FFSTD

The FFSTD is an FDM 3D printer from FFSTD with a 240 x 200 x 310 mm build volume.

Specifications

Welcome, fellow engineers and additive manufacturing specialists. Today, we closely analyze the core pillar of the Colombian manufacturer Fused Form Corp's portfolio – the Fused Form FFstd (commonly referred to as the FF-STD or Standard). This mid-format printer was developed to offer an optimal balance of build volume, enclosed thermal control, and precise dual extrusion, making it an excellent choice for research laboratories, small businesses, and engineering service bureaus. Let us break down the technical specifications of this machine.

• Hotend: The FF-STD features dual All-Metal hotends mounted side-by-side on a single carriage.

Calibration

Dual-material printing requires precise synchronization of the two nozzles across all axes. If the offset calibration is incorrect, the idle nozzle will scrape against and damage the model. Follow these calibration steps.

• Bed cleaning and thermal stabilization:
• Procedure: Wait for the bed to cool down. Apply 99% Isopropyl Alcohol (IPA) onto a microfiber cloth and wipe the glass surface.

Common defects

• Hardware defects and mechanical weaknesses
• Nozzle scraping from idle tool: Since both nozzles are fixed at the same height, the idle nozzle hangs over the model while printing. If any over-extrusion occurs, the idle nozzle will collide with the raised plastic. This causes surface defects, noise, and can detach the print. Solution: Enable Z-hop (at least 0.2 mm) in travel moves and calibrate the flow rate (Flow Multiplier) precisely.

What it is used for

Best use-cases:

• Complex mechanisms with soluble supports: Printing gears, linkages, and hollow parts in one piece, then dissolving the PVA support in water.
• ABS/ASA mid-format enclosures: The fully enclosed chassis retains heat, allowing clean prints of housings and automotive parts without layer cracking.