Swing Arm Cutting Press TW-925(3+1): High-Precision Cutting for Industrial Applications

In today's dynamic manufacturing environments, a high-performance cutting press needs to balance power, precision, operator comfort, and configurability. The Swing Arm Cutting Press TW‑925 (3+1) delivers on all fronts—providing 25 tons of hydraulic cutting force, expanded working area, ergonomic swing arm, and a four-mode operation system geared for flexible production. If you're ready to scale up your leather, foam, gasket, textile, or composite item output, explore how the TW‑925 (3+1) fits your needs and start the journey at maxinarytech.com.

 What Makes the TW‑925 (3+1) Exceptional?

• Cutting Force: 25 tons (~245 kN) of hydraulic precision delivering clean, defined cuts

• Table Dimensions: 920 × 550 mm — ideal for medium to large die sizes

• Swing Arm Reach: 550 mm — load out of the ram’s danger zone

• Stroke / Travel: 90 mm stroke, 125 mm travel — enough range for thick materials

• Hydraulic Motor: 0.75 kW (1 HP), energy-efficient yet powerful

• Machine Weight: ~1,020 kg net, ~1,180 kg packaged

• Operation Modes: 3 preset patterns + 1 user-defined for versatile setups

• Safety & Positioning: Dual-hand activation, emergency stop, safety labels, arm-locking features

Combined in a user-centric design, the TW‑925 (3+1) stands out as a tool that combines both power and flexibility in a compact form.

 The Value of “3+1” Operation Modes

The (3+1) system equips operators with:

• Preset Mode 1–3: Factory-programmed cutting scenarios (e.g., thin fabric, medium leather, thick foam)

• Mode 4: Fully customizable mode—store new settings for special materials or future runs

This array reduces setup variability, ensures consistent quality, lowers training overhead, and adapts fast to job changes.

 Key Technical Features

 Hydraulic Efficiency

The compact 0.75 kW motor is matched to fast cycle demands without guzzling power, making continuous operation cost-effective.

 Hydraulic Swing Arm

The 550 mm reach allows safe material loading outside the pressing zone, with a secure lock during stroke to aid accuracy.

 Sensor‑Controlled Stroke

Optical or magnetic sensors detect the die surface, stopping the ram automatically for die protection and material consistency.

 Pressure/Time Pots

Adjustable settings on force and dwell time provide reproducible results across lots—ideal for strict tolerances.

 Robust Safety

Emergency stop, dual-hand button interface, clear signage, and swing-arm locking support safe industrial operation.

 Operational Workflow

1. Setup – Place die and material on the 920 × 550 mm table

2. Select Mode – Choose one of the 3 presets or Mode 4 to dial in pressure/time

3. Activate – Engage both switches; ram descends hydraulically

4. Auto‑Stop – Sensor halts at optimal depth

5. Repeat – Lift arm, unload, swing to load next piece; cycle within 3–6 seconds

 Industry Applications

Leather & Footwear

Cutter for soles, insoles, appliqués, heel counters, and straps—without sacrificing grain quality.

Foam & Packaging

Efficient production of foam inserts, multi-layer die cuts, and cushioning shapes.

Gasket & Industrial Seals

Precision cuts in cork, rubber, and fiber boards for HVAC, automotive, and electronics.

Technical Textiles

Perfect for thick insulation and composite fabrics in PPE or automotive components.

Craft & Decorative Material

Die-cut leather flourishes, EVA shapes, and foam décor with high repeatability.

 Advantages You’ll Notice

• Fast Throughput: Streamlined cycles, fewer jams, consistent output

• Quality Assurance: Auto-stroke and preset stability reduce waste

• Ergonomic Loading: Swing arm and reach tailored for operator comfort

• Energy Savings: Small motor matched with hydraulic systems—great efficiency

• Footprint Efficiency: Fits mid-sized workshops with flexibility

 Maintenance & Long-Term Care

Daily:

• Wipe table, clear debris, visual check on hoses and seals

Weekly:

• Inspect hydraulic levels, test safety stops and differentiated mode equities

Monthly:

• Lubricate arm pivot, recalibrate sensors, check potentiometers

Annually:

• Replace hydraulic oils, filters, hoses; validate sensor calibration

Every 5,000 hrs:

• Renew high-pressure hoses, seals, test pump pressure

Well maintained, the TW‑925 (3+1) should deliver decade-long service in industrial operations.

