The BD-05TR17L is a high-pressure, compact swing piston gas pump designed for medical compression devices, high-pressure atomization, automation systems, and robotics. Featuring a high-end brushed DC motor, low vibration design, and durable aluminum construction, it delivers 17 L/min flow with –85 kPa vacuum and up to 10 bar pressure, ensuring reliable, oil-free performance in demanding applications.
| Voltage | 12V / 24V |
|---|---|
| Max Flow | 17L/min |
| Max Vacuum | –85 kPa |
| Max Pressure | 8–10Bar (almost no flow at 10Bar) |
| Motor | High-end DC brushed motor |
| Max Power | 50W |
| Weight | 1040g |
The BD-05TR17L is a high-output swing piston pump developed for OEM platforms that require strong pressure capability, stable airflow, and reliable long-term operation in a compact format.
Through a reciprocating piston motion, the pump alternately produces negative pressure during the intake stroke and positive pressure during the compression stroke, enabling both vacuum generation and gas compression within a single mechanical structure.
This direct piston-driven principle allows efficient pressure build-up, controlled airflow delivery, and consistent performance at elevated load levels, making the pump suitable for oil-free, high-pressure pneumatic system design.
✓ Oil-free, contamination-free compression – Clean airflow suitable for medical and high-purity applications.
✓ High-end brushed DC motor – Low heat generation with stable performance under continuous load.
✓ Stainless-steel valve plate – Withstands high-pressure impact for long-term durability.
✓ Pressure capability up to 10 bar – Strong compression performance for demanding pneumatic systems.
✓ Compact and low-vibration structure – Engineered for smooth operation in space-limited installations.
| Parameter | Value |
|---|---|
| Model | BD-05TR17L |
| Voltage Range | 12 / 24 V DC |
| Maximum Flow | 17 L/min (float flowmeter) |
| Max Negative Pressure | –85 kPa |
| Max Positive Pressure | 8–10 bar (almost no flow at 10bar) |
| Motor Type | High-end DC brushed motor |
| Max Power | 50 W |
| Storage Temperature | –40 ℃ ~ 60 ℃ |
| Operating Environment | –20 ℃ ~ 45 ℃ |
| Medium Temperature | –10 ℃ ~ 45 ℃ |
| Dimensions (L×W×H) | 136 × 52 × 109 mm |
| Weight | 1040 g |
| Component | Material / Performance |
|---|---|
| Pump Head | Aluminum alloy |
| Pump Body | Aluminum alloy |
| Piston Cup / Valve | PTFE / Stainless steel |
| Inlet / Outlet | G1/8 threaded |
📌 Medical compression / pneumatic therapy devices – Provides steady and reliable airflow for medical treatment systems, ensuring consistent performance in long-cycle therapy applications.
📌 High-pressure atomization equipment – Delivers strong, uniform airflow for spray and mist systems, supporting precise atomization in high-pressure applications.
📌 Cleaning and disinfection systems – Supplies oil-free, stable airflow for sterilization and cleaning modules, maintaining efficiency and hygiene standards.
📌 Automation equipment – Offers reliable suction and pressure for robotic and automated handling systems, improving accuracy and operational stability.
📌 Robotics – Provides compact, high-pressure airflow for pneumatic actuators and robot mechanisms, supporting lightweight and efficient system design.
| Aspect | Available Options |
|---|---|
| Voltage | 12 V / 24 V |
| Connectors | G1/8 or customized ports |
| Label / Branding | Based on the model provided by the customer |
| Mounting Options | Custom brackets, vibration dampers |
| Cable / Connector | Custom length, custom plug types |
Selecting a micro pump supplier goes beyond specifications—it requires a manufacturer capable of supporting system performance, long-term reliability, and scalable OEM integration.
BODENFLO focuses on micro diaphragm pumps and micro piston pumps, delivering oil-free vacuum, controlled airflow, and compact high-pressure solutions across diverse applications.
Core Advantages
BODENFLO is trusted by OEM customers worldwide in medical devices, analytical instruments, industrial automation, environmental monitoring, and smart equipment—delivering scalable micro pump platforms that grow with your products.
“For our robotic pneumatic actuators, the BD-05TR17L provided reliable pressure output, maintaining smooth and precise movement throughout extended testing.”
– Robotics Systems Designer, USA
“Using this pump in our cleaning and disinfection modules ensured oil-free airflow and consistent performance, which is critical for maintaining hygiene standards.”
– Product Engineer, South Korea
The BD-05TR17L is designed for easy integration into industrial and laboratory systems with a straightforward 2-wire configuration:
This simple wiring structure allows quick installation into compact equipment, ensuring fast setup without additional control modules or complex circuitry.
[BD-05TR17L Piston Gas Pump Download Datasheet (PDF)]
Q1｜What makes swing piston pumps suitable for high-pressure applications?
Swing piston pumps use direct mechanical compression rather than flexible membranes. This enables higher pressure capability, stronger compression force per cycle, and better structural stability when operating at elevated pressure levels.
Q2｜How does pressure capability affect usable airflow?
As discharge pressure increases, airflow naturally decreases due to higher compression resistance. While peak pressure may approach the upper limit, optimal system design typically balances pressure demand and usable flow to maintain efficiency and thermal stability.
Q3｜What system design considerations are critical for continuous operation?
Key factors include adequate ventilation, controlled load conditions, and stable power supply. Avoiding excessive back pressure, ensuring proper heat dissipation, and maintaining steady operating modes significantly improve long-term reliability.
Q4｜How should vacuum and pressure functions be integrated in one system?
When using a single pump for both vacuum and pressure, directional valves and buffering volumes should be applied. This prevents rapid load reversal, reduces mechanical stress, and stabilizes system response.
Q5｜What differentiates swing piston pumps from diaphragm pumps in system design?
Swing piston pumps offer higher pressure capability, faster pressure rise, and better flow continuity at high loads. Diaphragm pumps excel at low pressure and chemical isolation, while piston pumps are preferred for compact high-pressure pneumatic architectures.
Looking for a long-term OEM partner for compact, high-pressure piston pump platforms—supporting scalable pressure targets, oil-free operation, and cost-effective customization across multiple product lines?
BODENFLO supports OEMs with:
Rapid prototyping and sample delivery
Complete technical documentation, including datasheets, wiring guides, and CAD / STP files
Flexible OEM customization, including performance tuning and private labeling
End-to-end engineering collaboration, from concept validation to mass production
📧 Email: info@bodenpump.com
🌐 Website: https://bodenpump.com
We will contact you within 8 hours, please pay attention to the email with the suffix “@bodenpump.com”.
