Enhance Performance and Reliability with Versatile Profile Dampers

Elevate your machinery's efficiency and longevity with our range of profile dampers, offering a cost-effective solution for continuous duty applications. Designed to slow down masses under various conditions, our TUBUS series has over 140 different versions to suit diverse needs. Crafted from resilient co-polyester elastomer, these profile dampers excel where other materials falter, delivering a service life of up to 1 million load changes. Compact, lightweight, and available in multiple types including TUBUS TA, TS, TR, and more, these dampers provide tailored energy absorption to optimize performance in limited installation spaces. Experience heightened durability and unmatched performance with our profile dampers, ensuring smooth operations even in the most demanding environments.

• TUBUS TA profile dampers are engineered for efficient energy absorption, offering compact design and robust force absorption capabilities. Utilizing co-polyester elastomer, these dampers ensure consistent damping and minimal heat generation while accommodating a wide range of energy capacities from 2 Nm to 2,951 Nm. With strokes ranging from 5 mm to 48 mm and a space-saving shape with heights from Ø 12 mm to Ø 116 mm, TUBUS TA dampers are ideal for applications requiring precise energy absorption in limited spaces. From end position dampers in linear axes to toolmaking and hydraulic systems, these dampers deliver reliable performance and easy installation for various industrial needs.

• TUBUS TS profile dampers offer compact size and smooth deceleration, ideal for various industrial applications. Manufactured from co-polyester elastomer, these dampers ensure uniform energy absorption with minimal strain on machinery. With energy capacities ranging from 2 Nm to 966 Nm and strokes from 7 mm to 56 mm, TUBUS TS dampers provide consistent damping with low temperature increase during operation. The space-saving design, with heights from Ø 14 mm to Ø 107 mm, allows for easy installation and reliable performance in emergency stop and permanent applications. Suitable for use as end position dampers in linear axes, toolmaking, hydraulic, pneumatic, and handling equipment, TUBUS TS dampers offer cost-effective and durable solutions for energy absorption needs.

• TUBUS TR profile dampers utilizing radial damping forces, these maintenance-free dampers are crafted from co-polyester elastomer for consistent damping with minimal heat generation. With energy capacities ranging from 1.2 Nm to 146 Nm and strokes from 17 mm to 60 mm, TUBUS TR dampers provide long and soft braking action with progressive energy reduction at the end of the stroke. Available in compact formats from Ø 29 mm to Ø 100 mm, these dampers are supplied with a special screw for easy and quick assembly. Suitable for use as end position dampers in linear axes, toolmaking, hydraulic, pneumatic, and handling equipment, TUBUS TR dampers offer reliable performance and cost-effective solutions for soft deceleration needs.

• TUBUS TR-H profile dampers offer compact size, soft deceleration, and high energy absorption, making them ideal for various industrial applications. Utilizing radial damping with a hard version, these maintenance-free dampers are designed to withstand high stress while providing long and soft deceleration. With energy capacities ranging from 2.7 Nm to 427 Nm and strokes from 15 mm to 56 mm, TUBUS TR-H dampers feature a harder co-polyester elastomer mixture for enhanced energy absorption. Available in space-saving dimensions from Ø 30 mm to Ø 102 mm, these dampers complement the ACE TUBUS range, offering users a full spectrum of deceleration curves. Suitable for use as end position dampers in linear axes, toolmaking, hydraulic, pneumatic, and handling equipment.

• TUBUS TR-L profile dampers offer an extended body length, ideal for applications requiring long and soft deceleration. These maintenance-free dampers, part of the ACE TUBUS-Series, are crafted from co-polyester elastomer for reliable performance. With radial damping providing a very long and soft deceleration, TR-L dampers feature a progressive reduction in energy at the end of the stroke. With energy capacities ranging from 7.2 Nm to 10,780 Nm and strokes from 17 mm to 108 mm, TR-L dampers ensure maximum stroke with minimum height. Available in sizes from Ø 29 mm to Ø 188 mm, these dampers are suitable for impact or collision protection applications along a straight line, such as mining equipment shovels, loading and lifting devices, shipbuilding dock systems, and transport belts.

• TUBUS TR-HD profile dampers provide compact yet powerful impact and collision protection, making them essential for heavy-duty applications. These dampers, featuring radial damping in a heavy-duty version, offer higher force and energy absorption with a solid design for shorter damping distances. With two different co-polyester elastomer hardness levels, TR-HD dampers deliver versatile damping characteristic curves, while their slightly oval shape ensures softer force intake. With energy capacities ranging from 405 Nm to 11,840 Nm and strokes from 12 mm to 44 mm, TR-HD dampers efficiently absorb energy despite their low height. Supplied with two screws for easy horizontal or vertical installation, these dampers find application in agricultural technology, construction machines, loading and lifting equipment, and similar heavy-duty environments.

• TUBUS TR-HD profile dampers are robust impact protectors designed for heavy-duty applications. Featuring radial damping in a heavy-duty version, TR-HD dampers offer higher force and energy absorption with a solid design for shorter damping distances. With two different co-polyester elastomer hardness levels, they provide versatile damping characteristic curves, ensuring softer force intake. Despite their low height, TR-HD dampers efficiently absorb energy, with capacities ranging from 405 Nm to 11,840 Nm and strokes from 12 mm to 44 mm. Supplied with two screws for easy horizontal or vertical installation, they find applications in agricultural technology, construction machines, loading and lifting equipment, and similar heavy-duty environments, ensuring optimal equipment safety and protection.