 Safety Essentials

• Dual-Hand Activation – Ensures operator hands are out of harm's way

• Emergency Stop – Prominently located for quick shutdowns

• Safety Labels & Zones – Clear visual cues around working edges

• Swing Arm Locking – Secures material in place during cuts

• Operator Training – Focused on safety protocols and hazard mitigation

 Investment & ROI

• Pricing: Typically US$4,000–4,500 (FOB) depending on supply chain status

• Efficiency Gains: Faster cycle and fewer scrap yield measurable savings

• Labor Savings: Faster setup, less supervision needed

• Cost Efficient: Smaller motor with high hydraulic performance

Typical ROI: 6–12 months based on volume and material value.

 Installation & Training

Preparation:

• Solid, level floor with swing clearance (approx. 550 mm)

• 220 V / 380 V three-phase, with proper earthing

Commissioning:

• Hydraulic fill, sensor calibration, trial runs (1–2 days)

Training:

• 2–4 hour combined safety and operational training

 Quick Troubleshooting

• Ram Failure to Stop: Clean message sensors, recalibrate

• Hydraulic Noises: Replace filters or refill oil

• Arm Hard to Move: Re-lubricate pivot or check bolt tightness

• Inconsistent Cuts: Verify sensitivity of sensor and pressure settings

• Electrical Faults: Inspect power wiring and fuse panels

Sustainability & Efficiency

• Energy Use: Low-power motor with high output—great sustainability

• Material Efficiency: Precise cuts reduce wasted resources

• Operator Safety & Ergonomics: Less fatigue, fewer errors

• Durability: Strong build, long service life in continuous usage

 Customer Success Story

Company: Mid-tier leather goods manufacturer Challenge: Inconsistent cuts and operator fatigue Response: Two TW‑925 (3+1) units deployed Results:

• 40% increase in production rate

• 30% reduction in scrap

• Produced a healthy ROI within 9 months

 Refreshing the Future: Upgrades

• Digital control panel with integrated timeline presets

• MES architecture ready sensor integration

• Global voltage setup (MOQ-based)

• Retractable die guards for multi-user zones

Wrap-Up

The Swing Arm Cutting Press TW‑925 (3+1) offers a compelling blend of hydraulic power, workspace ergonomics, safety, and configurability—all while remaining efficient and adaptable. Ideal for batch work in leather, gasket, foam, and textile, it’s an excellent investment for workshops seeking reliability and ROI.

 Next Steps & Support

Elevate your cutting operations today:

• Book a live demo or virtual tour

• Request a tailored quote with customized workflow options

• Download CAD drawings, operation manuals, and warranty details

• Arrange training and global shipping support

The Swing Arm Cutting Press TW‑925(3+1) combines power, precision, safety, and energy efficiency in a compact and affordable package. Its low-stress maintenance model and intelligent control system make it a top choice for industrial die-cutting in footwear, leather goods, automotive, packaging, and textiles.

 Start here: maxinarytech.com.

Here are 5 frequently asked questions (FAQs) for the Swing Arm Cutting Press TW-925(3+1):

 What materials can the TW-925(3+1) Swing Arm Cutting Press cut? 

The TW-925(3+1) is suitable for cutting a wide range of materials including leather, rubber, textiles, synthetic materials, foam, and soft plastics.

What does the "(3+1)" in the model name refer to?

The "(3+1)" typically refers to the machine's cutting station configuration or control features. Please refer to the manufacturer’s specifications for exact details related to this model.

What is the maximum cutting force of the TW-925(3+1)? 

 The cutting force varies by configuration, but this model usually offers up to 25 tons of hydraulic pressure, ideal for precision die cutting.

 Is the TW-925(3+1) easy to operate and maintain? 

 Yes, the machine is designed for ease of use with intuitive controls and minimal maintenance requirements. Routine cleaning and hydraulic checks are recommended.

 Can the TW-925(3+1) be customized for specific cutting applications? 

 Yes, depending on the manufacturer or supplier, the machine can often be customized with different cutting dies, table sizes, or pressure settings to meet specific production needs.