SCHWABE USA Die Cutting & Molding Presses / Systems cut and shape Automotive Interior Soft Trim & Automotive Seating Covers.
Country of Manufacture – USA
Press Driving Mechanism – Hydraulics
Cutting Force – 300 U.S. Tons
Bed & Platen Size – 60” D x 80” W
Maximum Material Width – 68”
Min Material Thickness – 1mm (0.04”)
Max Material Thickness – 6mm (0.25”)
Steel rule height – 32mm (1.25”)
Board Thickness – 16mm (0.63”)
Cutting Speed ~ 10 strokes per minute with 60” index and 2” stroke
Cutting Stroke – 8” fully adjustable
Daylight Opening – 9” from head to bed without cutting surface
Stroke Control – Controlled by linear transducer for accurate positioning of the moving platen.
Heavy duty tubular steel clamping beam feed system. One moving clamp to index material and one stationary clamp to hold down material during cut cycle. Notice Head Safety Block w/ electrical interlock for safety All access doors feature safety interlock switches with LED lights for quick trouble-shooting
Shown with the Choice of an Outfeed Parts Picking Conveyor in which the cycle speed is synched with the cutting belt speed using standard VFD’s or the choice of Servo Drives. The Parts Picking Conveyor moves laterally or horizontally for easy die change, less than 5 minutes. The Outfeed guard swings conveniently up and out of the way for operator to change tooling; notice the dual e-stop buttons
Features a utilitarian transfer plate between the end of the cutting belt and the beginning of the parts picking conveyor allowing cut parts and web to easily move into position for easy and efficient operator handling.
Features Pneumatically adjustable and locking die clamps with center clamp device that enables the die board to be flush against the orange Moving Platen at all times.
In this view, the Outfeed safety guard is in the up position allowing for easy, fast and repeatable die changeover in less than 5 minutes.
Infeed view of the Schwabe Model SR300 w/ Clamp Feed Urethane Cutting Belt Feed System
Featuring Allen Bradley HMI (Seimens HMI is also a Choice) in color with robust data capabilities. All Software is written and serviced by Freeman SCHWABE engineering located in Cincinnati, Ohio USA. Remote connectivity is accomplished for remote on-demand service by our eWon Cosi device; this is complimentary.
Freeman SCHWABE is once again proud to be a Sponsor of the Roman Open being held at Dalton Golf & Country Club on May 14th.
CLICK to LIKE the Roman Open Facebook Page
The Roman Open Charities, Inc. were founded in 1975 to support charities in the Whitfield, Murray and Gordon County communities with the funds raised with their single fundraising event The annual Roman Open Charities Golf Tournament, held at the Dalton Golf & Country Club.
The entry fee is $200.00 per player, or $800.00 per team. In accordance with IRS Regulations, we have determined the fair market value of “goods and services” received is $65 per player. Therefore, $135 of the individual fee may be tax deductible as a charitable donation. The format will be four person select shot. Individual golfers and teams composed of ladies and/or gentlemen are welcome. Your entry fee includes green fees, cart, ditty bags, red tees, prizes, meals, beverages, and an opportunity to win door, closest to the pin, long drive, team and hole-in-one prizes.
Freeman Schwabe is a global OEM of the highest quality die cutting presses, material handling systems & manufacturing software, including the world-renowned brand of SCHWABE USA presses, designed, engineered and built in Cincinnati, Ohio, USA.
Freeman SCHWABE continues to reduce it’s carbon footprint with Geothermal installation by Melink Solar & Geothermal!
Freeman SCHWABE is committed to improving the sustainability of our company across our manufacturing process, our products, our suppliers and our customers.
Our long term goal for our corporate campus is for the buildings and manufacturing plant is to achieve Net Zero Energy and to be recognized as LEED Platinum certified.
