omnidirectional actuator that can accommodate upward, downward, and lateral movements. It is also ideal for rack-type electric cylinders, with a rated thrust load of 200 kgf and a reduction ratio of 63. *For more details, please visit our official website or feel free to contact us.
basic information
Rated thrust load of 200 kgf, advance per revolution of 1.1 mm, allowable input rotation speed of 1750 rpm, applicable round rack rod φ20, body weight of 3.3 kg (excluding rack) 【Features】 ○ Holds the stopping position of the rack rod ○ Compact, lightweight, and economical ○ Excellent strength and durability ○ High efficiency, can be operated smoothly both manually and electrically ○ The reduction gear unit is maintenance-free and does not require oil changes 【Other Features】 ○ Input shaft that holds the stopping position without a stopper ○ Low friction and excellent durability with a micro-tooth differential compound cycloidal mechanism ○ Simple and robust machined case ○ All-direction actuator capable of vertical lifting, lowering, and lateral movement ○ Equipped with Shoji lock for safety, labor-saving, and space-saving ○ Rack-type lifting shaft that is resistant to buckling and does not require a stop ○ Reversible design that allows installation on either side of the mounting surface ● For details, please request materials or contact us.
Price information
For more details, please contact us.
Delivery Time
Model number/Brand name
ＳＬＥ－２００－１．１
Applications/Examples of results
Aluminum manufacturing line Control panel cover opening and closing device Chair lifting device University experimental equipment, etc.
Line up（3）
| Model number | overview |
|---|---|
| SLE-200-1.1 | Basic type |
| SLE-200T-1.1 | Includes guide rod to cover buckling of rack rods (twin shaft type) |
| SLP-200 | Motor-driven type can also be designed |
catalog（2）
Download All Catalogs
CAD data（1）
| Model number | overview | File |
|---|---|---|
| SLE-200-1.1 | Manual/Electric Tool Assist Rack Jack, Load Capacity 200 kg, Rack Rise 1.1 mm per Revolution, Reduction Ratio 63, Round Rack Φ20, Hexagonal Tip Specification |
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News about this product（5）
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The second volume of the case studies for the new self-locking deceleration mechanism "shoji-lock" has been completed.
- Small winches have been adopted in shops and museums in Ginza. = They have received positive feedback for their design, being compact and unobtrusive in black. = They are also praised for being easy to operate by ourselves, among other things. Instead of a worm gear, we have developed a completely new inline reducer that self-locks when motion stops, as well as a small winch that maintains position when the handle is stopped in both forward and reverse rotation instead of using a ratchet. Due to the positive reception and increased achievements in various fields, we have created a second edition this time. Please download it and consider it!
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We will provide an explanatory booklet: Why does it stop? The secret of the new self-locking deceleration mechanism 'shoji-lock'
A completely new inline reducer that self-locks despite being a spur gear instead of a worm gear. Why does it self-lock? What is the internal structure like? We often get asked these questions. While showing a demo unit or a cut model can help people understand, such opportunities are rare. Therefore, we created a simple explanatory document. Please take a look at this, and if you're interested, feel free to check out our specific products and contact us.
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The Ipros version of the S-Winch/S-Linear Actuator product catalog has been updated.
This is a completely new compact winch and rack jack that self-locks regardless of where it stops in forward or reverse rotation, not using a ratchet. It has received positive feedback from various sectors, and due to the increased lineup, we have renewed it this time. Please download it and consider it! Additionally, the comprehensive catalog featuring applied products such as those with motors is available for download from our company website. Please check it out as well.
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New product information: A new modular type of self-locking rack jack has been introduced, featuring a rack movement of 17 mm with one rotation of the input shaft.
This is the second product that combines a modular jack with a gearbox featuring a new self-locking mechanism that does not use the conventional self-locking worm gear at all. The input shaft torque is light at 1.01 kgm at 100K, and a fast advancement of 17 mm per rotation has been achieved. We propose this to customers who want to lift quickly with minimal force and aim for space-saving in various factory production lines. Additionally, it is possible to attach guide rods (twin shaft type).
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New Product Information: Jack 50KN Manual/Electric Rack Jack with Self-Locking Function
A jack that can lift a load of 50 kN with a light manual operating force (input shaft torque of approximately 11 Nm). This jack was developed for component maintenance as an application product of the new self-locking mechanism (Shoji Lock). The body weight is 36 kg and it is made of aluminum. It is designed with a focus on lightweight and manual operability. There are two input shafts (high/low), allowing for easy switching between quickly turning the handle when there is no load and applying force when a load is present simply by changing the insertion of the handle. It can be widely used for work in locations without power, as well as for disaster preparedness and energy-saving measures. It can also be used electrically.
