STDR 6 MULTI-ROLLER PNEUMATIC DEVICE FOR DEEP ROLLING OF THE BORES ON A LATHE

STDR 6 MULTI-ROLLER Pneumatic device for deep rolling of the bores on a Lathe

Used on conventional lathes and CNC lathes.

Mounted on the slide perpendicularly and strictly along the axis of the workpiece.

Maximum force 1 Ton

Adjustable force range from 50 to 1000 kg.

The device can roll a hardened layer on the workpiece surface with a depth of up to 0.15 mm.

Pneumatic deep rolling device for surface hardening of internal cylindrical and conical parts.
internal cylindrical and conical surfaces.
Rolling force up to 1 ton. Rollers are made of stamped steel.
It is used on conventional lathes and CNC machines.
The coolant is supplied to the deformation zone through the tool.
The hardened layer on the surface of the workpiece is up to 0.15 mm deep.
Air pressure in the system 4-6 k/cm2 is provided by the pneumatic system of the machine tool or by connection to a compressor.
system of the machine or by connection to a compressor.

Roller burnishing is a surface finishing technique in which hardened, highly polished steel rollers are brought into

pressure contact with a softer workpiece single point diamond turning,precision surface treatment,diamond turning, ultra-precision machining, Rullatori a rullo singolo, rullatura di superfici cilindriche,
R2R, precision turning, cogsdill, ecoroll tool, yamasa tools, yamato, sugino, zeus, wenaroll, elliott-tool,
machine, diamond tool feed, radius of the diamond tool , precision roller , High quality surface finish,
diamond tip, Suitable for hardened steels and high-strength materials,
One tool can be used for different burnishing applications, burnishing tips,
Burnishing speed, DIAMOND TIP VERSIONS, burnish plane surfaces, shoulder burnishing,
BURNISHING HIGH-STRENGTH MATERIALS, internal burnishing of bores,
burnishing of larger diameters, polishing, superfinishing,
honing or hardening, Surface after burnishing, roughness profile, burnished surface, spring force,
initial surface roughness, burnishing process, Replace the diamond tip, Burnishing result,
Wear of the diamond tip, Change of the diamond tip,
Prazisionswerkzeuge, Target surface Rz, smooth and resistant surface,
rough peaks flow, cold deformation of the edge layer,
Kaltumformung der Randschicht, Oberflache nach dem Glatten , TOP-CLASS SURFACE QUALITY, rolls for burnishing surfaces, roller-burnishing, 

finishing rolling,
roller-rolling; roller-rolling, roller-rolling, roller-rolling polishing, roller-rolling polishing,
roller-roller, roller-rolling, single-roll burning tool,
single-roll rolling, Burnished workpiece, honing or lapping, cost-effective burning,
different burning applications, surface plastic deformation

SURFACE PLASTIC DEFORMATION MACHINING,
Surface riveting, residual deformation by surface riveting,
Strengthening rolling, Rolling, Smoothing pulling, Vibro-rolling, Vibration smoothing, Vibro-rolling
Smoothing rolling, Forming rolling, Strengthening rolling, Calibrating rolling,
Surface stressed riveting, Roughing, Surface rolling, Vibratory machining
Surface Reduction, Surface Rolling, Surface Reaming, Surface Reboring.

Tools for hardening knurling, Tools for knurling polishing, Knurling polishing and hardening knurling,
Plastically deform the surface layer of the workpiece, the low compressive stress zone, by knurling polishing,
plastic deformation of the surface layer, increase fatigue resistance of parts, hardening treatment by rolling, rolling, smoothing,
hardening of the surface layer of the part, improving surface finish,

Rolling, Walzen, Festwalzen, Glattwalzen, Feinwalen, Rolling finishing, Formwalzen, Form rolling, Size rolling,
Plastische Oberflachenverformung,Surface plastic deformation,Surface working
Innenkegelbearbeitung, glattwalzen, rollieren, rollwalzen, glatten,Rollierwerkzeuge
Optimierte Oberflachen durch Glatten und Verfestigen,
Glattwalzen, Glatten, Rollwalzen, Diamantglatten, Festwalzen, burnishing, roller burnishing, deep-rolling

lower processing costs
lower processing costs
machining cost reduction
Metalworking cost reduction
cost reduction tools
cost reduction tool
chipless machining
Machining metals without chip removal
reduce metalworking costs
Reduce auxiliary time
Reduce production costs
Improvement of metalworking quality
removal of residual mechanical stresses
Reduction of production costs
Reduction of direct costs for cutting tools
Reduction of direct grinding and polishing costs
Reduction of set-up time
Reduction of set-up time
cold working of metals without chip removal
production savings
process optimization