Pedestal Base model shown in photo to the left. Please see below for C-Clamp Base photos
The PEAK Rotary Vise is designed for optimal tying efficiency and ease
of adjustment and set-up.
Stainless Steel, Brass, Tool Steel, and Aircraft
Aluminum) are chosen to last a lifetime of tying.
Hardened and tempered tool steel jaws hold hooks,
from size 2/0 (depending on exact hook wire
diameter) down to the smallest you can buy, securely. All adjustments are accomplished with minimal
The large stable pedestal base (PRV-G2
model) will hold this vise where you set it, and the
non-marking feet protect the surface you set it on.
The steel base is powder coated in white, for a surface
that will stand up and provide a backdrop you can see
your materials against. The base also includes an
integrated hook/bead pocket with rounded edges for
ease of removal, and our accessory post mounting
hole (accessory post not included). The base is
designed to pack flat for travel with the vise removed.
The rotation resistance adjustment screw provides
infinite adjustment and is easily manipulated for right
or left handed tyers. A height and length adjustable
bobbin cradle and pivot mount are supplied with the
vise. Loosening a single set screw allows the vise to
be removed for travel, the brass tip on the set screw
prevents marring the vise shaft.
The Peak Rotary Vise with remarkable C-Clamp
mount (PRVC-1). As with the Pedestal Base model, you get
a better engineered mount. Reverse the lower
rabbeted jaw to get a grip range from 2-1/4" to
11/16". Jaws ride on precision guide rods holding the
jaw faces parallel, there is no rotating clamp screw
bearing against your table to damage the finish.
Clamping is accomplished with a large comfortable
tri-lobal clamp screw. The deep rabbet engages
rounded table edges so your vise won't rock. You
won't find a more stable, versatile, robust clamp and
it's the only clamp that will accept the peak accessory post.
As one review stated "you could press wheel bearings
with this clamp."
Lifetime warranty against defects in material or