Edge Banding Machine 910H for Furniture | Small Workshop

Compact readiness — 910H ships as a complete curved-and-straight edge banding workflow, configured to your voltage and dispatched from stock without waiting on a production-line build.

Technical Specifications

Application Suitability

Why Voltage Confirmation Must Happen Before the Crate Closes

A machine that cannot plug into your workshop's supply is a 140kg paperweight until an electrician rewires the panel.

I have stood on a loading dock watching a container leave for South America with a 380V motor inside a machine the buyer thought was 220V. The misunderstanding surfaced three weeks later when the operator flipped the breaker and nothing happened. A small automatic edge banding machine in stock should arrive ready to run, not ready to negotiate with your local electrical code. The 910H runs on 220V 50Hz single-phase as standard, but workshops in regions with 110V, 60Hz, or 440V three-phase supplies need the motor and heating element swapped before the crate is nailed shut [NEED_CITE: voltage and frequency standards by export market]. Confirming this at the quotation stage costs nothing; fixing it on the customer's floor costs weeks.

Dispatch Logic for Single-Unit Orders

A small automatic edge banding machine in stock means the 910H is assembled, tested, and sitting on the warehouse floor rather than waiting for a production slot. For workshops ordering one unit at a time, this matters because your timeline depends on shipping logistics alone, not on a factory build queue. Every unit goes through a pre-shipment electrical test where we confirm voltage, run the glue pot to operating temperature, and feed test panels through both curved and straight paths before crating.

What a Compact Footprint Actually Costs You

The 1300 × 560mm footprint is smaller than a standard pallet, which means the 910H fits against a wall in a crowded workshop or rolls into a garage-based operation without rearranging existing equipment. That compactness comes from combining curved and straight edge banding in one frame with a 180° rotation mechanism, eliminating the need for two separate stations. The trade-off is a manual rotation step between profiles, which is acceptable at low volumes but becomes a bottleneck once your daily panel count climbs into sustained production runs [NEED_CITE: CE machinery directive requirements for industrial equipment].

Reading the Specs That Matter for Panel Quality

The 4kW rated power is distributed across the glue heater, trimming motors, polishing wheels, and suction fans — a balanced allocation that prevents the glue pot from starving the trimming motors of current during simultaneous operation. The 10–50mm sheet thickness range covers most MDF and particleboard used in cabinet making, while the 0.5–2.5mm strip thickness range handles both thin PVC for visible surfaces and thicker veneer for premium finishes. The 4-blade alloy arc trimming knife produces a smooth radius on curved edges that single-blade cutters cannot match, reducing the hand-sanding required before final assembly. At 0.4–0.6MPa air pressure, the pneumatic feed system maintains consistent board travel speed, which directly controls glue spread uniformity along the entire edge length.

The Hidden Cost of Skipping the Compatibility Check

A workshop that buys a single edge bander without confirming feed height alignment with existing saws and drills often discovers the mismatch only after installation. The 910H handles boards as narrow as 2.5cm and as thick as 50mm, but if your upstream panel saw produces cuts outside this range, the machine sits idle while you reconfigure the cutting station. Similarly, ordering a unit without specifying the local language for the control panel and operation manual means your operator is reading instructions they cannot follow, stalling commissioning for days until translated documents arrive [NEED_CITE: operator safety documentation requirements under ISO standards].

Why This Machine Ships from Our Floor

In-house manufacturing means the patented cutting mechanism and 4-blade arc knife assembly are built and tested under the same roof, not sourced from a third party and bolted on during final assembly. Voltage, control panel language, and plug configuration are confirmed at the quotation stage and verified again during the pre-shipment electrical test, so the machine that arrives matches the specification sheet you approved. The four-stage quality check covers incoming material inspection, in-process assembly verification, finished product testing, and pre-shipment validation, catching tolerance drift before the crate is sealed. We welcome factory visits so buyers can watch the 910H run their own panel samples before committing to an order.

Documentation & Verification

• CE declaration of conformity covering machinery and low-voltage directives
• Electrical schematic confirming your specified voltage and plug type
• Factory test record on your board thickness and edge strip material
• Operation and maintenance manual in your agreed language
• Spare parts list with part numbers for trimming blades and polishing wheels

Installation, Commissioning & Support

• 1300 × 560mm footprint requires a level concrete floor with 1090mm overhead clearance
• 4kW rated power needs a dedicated 220V circuit with appropriate breaker rating
• Machine arrives fully assembled — connect power, air supply at 0.4–0.6MPa, and dust collection
• First-run commissioning includes glue pot temperature calibration and feed speed adjustment
• Imported 4-blade arc knife and polishing wheels included in the initial spare parts kit
• Crawler transmission and steel rod slide rails require periodic lubrication per manual schedule

Before You Request a Quote

To match the right configuration to your workshop, we need your local voltage and frequency, the edge strip materials you plan to run (PVC, veneer, or both), and the typical board thickness range in your current production. If you are replacing a manual edge finishing process, let us know your approximate daily panel count so we can confirm the 910H fits your volume or point you toward the next step in the range.

Frequently Asked Questions

Q: What board thickness and strip thickness can this machine handle? A: The 910H accepts sheet thickness from 10 to 50mm and edge strip thickness from 0.5 to 2.5mm, covering standard MDF, particleboard, and plywood used in cabinet making. Minimum board width for edge sealing is 2.5cm. For boards outside this range, let us know your specific dimensions so we can confirm compatibility before you order.

Q: How do I switch between curved and straight edge banding? A: The machine uses a 180° rotation mechanism to switch between curved and straight edge profiles. The operator rotates the working head manually and adjusts the guide fence accordingly. This is practical for shops running mixed profiles in short batches, though high-volume curved work may benefit from a dedicated curved-line station.

Q: Is 220V single-phase sufficient or do I need three-phase? A: The standard 910H configuration runs on 220V 50Hz single-phase, which is sufficient for the 4kW rated power draw. If your workshop operates on 110V, 60Hz, or a three-phase supply, the motor and heating elements are swapped during production to match. Confirm your local supply specification at the quotation stage.

Q: What is the dispatch lead time for a single-unit order? A: Stocked units with standard 220V configuration can be dispatched within a short window once payment clears and pre-shipment testing is complete. Custom voltage or language configurations require additional preparation time. We confirm the exact dispatch date at the order stage based on current warehouse availability.

Q: How does this machine fit into an upgrade path? A: The 910H is designed as the entry point for workshops moving from manual edge finishing to mechanised production. As your volume grows and you need higher feed speeds, additional trimming stations, or continuous-feed automation, the next models in the range share the same manufacturer support, spare parts supply, and service documentation, so the transition stays within one supplier relationship.