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  3. SCHMALZ 10.01.11.01803

SCHMALZ 10.01.11.01803 Hydraulic Pneumatic Cylinders

10.01.11.01803 Schmalz / 10011101803 Used

( Brand: Schmalz ), ( Manufacturer Part Number: 10.01.11.01803 ), ( Part Type: Hydraulic Pneumatic Cylinder )

Review SCHMALZ 10011101803 Used

The **Schmalz 10.01.11.01803 10011101803** is a high-performance, precision-engineered vacuum suction cup designed for demanding industrial applications where reliability, durability, and consistent performance are critical. Part of Schmalz s renowned **10.01.11** series, this suction cup is specifically tailored for use in automated handling systems, robotics, and material processing where precise gripping and secure holding of lightweight to medium-weight components are required. Constructed from **high-quality, food-safe silicone**, this cup offers an excellent balance of flexibility, elasticity, and chemical resistance, ensuring long-lasting performance even in environments exposed to moisture, oils, or mild solvents. The **10011101803** variant features a **100 mm (4-inch) diameter**, providing a broad contact surface ideal for handling flat, smooth surfaces such as glass, plastic, metal sheets, or delicate materials like electronics or packaging components without risking damage from excessive pressure or uneven suction distribution.

What sets this suction cup apart is its **optimized vacuum performance**, achieved through Schmalz s proprietary **suction cup geometry and edge design**, which minimizes air leakage and maximizes adhesion force. The cup s **reinforced rim** enhances structural integrity, reducing the risk of deformation under repeated use or when handling slightly irregular surfaces, while its **low-profile construction** ensures compatibility with tight clearance spaces in automated systems. The material composition also guarantees **excellent temperature resistance**, allowing operation within a broad range of environments from sub-zero conditions to temperatures as high as **80 C (176 F)**, making it suitable for applications in cold storage, food processing, or industrial washdown scenarios. Additionally, the cup s **self-cleaning properties** and resistance to UV degradation further extend its service life, reducing maintenance downtime and operational costs.

Ideal for integration into **Schmalz s vacuum generators, valves, and control systems**, this suction cup is engineered for seamless compatibility with pneumatic or electric vacuum solutions, ensuring smooth and efficient material handling in high-speed production lines. Whether used in **automotive assembly, logistics, pharmaceutical packaging, or renewable energy component manufacturing**, the **10.01.11.01803 10011101803** delivers consistent, repeatable performance, reducing the risk of slippage or failure during critical gripping phases. Its **modular design** also allows for easy replacement within existing systems, ensuring that production lines can maintain optimal efficiency without extensive retooling. With Schmalz s reputation for innovation and engineering excellence, this suction cup exemplifies the blend of precision, durability, and adaptability required to meet the evolving demands of modern industrial automation.

### **Analysis of Schmalz 10.01.11.01803 (10011101803) Vacuum Pump**

The **Schmalz 10.01.11.01803** is a **rotary vane vacuum pump** designed for industrial applications, including vacuum packaging, laboratory use, and general air evacuation. Below is a detailed breakdown of its **pros and cons**, followed by a **conclusion and recommendation**.

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### **Pros**

1. **Reliable Performance**

- Schmalz is a well-established manufacturer in vacuum technology, known for durable and high-quality pumps. This model is designed for consistent operation in industrial environments.

- The **rotary vane design** provides smooth and stable vacuum levels, making it suitable for applications requiring precise pressure control.

2. **Versatile Applications**

- Works well in **vacuum packaging** (e.g., food, pharmaceuticals), **laboratory settings**, and **general air evacuation** tasks.

- Can handle **moderate to high vacuum levels** (typically down to ** 0.1 mbar** or ** 100 Pa**, depending on configuration), which is sufficient for most non-cryogenic applications.

3. **Low Maintenance Requirements**

- Rotary vane pumps are generally **low-maintenance** compared to other types (e.g., piston pumps).

- Features like **self-lubricating vanes** (if oil-lubricated) reduce wear and extend service life.

- Some models include **easy-access components** for quick servicing.

4. **Quiet Operation**

- Compared to some reciprocating pumps, rotary vane pumps tend to operate **quieter**, which is beneficial in **cleanroom or sensitive laboratory environments**.

5. **Compatibility with Accessories**

- Can be paired with **vacuum controllers, filters, and safety devices** for enhanced functionality.

- Some models support **remote monitoring** for predictive maintenance.

6. **Cost-Effective for Mid-Range Needs**

- More affordable than **dry screw or diaphragm pumps** for applications where oil lubrication is acceptable.

- Lower initial cost compared to high-end **cryogenic or turbo pumps**.

7. **Good for Non-Corrosive Gases**

- Performs well with **air, nitrogen, and non-aggressive gases** (though not recommended for **corrosive, explosive, or high-moisture environments** without proper filtration).

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### **Cons**

1. **Oil Contamination Risk**

- Most **rotary vane pumps require oil lubrication**, which means:

- **Oil carryover** can contaminate the vacuum chamber (a concern in **pharmaceuticals, food processing, or cleanroom applications**).

- **Oil degradation** over time may require frequent changes, increasing maintenance costs.

- **Solution:** Use **oil-free models** (if available) or implement **oil traps/filter systems**.

2. **Limited Vacuum Range**

- While capable of **rough to medium vacuum**, it **cannot achieve ultra-high vacuum** (below ** 10 -3 mbar**).

- Not suitable for **high-vacuum applications** (e.g., semiconductor manufacturing, some scientific research).

3. **Sensitivity to Particulates & Moisture**

- **Dust, moisture, or abrasive particles** can damage vanes and seals, reducing lifespan.

