MISUMI locating pins are an economical alternative to application-specific in-house production. There are no freight costs (within Germany), no minimum quantity surcharge and there are comparatively short delivery times, which is especially useful when ordering small quantities of locating pins.
The in-house production of application-specific locating pins cannot begin until a technical drawing is created, production planning has taken place and the machinery has been prepared - this applies if you need a hundred locating pins or even just one. If, for example, you need two different types of locating pins for a certain application, it will generally take about 20 working days until they have been manufactured and can be installed. If the designer chooses MISUMI and orders via the online shop, they will save 60% of the time needed and up to 65% of the cost. For example, applications in the body-in-white, powertrain and packaging sectors can be implemented more cost-effectively and quickly.
Drawings are automatically generated on the basis of the specific information provided in the online shop and can be called up immediately as 3D or 2D CAD data. Ordering is completed after a few clicks and a couple of days later your customised locating pins will be delivered. Ordering small quantities is still a great value since MISUMI does not pay freight costs or levy a minimum quantity surcharge but still delivers quicker than the competition. Batch orders within the discount scale feature reduced prices and short delivery times.
Individually configuring locating pins is very straightforward. First of all, the user selects a basic shape. In addition to the standard version, MISUMI offers locating pins with internal or external thread as well as adjusting screws with circumferential groove, notch or flat version, but also standardized versions according to customer requirements (e.g. BMW, Daimler, VW, NAAMS).
Seven basic conical and spherical shapes are available for the shape of the guidance component. The shape of the pin body can either be round or have a rhombic cross-section, a large or small head or locating pins with or without a stepped end. The client can then choose the material, the surface treatment, hardness and a type number. Then a decision has to be made on the parameters to be configured.
MISUMI offers three basic versions, whose head diameter can be configured to between 1 to 30mm in 0.01mm increments:
In assembly systems for powertrain production, locating pins are used to locate and position components. They thus have a direct influence on the necessary precision and the end result of the system. A rough division is made into two types, round and flattened locating pins. These are used, for example, in the area of positioning/clamping fixture construction and in the transport of workpieces. In addition to the products themselves, MISUMI also offers application examples for solutions for the TS1 and TS2 workpiece carrier systems.
In body manufacturing, locating pins and positioning pins are used to fix sheet metal parts during production. The pins form the connection between the car body and the conveyor system. In automated handling and welding processes, positioning pins (locating pins) ensure the exact positioning and alignment of individual body parts. The areas of application for locating pins and positioning pins in car body construction are:
The connection between the pin and the system or device is done with positioning pin holders. For the fine adjustment of the positioning pin holders, shims are used to compensate the height differences and position differences in the tenth of a millimetre range in order to comply with the specified manufacturing tolerances in body construction.
Once the user has selected the desired locating pin, they will immediately see the prices per unit and delivery times in the online version of the MISUMI catalogue.
In order to ensure that a workpiece is held securely and won’t shift during machining or processing, a workholding assembly needs to prevent movement in 12 different directions, or Degrees of Freedom. Learn in this video about the various uses of workholding units.