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![IMG_2199[1]2_edited_edited_edited202301_edited_edited_edited.png](https://static.wixstatic.com/media/2d9258_b81d940e550041608f426bef9b11a674~mv2.png/v1/fill/w_353,h_238,al_c,q_85,usm_0.66_1.00_0.01,enc_avif,quality_auto/2d9258_b81d940e550041608f426bef9b11a674~mv2.png)
PERFORMANCE MATERIALS FOR HIGH PRECISION AND LOW INERTIA FAST ROBOTICS
COMPOSITE GRIPPERS
CUSTOM MADE ROBOTARMS AND COMPONENTS
COMPOSITE PALLETIZERS AND GRIPPERS
ULTRA HIGH MODULUS CARBON AND HIGH DAMPING
COMPOSITE PALLETIZERS AND GRIPPERS II
LOW INERTIA ,SUPERIOR FATIGUE RESISTANCE
CUSTOMER SPECIFIC ASSEMBLIES
ISO2768 f -mk AND H7/h7 FITTINGS, PRECISE REPOSITIONING
MULTIMATERIAL ASSEMBLY, GLUEING AND RIVETTING
MOSS composites MAKES YOUR MACHINES, ROBOTS RUN FASTER, PRECISE, ENERGY EFFICIENT AND WITH SUPERIOR DAMPING
COMPOSITE PARTS FOR GRIPPERS, PALLETIZERS ASSEMBLY AND PICK & PLACE ROBOTS
COMPOSITE PARTS FOR ROBOTS AND AUTOMATION WITH AVANTAGEOUS MATERIAL PROPERTIES(*)
Young 's Modulus: 70Gpa ...400Gpa
High Strength : 550MPa ... 2950Mpa
Superior Fatigue resistance
Operating temperature: - 50 °C ... +220°C
Near zero to 2,54 x 10-6/°C of thermal expansion coefficient for highly accurate mechanism
Lightweight structures due to low material density (1.55 -1.67 g/cm3 ) and thin walled geometrie t ≥ 0.05mm) for fast moving components available
Environmentally stable. No swelling or corrosion
No detectable outgassing material systems in vacuum available , allows the use of our composite near optics
Superior performance - Lower power consumption of the robot station, line
(*) These technical data reflects the general characteristics of the material which can be tailored to specific needs. Actual properties and combinations may vary accordingly .
EXCELLENCE IN COMPOSITES
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