ACE Controls Inc.
A leading motion and vibration control technology, innovator.
- 248-476-0213
- 248-476-2470
- SalesCoordinators@acecontrols.com
- 23435 Industrial Park Drive
Farmington Hills, Michigan 48335
United States of America
Categories
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Rotary Dampers
ACE rotary dampers provide an invisible yet valuable service as a maintenance-free machine element to allow controlled deceleration of rotary or linear movements.
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Automation Control
ACE universal damping solutions convert kinetic energy in to heat. This makes machines faster, quieter, more durable, lighter and therefore more competitive and profitable.
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Hydraulic Dampers
The ACE hydraulic dampers are similar in appearance to our industrial gas springs but are adjusted in the end position and work differently to the DVC family with individual speed adjusters for the push and pull direction. This provides users with the maximum flexibility.
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Industrial Shock Absorbers
ACE industrial shock absorbers work hard. Their application means moving loads are evenly decelerated over the full stroke. The result: the lowest braking force and shortest braking time. The MAGNUM series from ACE is viewed as the reference standard for medium-sized damping technology.
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Safety Shock Absorbers
As an alternative to the standard shock absorber, Safety shock absorbers are the tried and tested low cost method of preventing those occasional emergency stops. Designed for occasional use, they primarily serve as reliable, effective protection in emergency stop situations.
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Low Freq. Pneumatic Levelling Mounts
ACE has a range of low frequency pneumatic levelling mounts under the designations PLM and PAL: they keep high performance and precision machines isolated from vibrations, impacts and force peaks.
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Industrial Gas Springs – Push Type
Anyone who wants to lift or lower loads with control and without excessive strength relies on the industrial gas springs from ACE. These maintenance-free, ready-to-install machine elements, which are available from stock, support sheer muscle power, reliably open and hold.
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Vibration-Isolating Pads
SLAB, CEL and PAD: three different pad types, one purpose; to provide users with the best customized isolation technology. ACE delivers this with the wide-ranging offer of vibration isolating pads and with customization specific to the customer.
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Miniature Shock Absorbers
Miniature shock absorbers from ACE are tried-and-tested quality products used in millions of industrial designs throughout the world. They optimize machines in an equally reliable and effective way by decelerating loads quickly and without recoil.
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Clamping Elements
Clamping elements from the LOCKED series provide a high level of safety. These ACE products clamp and decelerate loads and are suitable for perfectly controlled holding, both linear and rotary, in all processes.
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Hydraulic Feed Controls
ACE Hydraulic feed controls are recommended as the perfect solution when sawing, cutting, drilling and in order to prevent the stick-slip effect on pneumatic cylinders. They can be precisely adjusted and provide speeds from 1/2“/min. (12 mm/min.) with a very low feed force or up to 1.5“/min. (38 m/min.) with a high feed rate.
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Safety Products
This ACE product group provides Emergency braking to safely slow down moving loads and reduce damaging forces. Although the safety shock absorbers, TUBUS elastomer bumpers and clamping elements differ so much in design, every single ACE component provides the best protection for your machine.
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Viscoelastic Shock Absorbers
This series is the interesting addition to ACE's security portfolio. Simple and compact in design, durable and maintenance-free in operation, these dampers are effective alternatives to existing emergency stop solutions.
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Damping Pads
With damping pads from the SLAB series, ACE provides solutions to effectively slow down loads impacting large and small surfaces. This means that these products are found in a wide range of damping technologies from ACE where oscillation begins or where damaging impacts in construction designs need to be slowed over a large surface.
