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      Skate Sharpening

      Precision Balance Sharpening —

      Precision Balance is a method of sharpening that will enhance your skating ability and performance on the ice. Speed, Power, Balance and Stability, the critical elements of skating, can be affected as a result of precise sharpening and contouring.

      Precision Balance Sharpening addresses all of the inherent variables that affect the skate blade so that a better quality sharpening can be achieved. Blade thickness, for example, can reduce the bite angle of your blade and can ultimately cause slippage while your leg is at full extension during the skating stride.

      Precision Balance Sharpening Delivers:
      • Proper radius of hollow that is centred on the blade
      • Smooth square edges
      • A quality finish

      Precision Balance Contouring —

      Precision Balance contouring is a process of transferring the mechanical points of the foot directly to the skate blade. Contouring is the process of controlling the “APEX” of the blade radius through a machining process. This enables the skate technician to control the amount of knee bend as well as the position the body in the proper location over the skate blades, thus, affecting the body’s balance and power generation.

      Our personalized analysis system enables the technician to establish the correct “radius” and “lie” required prior to performing any machine work.

      Benefits of Precision Balance
      Injury reduction
      Controlled leg extension
      Increased stability
      Increased lateral movement
      Increased power
      Reduced fatigue
      Improved balance
      Increased agility
      Increased speed
      Elements Addressed
      Age, height and weight
      Arm length in relation to the shoulder to floor distance
      Leg shape – knock kneed, straight or bowed out
      Foot position while walking – toed in, toed out or straight
      Position played
      Brand of skate used

      Why Consider Contouring Skates at all?

      Skates are very generic in design and have many inherent variables, which can affect efficiency and performance. It is not feasible to expect that a manufacturer could build a skate that is exactly right for every individual’s requirements.

      The Precision Balance® system of transferring the mechanical point of the foot directly to the skate blade eliminates the most common variable present on skates today. This area is the inconsistent installation location of the holder and blade assemblies on the sole plate of the skate.

      Most Common Signs that Contouring is Required
      Short, choppy strides (player's feet are going a mile-a-minute, yet there is not much speed)
      Poor balance (excessive falling during pivots, cornering or without any outside assistance)
      When hit, usually falls backwards
      Loses battles along the boards and in the corners
      Uncontrolled, excessive height on snap shots and slap shots
      Weak backhand shots
      Cannot find a stick with proper feeling ‘lie’
      Lower back pain (usually on one side only), aching knees and / or sore groin
      Fatigues quickly
      The tendon guards on the skates are broken down (they should remain stiff for the life of the skate)
      Excessive wear in the heel area of the boot (blisters or sore heels)
      Additional Benefits of Precision Balance Skate Sharpening + Contouring
      Improved edge control
      Improved acceleration
      Improved speed and agility
      Improved confidence allows player to attack smaller spaces
      Regain and recover balance quicker

      What Effect Does it have on the Body?

      A skate blade has a radius, which runs from the front to the back. If one blade assembly is mounted further ahead on the sole plate (or boot) than the other, numerous things happen. The apex or high points of the blades are in different locations under each foot. This causes balance problems and also forces the skater to be back on their heels. This means that the skater must overpower the skate in order to have knee bend and to drive off the big toe. This also induces fatigue much sooner.

      Pelvic misalignment can also be induced when on blade is mounted ahead of the other: remember that the body is standing on a piece of radiused steel with all the weight being applied at only one end. The blade that is mounted further than the other blade will roll back into the rear radius further than the other blade. This created misalignment as the actual height of the soleplate from the ice is reduced in relation to the other skate.

      Skating Mechanics

      The body as it was designed was only meant to propel itself in a forward direction with any degree of efficiency.

      Skating involves completely different mechanics, as the body was not designed to propel itself on rigid foot beds with radiused steel beneath.

      To propel the body in skating the foot must be abducted (moved away from the body) which is produced through external rotation of the hips. (This also explains why women have better lateral movement than men.) While skating the skate and the body actually move in opposite directions. Power, control and efficiency are determined by the stance that the body has over the skate blades and is completely controlled by the layout and configuration of the blades.

      How is Balance Achieved?

      The work radius must be located within the parameters of the mechanical points of the foot and the apex of the blade must also be properly positioned within the work radius in order for the weight to be distributed properly.

      The body’s weight enters the boot through the tibia. If machined properly, the arch of the foot will transfer and distribute the weight evenly between the ball of the foot and the heel. This allows the foot to contact the ice on the centre of the blade and to drive off the big toe creating power. If the rear radius passes the balance point of the body and creeps up into the work radius, gravity will take over forcing all the body’s weight onto the heels.

      How is Balance Achieved?

      Power is produced through controlled knee bend which produces positive draw on the Achilles tendon. This is achieved by changing the pitch or ‘lie’ of the skate. More ‘lie’ equals more knee bend, which produces more power. Prior analysis determines the correct ‘lie’ for each individual before any machining is performed.