ETF35 Electric Double-Scissor Lift Table RFQ Guide

An electric double-scissor lift table is usually considered when a buyer needs powered height adjustment over a relatively tall range. The purchase decision should still begin with the load, footprint, work height, cycle profile, and environment. A high raised position is useful only when the platform, structure, controls, route, and documentation fit the complete task.

The KINGRISE ETF35 electric double-scissor lift table provides a concrete specification for building that RFQ. This guide keeps the product facts separate from the application questions that still require supplier confirmation.

ETF35 Published Specification

These facts identify the product. They do not, by themselves, approve a load shape, duty cycle, floor, charging or power arrangement, environment, or destination-market use.

Define Why the Task Needs a Tall Lift Range

The ETF35 publishes a 15.4- to 51.2-inch platform range. Before treating that travel as a benefit, identify the source and destination heights.

Measure from the finished floor to:

• the lowest loading surface;
• the lowest platform position required by the load-transfer method;
• the preferred work zone for each task;
• the highest receiving fixture, rack, or machine interface;
• any overhead obstruction;
• the top of the load at maximum platform height.

A tall range may allow one table to serve several stations, but that flexibility should be proven on the layout. If every task occurs between 30 and 40 inches, a 51.2-inch maximum may not be the deciding factor. If one process truly needs the upper range, confirm the operator’s access, reach, visibility, and load stability at that position.

OSHA ergonomics guidance supports engineering controls that lift or reposition objects and reduce excessive reach. It does not define a universal work height. Observe the real task and measure a range for the actual operators, tools, and parts.

Check Load Mass and Footprint Together

The rated capacity is 770 lb, and the platform is 35.6 × 20.2 inches. Buyers should compare both figures with the complete load.

Include in the total mass:

• the part or product;
• pallet, tote, fixture, jig, or container;
• clamps, stops, or tooling;
• any material added during the process.

Then document the footprint and center of gravity. A narrow or irregular part may need a fixture. A load that rolls, shifts, contains liquid, or is placed off center needs specific review. Do not assume that a load under 770 lb is suitable if it overhangs the platform or cannot be supported as required by the current instructions.

Create a top-view drawing with the load outline, support points, center of gravity, operator side, and transfer direction. Ask KINGRISE to review any custom top, roller, fixture, or restraint before treating it as part of the approved configuration.

Map Every Transfer Point

The lowered platform height is 15.4 inches. Whether that works depends on how the load gets on the table. Forklift placement, crane placement, manual handling, sliding transfer, and conveyor transfer create different interface questions.

For each transfer, record:

• source and destination height;
• permitted gap between surfaces;
• direction of movement;
• whether the load can roll or slide;
• required bridge, roller, stop, or restraint;
• operator location and hand clearance;
• whether the table must be braked or otherwise secured;
• approved load position during raising and lowering.

Do not invent a loading method from the product photograph. The supplier should confirm permitted transfers and any accessories in current documentation.

Build a Real Duty-Cycle Profile

Powered lifting is often attractive for repeated positioning, but “electric” does not define an unlimited duty cycle. The RFQ should describe the actual shift.

Provide:

• cycles per hour;
• height change per cycle;
• average and maximum load;
• hours per shift and shifts per day;
• time held at height;
• travel distance between lifts;
• ambient temperature and environment;
• planned charging or power availability, if applicable to the supplied configuration.

Ask for the current power system, control type, charging or connection requirements, lifting time, lowering time, duty limitations, and service instructions. Do not infer battery specification, voltage, run time, or cycles per charge when they are not stated in the cited public facts.

For global orders, confirm plug, voltage, frequency, charger, labels, and manuals for the destination before production. These are configuration fields, not after-delivery details.

Review Double-Scissor Geometry at Height

The double-scissor structure enables the published height range, but the buyer should evaluate the complete raised envelope. At maximum height, check overhead clearance, load height, operator reach, and the space around moving components according to the manual.

KINGRISE already publishes a single- vs double-scissor lift table guide. Use that article for architecture comparison. This ETF35 guide owns the application worksheet: load, footprint, height, transfer, duty cycle, route, and acceptance evidence.