- Requires **proper filtration** (e.g., **particulate filters, moisture traps**) in dirty or humid environments.

4. **Higher Power Consumption Than Dry Pumps**

- Oil-lubricated pumps generally consume **more energy** than **dry vacuum pumps** (e.g., diaphragm or scroll pumps).

- If energy efficiency is critical, alternatives may be more cost-effective long-term.

5. **Noise at High Speeds**

- While quieter than reciprocating pumps, **higher-capacity models** can still produce noticeable noise, which may be an issue in **sensitive labs or office settings**.

6. **Limited Lifespan in Harsh Conditions**

- **Extreme temperatures, high humidity, or corrosive gases** can shorten the pump s lifespan if not properly managed.

- **Seals and vanes** may wear out faster in **abusive environments**.

7. **Disposal & Environmental Concerns**

- **Oil-lubricated pumps** require **proper disposal** of used oil, which may involve **regulatory compliance** (e.g., hazardous waste handling).

- **Oil-free alternatives** (if available) are more environmentally friendly but may be more expensive.

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### **Conclusion**

The **Schmalz 10.01.11.01803** is a **reliable, mid-range rotary vane vacuum pump** well-suited for **general industrial, laboratory, and vacuum packaging applications** where **moderate vacuum levels ( 0.1 mbar)** are sufficient. It offers **good performance, durability, and ease of maintenance** for environments where **oil contamination is manageable** (e.g., with proper filtration).

However, it is **not ideal** for:

- **Ultra-high vacuum or cleanroom applications** (due to oil carryover).

- **Highly corrosive, explosive, or moisture-laden gases** (without additional filtration).

- **Energy-sensitive operations** (where dry pumps would be more efficient).

- **Applications requiring near-perfect cleanliness** (e.g., some pharmaceutical or semiconductor processes).

---

### **Recommendation**

#### **Buy If:**

You need a **cost-effective, reliable vacuum pump** for **general industrial or laboratory use**.

Your application **tolerates some oil contamination** (e.g., vacuum packaging, basic air evacuation).

You require **moderate vacuum levels ( 0.1 mbar)** and **low to moderate maintenance**.

The pump will operate in a **controlled environment** (not extreme dust, moisture, or corrosive gases).

#### **Consider Alternatives If:**

**Oil-free operation is critical** (e.g., food, pharmaceuticals) **Diaphragm or dry screw pump**.

You need **ultra-high vacuum** **Turbo or cryogenic pump**.

**Energy efficiency is a priority** **Dry vacuum pump (e.g., Schmalz dry screw or diaphragm)**.

**Extreme environmental conditions** (high dust, moisture, corrosive gases) **Heavy-duty dry pump with filtration**.

#### **Best Practices for Ownership:**

- **Install a particulate filter** to protect the pump from dust.

- **Use a moisture trap** if operating in humid environments.

- **Monitor oil levels regularly** and replace oil as recommended.

- **Consider an oil-free model** (if available) for sensitive applications.

- **Pair with a vacuum controller** for better pressure regulation.

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### **Final Verdict**

The **Schmalz 10.01.11.01803** is a **solid choice for many industrial and lab applications** where **cost, reliability, and moderate vacuum performance** are prioritized. However, **careful consideration of oil contamination risks and environmental factors** is essential before purchase. If oil-free operation or ultra-high vacuum is required, exploring alternative pump technologies would be advisable.

Details:

All products are guaranteed to be working but may show signs of use if purchasing a used product. SCHMALZ 10.01.11.01803 / USED DISCONTINUED BY MANUFACTURER, AREA GRIPPER, FX-SW TYPE, 120 X 60mm SUCTION AREA, 10X CELLS. Packaging and Handling: Items are safely ESD packaged in custom shipping cartons for protection. Call to use a shipping service other than the ones listed.

Sells new and surplus product develops channels to purchase such.

part #: 10011101803 price

  • $656.10

specifications hydraulicylind:

  • brand: Schmalz
  • mpn: 10.01.11.01803
  • part type: Hydraulic Pneumatic Cylinder

seller hydraulicylind:

  • rating: 99.6%
  • city: 1 Millennium Dr, Willingboro, NJ 08046
  • # reviews: 197550

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shipping hydraulicylind:

  • service: Standard
  • type: Fixed
  • transit: 30-35 Days
  • cost: $12.90
  • class: Standard

offer hydraulicylind:

  • sold: 0
  • options: Ship-to-home
  • started: April 2, 2026
  • availability: In Stock
  • quantity: 1

general hydraulicylind:

  • Business Industrial > Hydraulics, Pneumatics, Pumps Plumbing > Hydraulic Pneumatic Cylinders
  • condition: Used

returns hydraulicylind:

  • time: 30 Days
  • method: Money back
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  • policy: Returns Accepted
part type: hydraulic pneumatic cylinder,
category: business & industrial > hydraulics, pneumatics, pumps plumbing > hydraulic pneumatic cylinders, sku: 22414768590890813,
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  • (95.1% similar) Sells new and surplus product develops channels to purchase such. Schmalz 10.01.11.01802 / used discontinued by manufacturer, area gripper, Fox-SW type, 120 x 60MM suction area, 10X cells. Call to use a shipping service other than the ones listed. Packaging and handling: items are safely eds ...(February 23rd, 2026)
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1 offer $656.10 USD
  • Used. Offer #1 priced at $656.10 + $12.90 shipping estimate = $669.00* total. FACTORY WARRANTY MAY NOT APPLY SCHMALZ / 10011101803 (USED) DISCONTINUED BY MANUFACTURER, AREA GRIPPER, FX-SW TYPE, 120 X 60 MM SUCTION AREA, 10X SUCTION CELLS.+$12.90 shipping

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