|Bore (mm)||L1 (mm)||L2 (mm)||Standard||Ultra Precision||Ultra Precision Profile|
|0.5 – 1||3||3 – 5||0.015 mm||0.01 mm||0.12 mm|
|1 – 1.6||6||5 – 8||0.02 mm||0.01 mm||0.12 mm|
|1.6 – 3||10||8 – 12||0.02 mm||0.01 mm||0.12 mm|
|3 – 6||16||12 – 18||0.02 mm||0.01 mm||0.12 mm|
|6 – 10||25||18 – 24||0.02 mm||0.01 mm||0.15 mm|
|10 – 18||40||24 – 32||0.03 mm||0.01 mm||0.2 mm|
|18 – 24||50||32 – 48||0.03 mm||0.01 mm||0.2 mm|
|24 – 30||60||48 – 60||0.04 mm||0.01 mm||0.2 mm|
|30 – 50||80||60||0.04 mm||0.01 mm||0.2 mm|
|50||100||60 – 70||0.04 mm||0.01 mm||0.2 mm|
Guide Bushing Options Available
-Wave slots prevent chips from getting into the guide bore
-Extended landings standard
-Ultra precision standard
-Scratch free properties
-Not sensitive to heat and non-abrasive
-Very low friction coefficient
-Concentricity accuracy is the same as carbide
Visit the Gold Wave Bushing Product Page to view more information.
-Maximum support given to part.
-Shorter processing times are possible during the turning operation.
-Ideal for cutting long threads.
-Carbide lined for higher durability and to keep the barstock clean and unmarked
Visit the Extended Carbide Inserts Product Pageto view more information.
-Due to the waveform of the slots a scratch-free surface is ensured
-Well-suited to drive square and hexagon material
-Prevents chips and dirt in the bores and slits
-Highest concentric accuracy
-Available for all common types of guide bushes
-High scratch-free surface on the turning parts
-Very low coefficient of friction, ensuring very good sliding properties
-Shape consistency and stability is guaranteed by the steel body
-Concentric accuracy is the same as what the user is used to for a guide bush
-Extends over the entire length of the guide bush
-Not heat sensitive
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