Never use a material-handling lift table as a personnel platform unless the equipment is specifically designed and approved for that purpose. The ETF35 content here concerns positioning materials and parts, not lifting people.

Verify the Mobile Route

The published overall dimensions are 49.2 × 20.2 × 51.2 inches, and the net weight is 385 lb. Those numbers help with layout planning, but a buyer still needs the operating footprint, handle envelope, turning path, and approved movement method.

Walk the planned route and record:

• aisle width and turn radius;
• doors, thresholds, ramps, joints, and drains;
• floor levelness and load rating;
• pedestrian and vehicle interaction;
• visibility over or around the load;
• parking and brake application area;
• storage and charging location;
• access for inspection and maintenance.

Evaluate the route with the approved load height and orientation. A route that works with an empty lowered table may not work with a tall part or fixture.

Specify Controls and Operator Interaction

The public facts identify an electric-hydraulic system but do not list every control or protective function. Request the exact control layout and operating logic for the supplied version.

The review should cover:

• raise and lower controls;
• hold-to-run or other control behavior;
• emergency stop or emergency-lowering provisions, when included;
• overload protection described in current documents;
• brake and parking method;
• key or access control, if supplied;
• indicator lights and labels;
• operator position during movement and lifting;
• instructions for abnormal conditions.

Do not copy a feature from another electric lift table into the ETF35 specification. Accept only the functions confirmed for the exact model and order configuration.

Plan Inspection and Maintenance

Powered mobile equipment needs a documented inspection routine. Ask for current instructions covering:

• hydraulic leaks, hoses, cylinders, and fluid;
• scissor pivots, pins, and fasteners;
• platform and frame damage;
• wheels, casters, brakes, and handle;
• electrical cables, connectors, controls, and power components;
• labels and guards;
• approved maintenance support or blocking;
• replacement parts and service access.

The buyer should define who performs pre-use checks, planned inspections, maintenance, and repairs. Training and records may be required by the employer or destination rules. A supplier manual supports that system; it does not replace the buyer’s workplace risk assessment.

Run a Controlled Acceptance Trial

Before approving a batch, inspect and trial the actual sample.

Verify identity and dimensions

Confirm model, capacity label, platform size, height range, overall dimensions, net weight, and supplied power configuration against approved documents.

Verify the load interface

Use the intended fixture and a documented representative load. Confirm support, position, transfer, reach, and clearance at the lowest, working, and highest required positions.

Verify the cycle profile

Operate the sample through the planned shift pattern or an agreed representative test. Record lifting and lowering behavior, control response, and any supplier-defined limits.

Verify route and parking

Move the table through the real work area under approved conditions. Confirm visibility, floor condition, turns, braking, and storage.

Verify documents

Check manuals, labels, inspection instructions, spare-parts information, packaging, and destination-market documents.

Stop if the actual part, fixture, route, environment, or supplied configuration differs from the approved plan.

Prepare a Complete ETF35 RFQ

Send KINGRISE:

• maximum total load and load dimensions;
• center-of-gravity and support-point information;
• required minimum, working, and maximum heights;
• transfer method at every station;
• cycles per hour and shift schedule;
• travel route and floor conditions;
• environment and cleaning requirements;
• power and destination details;
• controls or accessories requiring confirmation;
• quantity, schedule, service, and documentation needs.

The broader electric hydraulic lift tables collection can help buyers compare related configurations. Keep the ETF35 product page as the source for its current published specifications.

Make the High-Lift Decision Measurable

The ETF35 combines a 770 lb rating, a 35.6 × 20.2 inch platform, and a 15.4- to 51.2-inch range. Those figures become meaningful only after the buyer maps the actual load, work height, transfer points, duty cycle, controls, route, and destination requirements.

For a technical review, contact KINGRISE with the load drawing, required heights, transfer method, cycle profile, route, environment, quantity, and destination country. That evidence lets the supplier confirm the configuration without turning a product headline into an unsupported application promise.