M-BASE Series Fork Clamps

Product Description

• Fix the base-type connecting rod or connecting rod bracket to the optical platform or breadboard;
• The rigid integrated structure with a undercut significantly improves clamping stability;
• The pressure plate can rotate 360° to select the appropriate mounting hole;
• Multiple specifications of pressure plates are available, compatible with the installation of various connecting rods;
• Equipped with socket head cap screws for easy assembly and installation;

When used together with a base-type connecting rod or connecting rod bracket, the fork-type pressure block can provide excellent clamping force, form three-point contact with the platform to improve stability, and offers high flexibility.

Model	M-BASE-SM05	M-BASE-C	M-BASE-D	M-BASE-E1.5
Specification	41.3*17.1*5.8mm	71.2*36.3*12.5mm	51.6*36.2*12.3mm	84.4*53.5*12.2mm
Compatible Connecting Rod	Ø12mm	Ø25-Ø25.4mm	Ø25-Ø25.4mm	Ø38-Ø38.1mm
Connecting Rod Slot Opening	Ø12.04mm	Ø26.0mm	Ø26.0mm	Ø39mm
Countersink	Ø4.8*15.8mm	Ø6.7*33.6mm	Ø6.7*16.0mm	Ø6.6*31.7mm
Weight	13.8g	65.9g	55.1g	117.0g
Material	304 Stainless Steel	304 Stainless Steel	304 Stainless Steel	304 Stainless Steel

(1) For flexible positioning of the connecting rod assembly, the pressure block is equipped with a countersink of a certain length, which can rotate around the base-type connecting rod bracket or connecting rod to find the most suitable mounting hole on the optical platform or breadboard.

(2) Made of solid stainless steel, it forms three-point contact with the platform to improve stability.

(3) The pressure plate can rotate 360° around the base-type connecting rod or connecting rod bracket to find the appropriate mounting hole on the panel. It provides excellent clamping force for building a variety of optical-mechanical device setups.

Installation Method:

Oeabt offers a variety of optical adjustment frames and mounting bases, which can install many optical components of conventional sizes. The fixed optical lens frame features an integrated design, which can be integrated into laser systems or other compactly designed systems, and is suitable for applications with extremely high stability requirements. It can easily build an optical experimental platform in the optical path system.

 

Application Example

Engineering Drawing Download

M-BASE-D Engineering Drawing

M-BASE-C Engineering Drawing

M-BASE-E1.5 Engineering Drawing