Solving Design Issues with Robot Simulation

Robot­ic sim­u­la­tion is ide­al for solv­ing design and pro­gram­ming prob­lems for robot sys­tems. It is a com­bi­na­tion of the 2 most com­mon forms of sim­u­la­tion, dis­crete event and con­tin­u­ous sim­u­la­tion. Through­out the years the advan­tages of sim­u­la­tion have grown immense­ly due to advances in robot­ic tech­nol­o­gy robot­ic tech­nol­o­gy.

Ben­e­fits of Simulation

Robot sim­u­la­tion is per­fect for design­ing automa­tion sys­tems and is far more advan­ta­geous than CAD systems.

• Sim­u­la­tion pro­duces high­er qual­i­ty designs for automation.
• It allows syn­chro­nized group man­u­fac­tur­ing through open com­mu­ni­ca­tion of con­cepts and designs.
• Tool effi­cien­cy per­mits engi­neers to pro­duce alter­na­tives and cre­ate bet­ter schemes.
• Robot sim­u­la­tion also cre­ates sys­tem reviews so engi­neers can test the accu­ra­cy of their automa­tion processes.

Capa­bil­i­ties of Robot Simulation

Visu­al­iz­ing automa­tion and appli­ca­tion process­es is con­ceiv­able with 3D technology.

Robot sim­u­la­tion is capa­ble of col­li­sion detec­tion in which soft­ware can cal­cu­late where an acci­dent could occur and how to pre­vent it.

Robot reach­a­bil­i­ty can be eas­i­ly test­ed allow­ing engi­neers the abil­i­ty to ensure robots have the cor­rect dimensions.

Robot sim­u­la­tion elim­i­nates the threat of safe­ty issues such as dam­aged equip­ment when cre­at­ing robot paths, thus sav­ing on time.

Real­is­tic Robot Sim­u­la­tion (RRS) has cre­at­ed ​“black box” soft­ware that con­tains the algo­rithms for the robot move­ment, per­mit­ting accu­rate motion and cycle time assessments.

It can sim­u­late oth­er equip­ment such as end-effec­tors, aid­ing in col­li­sion detection.

Last­ly robot sim­u­la­tion can inte­grate cus­tom soft­ware and be eas­i­ly tran­si­tioned to the real world.

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