AMERICAN MANUFACTURING PROJECT · MACHINE DEVELOPMENT

Wallasch CNC Systems

COMPACT MILL DEVELOPMENT

Wallasch Compact CNC Milling Machine

Explore the moving axes, supported workholding and manual tooling in our compact milling-machine development. These views come from the actual CAD assembly and show how its proposed parts relate to the machine.

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Wallasch compact CNC milling machine CAD assembly with moving gantry, vertical spindle, supported pallet, clamps and translucent enclosure
A7 manual-tooling development concept with independently scripted, illustrative motor envelopes. Component selection and fit remain unqualified. Conditional motion paths and unresolved low-Z collisions remain part of the design review. Open full-size CAD view

See the proposed machining sequence

The 48-second CAD animation follows a restricted tool path through contour milling, drilling and thread-milling illustrations. The head parks before a clamp changes position; the pallet remains supported. Explicit pauses identify manual tool replacement rather than an automatic tool changer.

Development concept • Illustrative motor envelopes and motion, not validated physical simulation. Material removal and cutting forces are not simulated. Covers and service lines are hidden for clarity; timing does not establish a production cycle or safe operating procedure.

How the pieces work together

Eight component groups explain the machine’s structure and motion, with illustrative motor envelopes. Their grouping does not establish assembly access, cutting performance or production readiness. Open the complete component overview

Wallasch CAD component group: Moving gantry

Moving gantry

Carries the cross-axis assembly along the machine’s length. The proposed motor is an illustrative envelope.

Wallasch CAD component group: Cross-axis carriage

Cross-axis carriage

Moves the vertical head across the gantry. The proposed motor is an illustrative envelope.

Component split views

Compare each assembled group with its separated CAD view. The offsets explain component relationships; assembly access, interfaces and removal paths remain unvalidated. Proposed motor and actuator envelopes do not show unmodeled internals.

Structural frame
Structural frame actual CAD: assembled reference beside separated component relationships
The frame carries the guide rails, central support and leveling feet. Open full-size split view
Moving gantry
Moving gantry actual CAD: assembled reference beside separated component relationships
Guide rails, bearing blocks, the traverse drive and illustrative motor envelope are separated around the beam and legs. Open full-size split view
Cross-axis carriage
Cross-axis carriage actual CAD: assembled reference beside separated component relationships
The carriage plate supports the vertical guide rails, drive hardware and proposed motor mount. Open full-size split view
Vertical head and spindle
Vertical head and spindle actual CAD: assembled reference beside separated component relationships
The head plate joins the guide blocks, spindle clamps and manual spindle. Open full-size split view
Supported fixture deck
Supported fixture deck actual CAD: assembled reference beside separated component relationships
The upper deck sits above the spacers, lower table and outer supports. Open full-size split view
Pallet and receiver
Pallet and receiver actual CAD: assembled reference beside separated component relationships
The pallet, receiver cover and modeled capture hardware are separated to show their relationships. Open full-size split view
Workholding clamps
Workholding clamps actual CAD: assembled reference beside separated component relationships
Support mounts, actuator envelopes, swing arms and sensor brackets are shown separately. Open full-size split view

OPTIONAL ENCLOSURE DEVELOPMENT

Enclosure and supporting structure

A separate optional enclosure study for the compact machine, shown closed and separated to explain how the panels, viewing doors, pan and supporting frame relate. It is not shown as an accepted installation in the machining animation.

Split view of the optional Wallasch enclosure: closed shell on the left and panels, doors and pan separated around the frame on the right
Actual CAD views of the optional enclosure and its assembly relationships. Open full-size split view

Optional development concept. Structural, sealing and installed-access qualification remain open. Exploded offsets are illustrative rather than verified removal paths.

View doors, panels and internal supports
Closed enclosure: optional Wallasch enclosure CAD study
Closed enclosure
Optional enclosure concept with the viewing doors closed. Open full-size view
Twin viewing doors: optional Wallasch enclosure CAD study
Twin viewing doors
Doors shown open to illustrate the proposed access arrangement. Installed service access remains under review. Open full-size view
Panels, doors and pan: optional Wallasch enclosure CAD study
Panels, doors and pan
Outer panels, doors and the pan are separated around the supporting frame. Offsets explain assembly relationships, not verified removal paths. Open full-size view
Frame and machine supports: optional Wallasch enclosure CAD study
Frame and machine supports
The enclosure frame and internal machine supports, with the outer panels and pan hidden. Structural qualification remains open. Open full-size view
Explore subsystem separation and pallet preparation
Actual Wallasch CAD subsystems separated vertically for explanation
Frame, moving axes, supported fixture and manual spindle separated for clarity, with illustrative motor envelopes. This is illustrative separation, not a validated installation path. Open full-size CAD view
Three CAD views illustrate below-pallet studs, separated retainer hardware and the final locked concept state
The bench-preparation concept places studs from below before retainers and upper clamps. Retainers are shown in their final formed shape; assembly tooling and the procedure remain unqualified. Open full-size CAD view

Separate proposed subsystems

The following studies are being developed alongside the base mill. They are separate proposed modules; spindle, carousel and rotary fit with the mill has not been accepted.

Spindle assembly and internal relationships

The C07 study places a motor envelope alongside a spindle cartridge and shaft, with a belt-drive deck at the base. Orange indicates an unresolved proposed interface or reserved space. Speed, tool retention, heat and containment remain unvalidated.

C07 proposed spindle assembly with motor envelope on the left, spindle cartridge on the right and belt-drive deck below
Separate C07 spindle development concept. The proposed interfaces remain unresolved. Open full-size CAD view
C07 illustrative cutaway exposes internal spindle relationships with selected housing and shaft sections removed
Illustrative CAD cutaway, with selected housing and shaft sections removed. The assembly remains unqualified. Open full-size CAD view

Split component groups

C07 spindle mounting structure, cartridge and motor belt-drive groups shown separately
The mounting structure supports the cartridge and motor carriage; the belt connects the motor and spindle pulleys. The groups are shown at independent scales, with their internal relationships retained. Open full-size split view
C07 spindle cartridge exploded CAD view with shaft, bearing stack, housing, covers and tooling separated
Existing cartridge components are separated for visibility. Proposed interfaces and spindle performance remain unqualified; these offsets are not an approved assembly or removal path. Open full-size split view

Optional rotary axes: fourth- and fifth-axis development remains a separate proposed capability. No accepted rotary fit or simultaneous-axis machining capability is claimed for this mill.

Development concept, not for sale. Cutting performance, accuracy, loads, control behavior and safe operation remain unvalidated. The design is not released for manufacture or powered operation.

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