STWS CENTERLESS ROLLING TOOL FOR PINS

Centerless roller burnishing tool is used for machining shafts, pins, axles.

STWS is mainly used for the centerless rolling of shafts with diameter 3-14 mm and length 40 mm, and can be manufactured according to customers' requirements.

Rollers are made of die steel. 

Maximum hardness of the workpiece to be machined 40 LDC.

Rolling is a type of machining, the purpose of which is to harden the surface layer of the part, to increase its wear resistance and to achieve 8-10 surface accuracy qualification.

By plastic deformation with rollers or ball rollers. Rollers are used for machining parts made of various plastic materials and steels with hardness not exceeding HRC 35-40.

The process proceeds without chip removal. Roller burnishing eliminates the roughness obtained after workpiece turning by reducing its size by the amount of residual deformation. The rolled hole has a correspondingly larger size. The part surface is prepared for deep rolling by finish turning.

Roughness should be within 5-6 classes of surface finish class. It should be taken into account that deep rolling can change the diameter of the surface up to 0,02-0,03 mm. Therefore, the external surfaces of the part should be made to the largest size limit, and the internal - to the smallest.

Rolling is a type of machining, the purpose of which is to make the outer surface of the tee more rigid and the inner surface less rigid.

Diamonds and diamond tools
Main purpose: smoothing of surfaces of products made of ferrous and non-ferrous metals and their alloys, except for hard alloys and titanium. They provide hardening of the processed surface and obtaining Ra up to 0,20÷0,02 microns.

Diamond smoothing of the surface layer of machine parts.

Strengthening by surface plastic deformation.

Reduction of machining costs, reduction of machining costs, reduction of machining costs,
cost reduction in metalworking, cost reduction tools,
cost reduction tool, chipless machining, Chipless Metal Machining,
reduce metalworking costs, reduce auxiliary time, reduce production costs,
improve metalworking quality, relieve residual mechanical stresses,
Reduction of production costs, reduction of direct costs for cutting tools.
Reduction of direct costs for grinding and polishing, Reduction of set-up time,
Reduced set-up time, Cold working of metals without chip removal, Production savings,
optimization of production processes

Baublies AG,

diamond burnishing tool burnishing tool for car engine part burnishing tool for motorcycle engine part Buy Roller Burnishing Tool buy single roller burnishing tool Customize Rotary Broaching Head Deburring and Chamfering Tools deburring tools Flat Surface Burnishing Tools Manufacturer Flat Surface Roller Burnishing Tool Flat Surface Roller Burnishing Tools groove single roller burnishing tool ID Taper Roller Burnishing Tools Exporter ID Taper Roller Burnishing Tools Manufacturer ID Taper Roller Burnishing Tools Supplier Internal Taper Burnishing Tool OD Roller Burnishing Tool OD single roller burnishing tool outer diameter single roller burnishing tools pulley crank shaft burnishing tool RBT-FS roller-burnishing tools Roller Burnishing Tool roller burnishing tool guidance Roller Burnishing Tools Exporter Roller Burnishing Tools Manufacturer Roller Burnishing Tools Supplier Roller Burnishing Tools Trader Rotary Broaches features Rotary Broaches performance Rotary Broaches Shank Model Rotary Broaches used in lathe Rotary Broaches used in machining center Rotary Broaching Head Size shaft burnishing tool single roller burnishing tool single roller burnishing tool exporter single roller burnishing tool for sale single roller burnishing tool manufacturer Single Roller Burnishing Tools Single Roller Burnishing Tools Manufacturer single roller burnishing tool supplier Single Roller Groove Burnishing Tool Single Roller Outer Diameter Burnishing Tools Taper Roller Burnishing 

Instruction No. 901-72. Surface hardening of parts made of structural alloys. VIAM

Shneider, Chekin, Chepa, Khvorostukhin L.A., Mashkov V.N., Torpachev V.A., Ilyin N. N. Feigin, Torbilo V.M. , Streck, Granovsky, Smelyansky, Blumenstein, Seynov, Rosenberg, Reznikov A. N., Barats Ya. G. G., Sidorenko V. A. Granovsky E. G., Kamsyuk M. S. Vitenberg Yu. R. R., Markova L. G. Bezyazyachny V. F.

Bashkov G. P. Babichev, Zaydes , Khvorostukhin L. A. Bobrovsky N. M. Bokov E. M. Valiev R. Z. , Shiou F. J. , Chuang C. H. . Panin V.E., Golovan A.Y., Granovsky E.G., Mashkov V.N., Dalsky A.M. Kovalev A.P., Kokhan Y.D., Mazhein P.G. Melnikov P.A., Bobrovsky N.M. Psakhye S.G., Korostelev S.Y., Smolin A.Yu. Reznikov A.N. Titov A.V. Mozgovoy S.V., Kachan A.Y.