High Precision Mini Hydraulic Swing Arm Clicker Press

Model:CP-08 / CP-12

Specification	CP-08	CP-12
Cutting Force	8 Tons	12 Tons
Effective Cutting Area	400×800 mm	500×1000 mm
Hydraulic System	Stable precision hydraulic unit, uniform pressure	Stable precision hydraulic unit, uniform pressure
Cutting Precision	±0.1 mm clean burr-free edge	±0.1 mm clean burr-free edge
Max Cutting Thickness	50 mm	80 mm
Swing Arm Feature	360° rotatable hydraulic swing arm	360° rotatable hydraulic swing arm
Applicable Materials	Leather, EVA, foam, fabric, cardboard	Leather, EVA, foam, fabric, cardboard
Control Mode	Pedal control + pressure adjustment	Pedal control + pressure adjustment
Working Power	0.75 KW	1.1 KW
Working Voltage	AC220V 50Hz	AC220V 50Hz
Operation Screen	Mechanical knob + pressure gauge	Mechanical knob + pressure gauge
Machine Size (L×W×H)	900×700×1300mm	1100×800×1400mm
Machine Volume	≈0.82 m³	≈1.23 m³
Wooden Box Size (L×W×H)	1000×800×1400mm	1200×900×1500mm
Package Volume	≈1.12 m³	≈1.62 m³
Net Weight	180 KG	260 KG
Gross Weight	220 KG	310 KG

This high-precision compact hydraulic swing arm clicker press, also referred to as a shoe pattern sample die cutting machine and purpose-built for footwear pattern rooms processing leather, EVA foam and fabrics, delivers multiple core strengths: it is fitted with a stable hydraulic system that delivers uniform pressure output and effectively extends the machine’s overall service life, its swing arm supports full 360° rotation for more flexible and convenient nesting of small materials, cutting pressure is freely adjustable to accommodate raw materials of varying thicknesses, the machine features foot-operated controls that allow pattern room staff to master operation quickly, it adopts a precision guide pillar structure to ensure steady cutting motion without positional shift during processing, and its low-noise design makes it ideal for small processing workshops and all types of pattern rooms, while its compact, space-saving footprint allows it to be installed even in tight working areas; it handles a wide range of materials including leather, EVA foam, sponge, fabric and paperboard, and enables simple, fast die changeover to quickly switch between different cut piece production requirements. In terms of applications, this compact hydraulic swing arm die cutting press is mainly used in shoe factory pattern rooms, leather goods workshops, bag and luggage factories, foam processing plants and small-batch production lines for small garment components, performing die cutting and forming of leather, EVA foam, fabric, paperboard and soft composite materials, primarily for shoe pattern development and small-batch part production, covering scenarios such as upper sampling, insole cutting, bag accessory processing and blanking of various small craft accessories, with flexibly adjustable cutting pressure and stroke to suit materials of different thicknesses, and the finished cut pieces feature smooth, burr-free edges that fully satisfy the demands of sample development and small-batch production. It follows simple, standardized operating procedures: before startup, operators shall inspect the power supply, hydraulic system and cutting die, adjust cutting pressure and stroke based on the actual thickness of the material being processed, conduct trial cuts on small material pieces before formal production, lay raw materials and dies flat during operation and activate the cutting cycle via the foot switch, and promptly clear waste around the machine and shut off the main power after all daily operations are completed. For installation, place the machine on a flat, solid floor, tighten anchor bolts to secure the frame, connect to 220V AC power with reliable grounding, fill hydraulic oil and install cutting dies strictly in accordance with the operation manual, perform a 5 to 10 minute no-load trial run after assembly, and then complete full cutting parameter debugging using sample materials. The machine comes with complete maintenance and repair specifications: daily maintenance includes promptly clearing accumulated waste and dust from the machine surface and regularly checking hydraulic oil level and die tightness; weekly maintenance covers verifying the sealing performance of all seals, tightening all loose fasteners on the frame, and simultaneously testing that the safety protection device is functioning properly; monthly maintenance involves assessing hydraulic oil condition, lubricating all movable pin shafts on the equipment, and replacing severely worn seals without delay. Repairs must follow unified procedures, with fault points troubleshooted one by one based on equipment fault indicators, power fully disconnected and hydraulic pressure completely released before any disassembly for servicing, and aging seal components replaced on a regular basis to maintain consistently stable cutting performance. For common operation