A. Parallel linear clamping system provides secure nonslip of squeegee rubber during the cutting cycle together with larger opening for loading and unloading squeegee/holder. Superior design over hinged clamping systems.
B. Coolant Recycle System. An integrated spray nozzle with fluid channels located along the full length of the clamping system recycles up to 75% of cutting fluid. Includes a filtered coolant reservoir to collect and ensure clean re-use of the cutting fluid.
C. Automatic sensor shuts off cutting carriage and coolant pump at the end of each cutting cycle to further decrease coolant consumption.
D. Integrated coolant tank with fluid level sensor prevents damage to the cutting blade when fluid reaches below security level.
E. Equipped with linear bearings used for squeegee height adjustment (lateral movement) on all models.
F. Rotary cutting system offers excellent, fast and clean high quality squeegee edge without messy grinding dust. Cutting the squeegee minimizes solvent absorption.
G. Exceptional print quality, no edge swelling. No squeegee resting period needed, squeegee is ready to print immediately after it is cut.
H. Long durability of the squeegee edge and higher production rates are achievable.
I. Quick, repeatable and sealed precision wet-cut squeegee edge. Linearly even edge for superior ink deposit uniformity, improves fine line resolution and truer color likeness.
J. User-friendly and easy setup with minimal learning curve.
K. No PLC or pneumatics offers less maintenance and associated components.
L. More compact to reduce packing/shipping cost and some assembly required.
M. Cutting blade with nitrate coating to extend the life of the blade and resists rusting.
N. Motor driven rotary cutting blade wet-cuts squeegee in one single pass. Cutting speed is 1 meter (3.28 ft.) in 150 seconds, depending on type of squeegee rubber.