Home » Products » VARO » Adjustment Module 2.0 – 40 mm
VARO

Adjustment Module 2.0 – 40 mm

229,50 € – 259,30 €

plus 19% VAT

The VARO-JMR40 is the optimized successor to the well-established alignment module VARO-JM40. Featuring an extended adjustment range of ±14 mm in the X direction and ±8.5 mm in the Y direction, as well as a rotational fine adjustment of ±6.5°, it provides maximum flexibility for precise alignment of assemblies.

Data sheet (PDF) for VARO-JMR40 STP Model (zip) for VARO-JMR40
Article number: VARO-JMR40
Category: VARO
Keywords: , ,
Brand:

Description

The VARO-JMR40 Adjustment Module 2.0 is the optimized version of the proven VARO-JM40. It is designed for modern mechanical engineering and ensures maximum precision in the alignment of assemblies.

The adjustment range is ±14 mm in the X direction and ±8.5 mm in the Y direction. This allows designers to precisely align assemblies and reliably compensate for manufacturing tolerances. The slotted mounting holes additionally allow rotational fine adjustment of ±6.5°, enabling flexible adaptation for complex constructions.

The VARO-JMR40 Adjustment Module 2.0 is made of anodized aluminum. It impresses with stability and durability. Various colors are available, and upon request, the module can also be supplied with an ESD-conductive coating – ideal for sensitive production environments.

Within the uversa modular system, the VARO-JMR40 can be combined with mono and duo bases or expanded with additional modules. This gives designers maximum freedom when creating modular, high-precision machinery and plant engineering concepts.

Compatible modules include PEX-MS40, PEX-DS40, EVO-KM40, EVO-MM40 and EVO-DM40, which can be mounted directly.

Additional Information

Eigenschaften Wert
Color

Schwarz eloxiert (Standard), Blau eloxiert, Rot eloxiert, Grün eloxiert, Gold eloxiert, SurTec® 650 (ESD-leitfähig, passiviert)

HS code

90330090

Eigenschaften Wert
Country of origin

Germany

Material

Aluminum (milled)

FAQ

1. What is the VARO-JMR used for?

The VARO-JMR Adjustment Module is designed for the precise adjustment of components in the X/Y plane. It enables targeted compensation of manufacturing tolerances and precise component positioning, significantly simplifying the mechanical design.

2. How does the VARO-JMR differ from the VARO-JM?

The VARO-JMR is the next generation of adjustment modules for mechanical engineering and the consistent evolution of the VARO-JM. It features an extended adjustment range and additional slotted mounting holes that enable both linear and rotational fine adjustment. This allows components to be aligned with greater precision and integrated more flexibly into demanding machine designs.

3. How is the adjustment performed?

Adjustment is performed using side-mounted adjustment screws, allowing the position to be fine-tuned with high precision. Combined with the rotational adjustment capability, this provides a wide adjustment range, offering significant advantages for complex assemblies.

4. How is the VARO-JMR mounted?

The Adjustment Module can be mounted on fixed work surfaces or integrated directly into assemblies. Thanks to its well-designed construction, it is suitable for a wide range of installation positions and adapts flexibly to different design requirements.

5. What variants of the VARO-JMR are available?

The module is made of anodized aluminum and is available in a range of colors. On request, the VARO-JMR is also available as ESD-conductive, passivated, making it suitable for use in ESD-sensitive environments.

6. Which modules is the VARO-JMR compatible with?

As part of the uversa modular system, the VARO-JMR can be seamlessly combined with PEX Mono and Duo Column Bases. It can also be connected directly to modules such as the EVO-KM and EVO-DM, allowing easy integration into existing machine structures.

7. Which applications is the VARO-JMR best suited for?

The VARO-JMR is primarily used in mechanical engineering, fixture construction, and testing and assembly systems. Wherever precise alignment, flexible readjustment, and a modular design are required, it provides a reliable and efficient solution.