Biesse Rover Spare Parts

Review Biesse Rover CNC parts by function and connection

This collection brings together vacuum cups and seals listed with Biesse Rover references, vacuum pads and sponges in different dimensions, bronze filters, a Delrin lower bearing and a tool-holder fork. The CNC heading provides a starting point for browsing vacuum workholding and tool-management parts; it does not imply one shared part list for every Rover model, table or revision. Machines can differ in pods, tables, vacuum zones, tool magazines and connections. When selecting an item, start with its full product description, dimensions, images and code. Then compare those details with the exact machine model and serial number and the reference in the machine’s parts catalogue. A collection title or brand name on its own does not confirm compatibility.

Rover vacuum cup shapes

The listings may include cups named as 29 mm or 74 mm, larger dimension strings such as 24 by 150 by 160 mm, sealed cups and quarter, half or full shapes. Those measurements and shape labels help distinguish the listed products; confirm what each dimension refers to in the image or technical detail. Cup height, base attachment, vacuum port and sealing channel can be as important as nominal diameter. A partial-shape description may refer to a perimeter or contact arrangement; the parts drawing should confirm its orientation and position on the machine. Photograph the top and underside of the old cup and the table or pod where it attaches. A worn or compressed edge may hide the original contour, so compare it with an unworn matching part if one is available.

Seals, gaskets and sponges

Vacuum sealing strips, cup gaskets, lower-bearing seals and vacuum sponges are listed with different cross-sections. Terms such as quarter, half, full, domed or flat may describe the perimeter covered, the part shape or the product option. Do not assume those words match the machine catalogue’s terminology without checking the image against the old part, gasket channel and drawing. If workholding becomes less secure, inspect the seal’s cleanliness and seating, but also remember that a vacuum line, valve, table surface, zone selection or pump can contribute. For a replacement strip, record channel width, cross-section height, corner radius, joint and fastening method. A removed seal may have stretched or compressed, so its used perimeter alone is not always a reliable reference.

Pads, vacuum sponges and replaceable contact surfaces

Listings such as 115, 60 or 115 by 80 mm show several contact-surface options in the collection. Confirm whether a number represents diameter, width, length or cross-section in the product detail. The working thickness of a compressed sponge may differ from the nominal thickness of a new part; the table groove or pod can also require a flat or shaped contact face. Compare the edge and underside attachment, not only the top view. Colour or apparent softness does not establish a material specification. If several pads sit on one support and serve different vacuum zones, identify the exact position and note which neighboring parts remain serviceable. That record helps the maintenance team reproduce the layout after replacement.

Bronze filters and air or vacuum flow

Bronze filters listed for Biesse Rover may be round or rectangular. Compare the housing shape and outside dimensions first, then check the seat depth, contact edge and connection orientation. If a filter appears dirty or restricted, follow the machine maker’s maintenance procedure; applying compressed air is not automatically suitable for every material or system. A change in vacuum can also be related to a leak, incorrect zone valve, hose connection, surface seal or pump. This listing should not be treated as the only or universal filter for a whole system. Its role is established by the machine diagram and part number. Share the code on the part and a photo of the filter seat. Similar appearance does not prove that the connection dimensions match.

Delrin lower bearing and tool-holder fork

A Delrin lower bearing or lower-bearing seal has a different role from a vacuum cup or sponge; it is a separate item in the relevant support or mechanical carrier group. Identify its catalogue number, thickness, shape, mounting holes and any directional contour. A rub mark on an old part can indicate a contact location but does not diagnose the cause of wear by itself. A tool-holder fork concerns the retention geometry at a tool magazine or parking position. Check the fork opening, tool-holder diameter, inner clearance, mounting holes and magazine station orientation. These items should not be mixed up with vacuum products that happen to have similar short names. If a tool-change problem is involved, an authorized maintenance technician should also review magazine alignment, the tool and machine instructions.

Confirm the Rover model and part number

Record the full Rover model, including suffixes where available; model generation, production year or machine revision can point to different catalogue entries. Keep the serial number on the machine plate, the original code on the old part and the drawing position together. For vacuum parts, prepare dimensions for the outer profile, height, base, seal profile and connection. For a filter, record housing and seat; for a bearing, contour and mounting; for a fork, opening and fastening. Store wide and close-up photos of the installed location with the same maintenance record. Check for previous changes to the table, pods, pump or magazine, since an adapted part may use a connection that differs from the machine’s original configuration.

Related CNC collections and useful handoff details

For comparison, browse the [general CNC spare-parts collection](/en/collections/cnc-yedek-parca), [SCM / Morbidelli CNC parts](/en/collections/scm-morbidelli-cnc-yedek-parca), [Homag / Weeke CNC parts](/en/collections/homag-weeke-cnc-yedek-parca), [IMA CNC parts](/en/collections/ima-cnc-yedek-parca) and [Intermac CNC parts](/en/collections/intermac-cnc-yedek-parca). A similar vacuum item in another collection does not automatically fit a Rover; compare its part number, base dimensions and catalogue reference. In a maintenance or purchasing request, include the full model, serial number, product code, quantity and location of the part. If the code is unreadable, add scaled photos and caliper measurements. Keeping a “fit confirmation pending” note on an unverified purchase request helps prevent a visually similar option from being recorded as the correct replacement. Complete installation and trial procedures under the machine maker’s instructions.

Complete the vacuum-unit record

For a Rover vacuum-system request, state the cup and the table or pod model to which it connects. For products named as 29 or 74 mm, confirm what the catalogue number measures alongside base and height. A sealed versus unsealed cup or quarter, half and full shape can have a different sealing surface. Include a photo of the positions on the same pod and the drawing item number to distinguish left and right or edge and centre locations. A new cup may physically sit where the old one was while its table connection or vacuum channel still differs, affecting workholding. Keep catalogue code, pod reference and measurements in the same maintenance record.

Related parts collections

For items listed in Biesse Rover CNC parts, compare related part types in CNC spare parts · Homag / Weeke CNC parts · IMA CNC parts. Check the model, connection and full part reference separately for each product.