Planeveyor pressed / cutting products Conventional ball transfer is structurally more prone to get dusts inside, so once it goes in, it is difficult to drop out, so it showed weaknesses during the operations in harsh environment such as underwater (sea water, muddy water etc.), oil, dust etc. Planeveyor dust discharge type uses the advantages of the original spherical surface (PAT.P) to drill holes (slits) in the receiving part of the small balls and the ball cover part to discharge dust and water that got inside. Atec's dust discharge device type of Plaveveyor recognize the drastic solution method of discharging dust by taking advantage of the original spherical surface (PAT.P). We succeeded in fundamentally solving the problem of rotation failure due to dust by distinguishing it from conventional countermeasures against dust intrusion (rubber seal etc.). Ever since Planeveyor adopts the original spherical surface (PAT.P) of the new mechanism completely different from the ball transfer so far, it does not receive the load on the small ball receiving surface directly under the main ball. With this structure, it is possible to drill a lot of dust discharging holes. It discharges dust and water etc, that got inside and operates normally even under severe environment, maintaining smooth rotation. The Original spherical surface (PAT.P) Conventional (Atec's old type) It is disadvantage to use at severe environment such It discharges dust that enters inside and it Dust discharge type, uses the advantages of as underwater / oil / dust, Because dust gets easily demonstrates its power even in harsh operating the original spherical surface (PAT.P) to drill holes in the receiving part. Example of harsh usage situation corresponding to dust discharge type Transportation of an iron plate with mill scale Transportation of a Mold (sand mold) Stone processing site (sandblasting) Powder Molding Machine (Mold Movement) Work pieces conveyance in washing machine Work pieces conveyance in cutting process Ceramic powder molding machine (molding of glass fiber) Recommended Load Capacity Main Ball Small Balls

Static Rated Load Load Rating Main Ball Small Balls Static Rated Load Load Rating Main Ball Small Balls Upward Upward Planeveyor Cutting bolt type PV-BH series PV-BH series Planeveyor Cutting bolt type Bolt type (Upward) PV-BH series Bolt type (Upward) PV-BH series STAINLESS RESIN Removing ejected dust (Hole drilling) Removing ejected dust (Hole drilling) Static Rated Load Static Rated Load Load Rating Main Ball Small Balls Load Rating Main Ball Small Balls Upward Upward Model Model Model Static Rated Load Static Rated Load Static Rated Load LoadLoad Rating Rating Load Rating Weight Use Direction...

Static Rated Load Load Rating Main Ball Small Balls Planeveyor Cutting bolt type PVS-B series Bolt type (Downward) PVS-B series Removing ejected dust (With Slit processing) Static Rated Load Load Rating Main Ball Small Balls

Static Rated Load Load Rating Main Ball Small Balls Static Rated Load Load Rating Main Ball Small Balls Planeveyor Cutting flange type Static Rated Load Load Rating Main Ball Small Balls

Static Rated Load Diameter Recommendation for the dust removal hole at the mounting surface: 020 Use Direction Upward Upward Use Direction Upward Upward Use Direction Upward Upward

Static Rated Load Planeveyor <With Slit processing> Cutting flange type senes Weight Use Direction Upward Upward Use Direction Upward Upward Small Balls Body SUJ2 SCM415 Use Direction Downward Downward

Static Rated Load Load Rating Main Ball Small Balls Static Rated Load Load Rating Main Ball Small Balls Static Rated Load Load Rating Main Ball Small Balls

Static Rated Load Load Rating Main Ball Small Balls Static Rated Load Load Rating Main Ball Small Balls Original Spherical Features Download CAD Drawing Data