T-nuts, also known as T-slot nuts, are a very common clamping element used in corresponding T-slots.
They are most often found on grooved machine tool tables, which are typically made from several assembled aluminum profiles.
The DIN 508 T-nut is generally used to secure, position, and clamp templates and components along the grooves of machine tool tables. This helps maintain the assembly and ensures its parts are machined correctly.
T-nuts are used to attach components to a support, allowing for a secure connection without the need for additional parts. This saves time by letting you adjust assembly operations according to your specific requirements.
T-nuts are primarily used to clamp and position parts accurately on table or machine tool slots.
They are inserted into the table's grooves by sliding them linearly. They are then locked in place using a screw which, through pressure, compresses the nut against the grooves, preventing movement and keeping your assembly secure.
In both precision machining and stamping, the failure of a clamping element under load can lead to broken tools, the scrapping of complex parts, or even serious accidents. The DIN 508 T-nuts from Gardette are designed to offer absolute safety:
The designation of a DIN 508 T-slot nut is based on the nominal width of the machine tool slot (a) and the diameter of the tapped thread (d).
Nominal slot width (a)] x [Internal thread (d) ➔ Example: DIN 508 - 18 x M16
By entrusting your clamping component procurement to Groupe Gardette, you eliminate intermediaries while securing your production lines:
Browse our references online or contact our sales department to receive a personalized quote in record time.
We offer T-nuts Also know as nuts for T-slots. Feel free to contact us for any particular material or dimension.
T-nuts, also known as T-slot nuts, are a very common clamping element used in corresponding T-slots.
They are most often found on grooved machine tool tables, which are typically made from several assembled aluminum profiles.
The DIN 508 T-nut is generally used to secure, position, and clamp templates and components along the grooves of machine tool tables. This helps maintain the assembly and ensures its parts are machined correctly.
T-nuts are used to attach components to a support, allowing for a secure connection without the need for additional parts. This saves time by letting you adjust assembly operations according to your specific requirements.
T-nuts are primarily used to clamp and position parts accurately on table or machine tool slots.
They are inserted into the table's grooves by sliding them linearly. They are then locked in place using a screw which, through pressure, compresses the nut against the grooves, preventing movement and keeping your assembly secure.
In both precision machining and stamping, the failure of a clamping element under load can lead to broken tools, the scrapping of complex parts, or even serious accidents. The DIN 508 T-nuts from Gardette are designed to offer absolute safety:
The designation of a DIN 508 T-slot nut is based on the nominal width of the machine tool slot (a) and the diameter of the tapped thread (d).
Nominal slot width (a)] x [Internal thread (d) ➔ Example: DIN 508 - 18 x M16
By entrusting your clamping component procurement to Groupe Gardette, you eliminate intermediaries while securing your production lines:
Browse our references online or contact our sales department to receive a personalized quote in record time.
We are certified to IATF 16949 and ISO 9001 standards.
In all our offers & confirmation messages, we explicitly mention the goods' shipping date(s).
Our sales team is available:
From Monday to Thursday 8:30a.m.-12:00p.m. & 1:30p.m.-5:00p.m.
Fridays 8:30a.m.-12:00p.m. & 1:30p.m.-4:30p.m.
We are committed to Corporate Social Responsibility (CSR) and plan to obtain ISO 14001 and ISO 45001 certifications in the near future.
We are currently putting together a multidisciplinary group with the aim of helping us reduce our carbon footprint. As part of this initiative, we carried out a complete carbon assessment (Scopes 1, 2 and 3) in 2023, allowing us to examine our overall environmental impact.
