Ams Bianka Model Set 40 21 May 2026
As of 2025, the AMS Bianka Model Set 40/21 remains in production, though AMS components are often distributed through specialized industrial automation suppliers rather than mass-market channels.
Typical price range: $1,800 – $2,500 USD for the complete set (depending on seal material and nozzle configuration). Refurbished units can be found for $900–$1,400.
Genuine vs. aftermarket: Always use AMS-certified seals and pistons. Aftermarket parts often have slightly different tolerances, leading to leakage or scoring.
Alternative models from competitors:
For most users, the Bianka 40/21 offers the best mean time between failure (MTBF) – often exceeding 5 million cycles before major overhaul.
In the world of industrial automation, fluid handling, and high-precision dispensing, few names carry the weight of consistency and engineering excellence as AMS (Advanced Manufacturing Systems). Among their extensive catalog of components, one product code that frequently surfaces in technical forums, parts lists, and maintenance manuals is the AMS Bianka Model Set 40/21.
To the untrained eye, “Set 40/21” might look like a random string of numbers. But to engineers, maintenance technicians, and production managers, this specific model set represents a benchmark in volumetric accuracy and durability. This article provides a comprehensive breakdown of the AMS Bianka Model Set 40/21—its design philosophy, technical specifications, applications, common troubleshooting tips, and why it remains a sought-after component in modern assembly lines. ams bianka model set 40 21
The 26.4 mL per stroke capacity places the 40/21 in a “sweet spot”—larger than micro-dispensers (0.5–5 mL) but smaller than drum pumps, perfect for batch processes or continuous inline production.
Why choose the 40/21 over smaller or larger sets? Here is a quick comparison within the Bianka family:
| Model Set | Bore (mm) | Stroke (mm) | Volume per stroke (mL) | Best for |
|-----------|-----------|-------------|------------------------|------------|
| Bianka 25/10 | 25 | 10 | ~4.9 | Micro-dispensing, small dots |
| Bianka 32/15 | 32 | 15 | ~12.1 | Medium beads, gaskets |
| Bianka 40/21 | 40 | 21 | ~26.4 | General industrial, adhesives |
| Bianka 50/25 | 50 | 25 | ~49.1 | High-volume filling, grease | As of 2025, the AMS Bianka Model Set
The 40/21 balances speed and volume. It can be cycled at 60–80 shots/min while delivering over 1.5 liters per minute—perfect for medium-scale production lines.
| Project | Approx. Build Time | Learning Outcome |
|---------|--------------------|-------------------|
| Sport‑utility vehicle (SUV) | 45 min | Understanding chassis dynamics & suspension geometry. |
| Mini‑crane with functional winch | 60 min | Gear ratios, torque transmission, and load balancing. |
| Racing drone frame | 30 min | Aerodynamics, lightweight design, and modular electronics integration. |
| Customizable robot torso | 40 min | Joint articulation, modular wiring (optional). |
Tip: Mix and match modules from the 40‑21 set with parts from the 30‑15 or 50‑30 sets to create hybrid builds—e.g., a tracked rover with a drone‑style landing gear. For most users, the Bianka 40/21 offers the
| Spec | Value |
|------|-------|
| Scale | 1:24 (approx.) |
| Overall dimensions (assembled) | 210 mm × 150 mm × 110 mm |
| Weight | 380 g (excluding packaging) |
| Material | ABS/Polycarbonate blend (parts); silicone rubber (tires) |
| Color palette | Classic matte black, metallic silver, and optional accent stickers (red, blue, yellow). |
| Safety compliance | EN71, ASTM F963, CE‑marked. |
| Age rating | 12+ (small parts) |
As of 2025, the AMS Bianka Model Set 40/21 remains in production, though AMS components are often distributed through specialized industrial automation suppliers rather than mass-market channels.
Typical price range: $1,800 – $2,500 USD for the complete set (depending on seal material and nozzle configuration). Refurbished units can be found for $900–$1,400.
Genuine vs. aftermarket: Always use AMS-certified seals and pistons. Aftermarket parts often have slightly different tolerances, leading to leakage or scoring.
Alternative models from competitors:
For most users, the Bianka 40/21 offers the best mean time between failure (MTBF) – often exceeding 5 million cycles before major overhaul.
In the world of industrial automation, fluid handling, and high-precision dispensing, few names carry the weight of consistency and engineering excellence as AMS (Advanced Manufacturing Systems). Among their extensive catalog of components, one product code that frequently surfaces in technical forums, parts lists, and maintenance manuals is the AMS Bianka Model Set 40/21.
To the untrained eye, “Set 40/21” might look like a random string of numbers. But to engineers, maintenance technicians, and production managers, this specific model set represents a benchmark in volumetric accuracy and durability. This article provides a comprehensive breakdown of the AMS Bianka Model Set 40/21—its design philosophy, technical specifications, applications, common troubleshooting tips, and why it remains a sought-after component in modern assembly lines.
The 26.4 mL per stroke capacity places the 40/21 in a “sweet spot”—larger than micro-dispensers (0.5–5 mL) but smaller than drum pumps, perfect for batch processes or continuous inline production.
Why choose the 40/21 over smaller or larger sets? Here is a quick comparison within the Bianka family:
| Model Set | Bore (mm) | Stroke (mm) | Volume per stroke (mL) | Best for |
|-----------|-----------|-------------|------------------------|------------|
| Bianka 25/10 | 25 | 10 | ~4.9 | Micro-dispensing, small dots |
| Bianka 32/15 | 32 | 15 | ~12.1 | Medium beads, gaskets |
| Bianka 40/21 | 40 | 21 | ~26.4 | General industrial, adhesives |
| Bianka 50/25 | 50 | 25 | ~49.1 | High-volume filling, grease |
The 40/21 balances speed and volume. It can be cycled at 60–80 shots/min while delivering over 1.5 liters per minute—perfect for medium-scale production lines.
| Project | Approx. Build Time | Learning Outcome |
|---------|--------------------|-------------------|
| Sport‑utility vehicle (SUV) | 45 min | Understanding chassis dynamics & suspension geometry. |
| Mini‑crane with functional winch | 60 min | Gear ratios, torque transmission, and load balancing. |
| Racing drone frame | 30 min | Aerodynamics, lightweight design, and modular electronics integration. |
| Customizable robot torso | 40 min | Joint articulation, modular wiring (optional). |
Tip: Mix and match modules from the 40‑21 set with parts from the 30‑15 or 50‑30 sets to create hybrid builds—e.g., a tracked rover with a drone‑style landing gear.
| Spec | Value |
|------|-------|
| Scale | 1:24 (approx.) |
| Overall dimensions (assembled) | 210 mm × 150 mm × 110 mm |
| Weight | 380 g (excluding packaging) |
| Material | ABS/Polycarbonate blend (parts); silicone rubber (tires) |
| Color palette | Classic matte black, metallic silver, and optional accent stickers (red, blue, yellow). |
| Safety compliance | EN71, ASTM F963, CE‑marked. |
| Age rating | 12+ (small parts) |