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Engineering components for special-purpose machines

CRS500 CNC Cross Linear Guideway Slide Table

CRS500 cnc cross linear guideway slide table. Compare 2 catalog configurations and reference weights, then confirm travel, load, mounting and drive requirements.

Drawing-led configurationApplication reviewGlobal project support

Final specifications depend on the workpiece, tooling, cutting load, duty cycle, motor and machine interface.

Product overview

CRS500 CNC Cross Linear Guideway Slide Table

CRS500 is a JNYO two-axis cross-slide. The catalog lists 2 configurations below. Select the complete configuration using travel, mounting geometry, workpiece and fixture mass, cutting forces and acceptance requirements.

Catalog configurations

Source: JNYO product catalog, printed page 74 (PDF page 40), Chinese edition, approximately 74 MB.

Lower and upper refer to the two stacked slides in the drawing, not downward and upward motion. Match both travel values to the installation layout. Stroke values are reproduced as printed; the source stroke columns do not separately state a unit. Confirm units on the complete drawing. Weight is product reference weight, not permitted payload or cutting-load capacity.

Catalog model Lower slide stroke Upper slide stroke Weight (kg)
CRS50-5040 500 400 593
CRS50-11040 1100 400 680

Structure and integration references

The catalog describes alternative handed installation arrangements and notes that guideway covers and servo motors can be configured according to requirements. Confirm the selected orientation, both drive interfaces and the mounting faces before integration.

CRS500 catalog configuration drawing 1
CRS500 source drawing; match the dimensions and selected configuration.

Selection and acceptance inputs

  • Required travel for each moving axis, installation orientation and the complete mounting/interface drawing.
  • Workpiece, fixture and moving-tool mass, center of gravity, cutting forces and overturning moments.
  • Feed speed, acceleration, operating frequency, lubrication and protection environment.
  • Positioning and repeatability targets, test method, motor and control interfaces.
  • Associated machining units, quantity and requested delivery date.

The cited model pages do not assign housing material grades or define a universal positioning accuracy, payload or machining capability. Specify material, guideway and screw requirements, lubrication, protection, load cases and acceptance conditions in the technical agreement.

Configuration questions

Can the product weight be treated as a payload rating?

No. The listed weight describes the product reference configuration. Loads and moments require a separate check against the complete machine arrangement.

Can a catalog picture be used as the final installation drawing?

No. Use it to identify the model and prepare the application brief. Confirm the dimensional drawing, interface details and acceptance conditions before ordering or manufacturing mating parts.

Request matching dimensional drawings and compatible 3D references for the selected configuration. Availability, price, delivery time and installation or after-sales service scope must be confirmed for the order.

Selection inputs

Five items needed before configuration approval.

Providing these details early reduces drawing revisions and makes the quotation technically useful.

01

Operation

Boring, milling, drilling, facing or a combined process.

02

Workpiece

Material, feature dimensions, tolerance and target cycle time.

03

Tooling

Holder, tool diameter, interface, speed and coolant requirement.

04

Performance

Cutting load, finish, runout, duty cycle and service life.

05

Integration

Mounting drawing, center height, envelope, orientation and control.

CRS500 configuration

Confirm the drawing before ordering.

Send the process, workpiece, tooling and machine interface for engineering review.

Request drawing & quote