Both Open End and Side Seam Envelopes
Smallest size of 3 x 5 Side seam to a 10 x 15 Open end
Using 3 sets of blades
Cutting Force – 33 U.S. Tons
Machine Bed – 25.6 ”D x 68.9” W
Head Size – 25.6” D x 28.3” W
Cutting Stroke – 5.1”
Daylight – 9.6”
Traveling Head Double-chain Drive Mechanism – with frequency converter cushion system for soft start and soft stop.
Magnetic Head included
Cutting Surface –Polypropylene cutting pad and a pad oscillator located on the bed.
Die Lubricating Device
X-Y adjustable material side guide
Front and Rear scrap conveyors
Hydraulic System – Hydraulic system includes pump, filters, valves, oil cooler, etc.
Hydraulic Oil – Type #46-AW; not Included
Working Height – 35.63” (from floor to the cutting pad)
Safety Guarding – Meets or exceeds all OSHA machine safety requirements including specification 1910.217(f) as interpreted by Manufacturer.
Keyence Light Curtains
Head Safety Block – For working under the head of the press.
E-Stop Safety Relays – These relays provide 3 primary functions:
Detect faults on safety-related electrical control circuits (i.e. faults in sensors, wiring, contactors, etc.)
Provides an ensured switching action.
Provides a manual reset facility.
Controls
Panel Control – Allen Bradley PLC Controls without touch screen.
Die Height Setting Device
+1 513 947 2888
Two (2) clip-on trolley units for sequencing die boards through press, complete with anti-tie down device for stroke activation.
The manual push/ pull trolley unit, with extended handles for activating the press outside of guards, is clipped onto die boards and incorporates a guide mechanism for the die boards.
The operator controls the feed distance manually. For operator convenience, there is also a wire festooning mechanism with wire support trolleys so the control cable moves in a neat controlled manner as the die board is cycled through the press.
Press Manufacturing – USA Cutting Force – 350 U.S. Tons
Head and Bed Size – 40”D x 81”W
Cutting Stroke – 8”
Daylight Opening –12” from head to bed without cutting surface
Stroke Control – Controlled by linear transducer
Cutting Surface – Polypropylene cutting pad mounted in the head of the press with pad shifter device.
Hydraulic System – Freestanding hydraulic powered unit includes pump, hoses, valves, gauges, etc. Hydraulic Oil – Type #46-AW
Safety Guarding – Meets or exceeds all OSHA machine safety requirements
including specification 1910.217(f) as interpreted by Manufacturer.
Electrical Panel built to UL 508A Standards
Panel Control – Allen Bradley PLC and touch screen operator interface controls (menu driven). Includes 250-die memory for recall of feed length, sheet rows, etc., (accessed thru a touch screen). Includes various production/maintenance reports (screens) menu driven as well as computerized diagnostics with Ethernet capability for telephone diagnostics/trouble-shooting.
Operational – Controls for set-up and operation, with low pressure die height setting.
Press Shutdown – Mushroom type shut-off button easily assessable at the control panel and on all corners of the machine.
Activation – Push button activation after input of information thru the Operator Interface/Touch Screen.
Stroke Counter – With automatic shutdown accessed through the Touch Screen. 4.6.
Remote Connectivity
Central Guide Straight Ram Hydraulic Beam Press with (4) cylinder hydraulicsystem; the cylinders also act as the actuating mechanism of the press, pushing down from a top structure vs. pulling down from a bottom structure. The cylinders are mounted inboard on the press in order to create a matching deflection between the head and bed, rather than having the head and bed gap the way conventional four post presses tend to do.
The heavy duty, rigid, large diameter center guide is used to keep the head and bed parallel vs. a hydraulic balancing system or some type of linkage/toggle mechanism. The Schwabe exclusive design eliminates the need for adjustment should the system be carrying an unbalanced load.
There are only five (5) moving parts in the Schwabe SR design; there is no linkages thereby resulting in less scheduled maintenance and easy serviceability.
Press and any other necessary accessories must be bolted or pinned to the floor to protect against “walking” out of alignment to the other process equipment. This is buyer’s responsibility.
Press working height 36” – standard