The Quick Rip system works as follows: An operator places the boards, one at a time, on a servo-controlled series of the belts. The belts then accelerate the board to be processed past multiple sensors that measure the board every foot for the length and width, to determine its full profile. Next, the belts accurately position the board under a series of laser lights, presenting the operator with the optimum rip combination based on the measured width.
The operator can then choose an alternate rip pattern, fine tune the positioning and/or skew the board to the angle that will result in the optimum rip. With the optional Auto Skew feature, this can be done automatically while the operator is loading the next board. When the operator is happy with the positioning of the board, a button is pressed and the belts then position the board in front of the rip saw where a series of pinch rollers lift the board and feed it into the saw. A major advantage to this novel method is that lumber can be skewed on the conveyor, resulting in an increase in yield.
Existing gang rip saw optimization systems incorporate a straight fence, usually working in conjunction with cant rollers, to position the lumber before it enters the saw. Unfortunately, this orientation is not always the proper orientation to achieve maximum yield. The Quick Rip solves this problem by using a precision servo-controlled belt system to position the lumber from the belt and feeds it into the saw, maintaining its orientation.
Typical Quick Rip users:
Moulding & Millwork Shops
Mid-Size Cabinet Manufacturers
Window & Door Manufacturers
Wholesale Lumber Distributor
Production:
Current Installation Production Rates
Minimum = 3000 – 4000 bd. ft. per Day
Maximum = 16,000 – 20,000+ bd. ft. per Day
Max Production
Typically Includes a Material Handling Outfeed System
(1) Operator Loading the Infeed
Outfeed Chains to Catch Rips and Cross Transfer
(1 – 2 ) Operators pulling Material from the Chains into Carts
(10 – 12+) 10 Ft. Long Boards per Minute
(2) Operators
(1) Operator loading the Infeed and (1) Operator Tailing the Machine
(5 – 6) 10 Ft. Long Boards per Minute
(3) Operators
(1) Operator Loading the Infeed and (2) Operators Tailing the Machine
(8 – 10) 10 ft. Long Boards per Minute
Cameron Quick Rip Infeed
Lumber Capacities
Standard Machine: 5 Ft. Minimum / 16 Ft. Maximum
Short Stock Machine: 42″ Minimum / 16 Ft. Maximum
Thickness Tolerances
12″ Saw Blades: 2.5″
14″ Saw Blades: 4″
Maximum Width (Incoming Material)
20″ Wide
Cameron #413B- Rip Saw (Most Common Package)
(3) Servo Controlled Movable Blades
Multiple Fixed Blades
Pocket Sizes between Saw Blades
Between (2) Fixed Blades: 1″
Between Fixed Blade and 1st Movable Blade: 1″
Between (2) Movable Blades: 1.875″
Feed Speed
Minimum: 26 ft/min (8 m/min)
Maximum: 180 ft/min (55 m/min)
Electric Motors:
Arbor Motor: 60 Hp
Feed Motor: 5 Hp
Three (3) sets of anti-kickback fingers
(4) individual Pneumatic pressure rolls
Steel Double V dip chain construction with urethane inserts
Powered out-feed roller
Automatic lubricator for feed chain.
Amp meter for monitoring arbor motor running amperage
Easily accessed v-belt driving saw arbor for reduced vibration and higher tolerances
Easy access to spindle and blades for maintenance and tooling changes
Cameron Rip Software:
Yield Improvement over Hand feeding
Increased Safety for Operator
Full Production Tracking that includes:
Production Tallies
Rough Lumber tracking by length and Yield
Arbor Optimization (mainly used with large fixed arbor saws)
Bundle reports on packs of lumber
Simulation capabilities to simulate jobs before the wood ever hits the infeed
Product Value Decisions: software can choose rip widths based on which rips are more profitable for your company.
Benefits of a Cameron Rip System:
Award winning support.
Software for both the Infeed and Gang Saw is written in house in Poughkeepsie, NY
Industry leading features with the Auto-Skew and Over/Under design.
Powerful Software to help improve your business and make you more profitable.
Significant Yield Increases that go directly to the Bottom Line by decreasing Lumber Bills and Improving Productivity
